mhurhangee/ep-ind-claims huggingface dataset:
An ink jet head, comprising: an actuator configured to cause ink to be discharged from nozzles; a driver IC connected to a power supply line and configured to drive the actuator; a first capacitor connected between a ground line and a first node of the power supply line; a second capacitor connected between the ground line and a second node of the power supply line, the second node being between the first node and the driver IC, a capacitance of the second capacitor being smaller than a capacitance of the first capacitor; and a fuse on the power supply line between the first node and the second node. an actuator configured to cause ink to be discharged from nozzles; a driver IC connected to a power supply line and configured to drive the actuator; a first capacitor connected between a ground line and a first node of the power supply line; a second capacitor connected between the ground line and a second node of the power supply line, the second node being between the first node and the driver IC, a capacitance of the second capacitor being smaller than a capacitance of the first capacitor; and a fuse on the power supply line between the first node and the second node.
A blood and/or blood-derived product that has a reduced fibrinolytic activity, or a composition comprising said product, wherein said product comprises at least one coagulation factor, wherein said product is tissue plasminogen activator (tPA)-deficient and is devoid of plasminogen or plasmin activity.
A concrete delivery subsystem for delivering concrete to a plurality of casting machines, said concrete delivery subsystem comprising: a concrete mixing source; a concrete pump; and a concrete transfer system, which further comprises a concrete placement boom; a concrete delivery hose; said concrete transfer system being characterized by comprising a concrete manifold having a splitting edge having a fillet radius within the range of 0.127mm (0.005 inch) to 0.254mm (0.01 inch). a concrete mixing source; a concrete pump; and a concrete transfer system, which further comprises a concrete placement boom; a concrete delivery hose; said concrete transfer system being characterized by comprising a concrete manifold having a splitting edge having a fillet radius within the range of 0.127mm (0.005 inch) to 0.254mm (0.01 inch).
A difference measuring circuit for a weighing apparatus with electromagnetic force compensation which can be supplied with photocurrents (I 1, I 2) output by two photodiodes (D1, D2) and is suitable for generating an output signal proportional to the difference of those photocurrents (I 1, I 2), with a switch which can be switched between two states (z t1, z t2) within two period segments t, t 2 of a periodic time T in order to influence current flow through a nodal point (K Δ) which can be supplied with the two photocurrents (I 1, I 2), characterized in that the switch is controllable such that a reference current (I Ret) output by a voltage or current source (U Ref) can be superimposed in an alternating manner within the period segments t 1, t 2 onto one of the two photocurrents (I 1, I 2) permanently flowing towards the nodal point (K Δ); and in that the nodal point (K Δ) is located at the input of an integrator with its integrator signal (s INT) in a comparator being comparable to a cyclical ramp signal (s RAMP) having the periodic time T, wherein at the output of the comparator, a rectangular comparator signal (s PWM) can be generated with its duty cycle defined by the intersection point of the integrator signal (s INT) and the ramp signal (s RAMP) and which can be supplied to a control input of the switch. the switch is controllable such that a reference current (I Ret) output by a voltage or current source (U Ref) can be superimposed in an alternating manner within the period segments t 1, t 2 onto one of the two photocurrents (I 1, I 2) permanently flowing towards the nodal point (K Δ); and in that the nodal point (K Δ) is located at the input of an integrator with its integrator signal (s INT) in a comparator being comparable to a cyclical ramp signal (s RAMP) having the periodic time T, wherein at the output of the comparator, a rectangular comparator signal (s PWM) can be generated with its duty cycle defined by the intersection point of the integrator signal (s INT) and the ramp signal (s RAMP) and which can be supplied to a control input of the switch.
A refiner for a circulation type liquid helium recondensation device with a contaminant-purging function designed to pump helium gas evaporating from the liquid helium storage tank using a circulating pump, refine the pumped helium gas in the refiner, liquefy the gas, and return the liquefied helium to the liquid helium storage tank for recycling, in which said refiner is made up of a thermally conductive housing, with a contaminant solidification unit, an infeed means to transfer helium gas to said housing, and a heating means to vaporize the contaminants attached to said solidification unit, and in which the contaminants vaporizing in the refiner are discharged from the refiner to the atmosphere via said infeed means, characterised in that said infeed means is supported on the housing via stainless steel bellows that reduce the thermal gradient, and in that said contaminant solidification unit is installed on the housing.
System for catching a fall of a person to be secured, the system comprising an attachment unit for attaching the person to a safety device, wherein the safety device is attachable to an elongated safety means for securing the person, wherein the attachment unit comprises a first attachment element which is attachable to the safety device, and a second attachment element at which the person is attachable, wherein the first attachment element is coupled to the second attachment element such that a tensile force is directly transferable between the first attachment element and the second attachment element, and a catching unit for continuously decelerating a falling velocity of a fall of the person, wherein the catching unit is attached to the first attachment element and to the second attachment element, wherein the attachment unit is configured such that, when a predetermined amount of an actuation force is exceeded, the first attachment element is decoupleable from the second attachment element and the tensile force between the first attachment element and the second attachment element is transferable by the catching unit, in order to continuously catch a fall of the person, characterized in that the first attachment element and the second attachment element are coupled with each other by means of a clamping connection, such that, when the predetermined amount of the actuation force is exceeded, the first attachment element is decoupled from the second attachment element.
A GPRS system, wherein the GPRS system characterized by comprising a serving GPRS support node, SGSN, device, and a home location register, HLR/home subscription system, HSS, wherein the SGSN device is configured to: receive a request message from user equipment, UE, acquire an authentication vector from the HLR/HSS, wherein the authentication vector comprises a first ciphering key and a first integrity key, when the request message comprises UE type indication information and the UE type indication information indicates that the UE is UE of a first type, determine that the UE is UE of the first type, select a ciphering algorithm and an integrity algorithm for the UE, send the selected ciphering algorithm and the selected integrity algorithm to the UE, and obtain a second ciphering key and a second integrity key according to the first ciphering key and the first integrity key; and the HLR/HSS is configured to: send the authentication vector to the SGSN device; wherein the second ciphering key and the ciphering algorithm are used to perform ciphering protection on a message transmitted between the SGSN device and the UE, and the second integrity key and the integrity algorithm are used to perform integrity protection on a message transmitted between the SGSN device and the UE.
A gas storage container comprising a flat upper surface and a flat lower surface, and being vertically stackable, further comprising a porous material therein, the gas storage container comprises: a casing with the flat upper surface and the flat lower surface which are vertically stackable; a gas container installed in the casing and comprising the porous material therein; and characterized in a gas remaining amount measurement module installed in a space between the casing and the gas container. a casing with the flat upper surface and the flat lower surface which are vertically stackable; a gas container installed in the casing and comprising the porous material therein; and characterized in a gas remaining amount measurement module installed in a space between the casing and the gas container.
A method for wireless communication performed by a user-equipment, UE, comprising: receiving (405; 702) a configuration of resources on a plurality of signaling entities for reception of a plurality of control messages, wherein each of the plurality of control messages schedules resources on a different signaling entity than one of the plurality of signaling entities on which the control message is to be received, wherein the plurality of signaling entities comprises a first scheduling signaling entity and a second scheduling signaling entity, wherein the control message on the first scheduling signaling entity schedules resources on the second scheduling signaling entity; and monitoring (410; 704) the configured resources on the plurality of signaling entities for the plurality of control messages. receiving (405; 702) a configuration of resources on a plurality of signaling entities for reception of a plurality of control messages, wherein each of the plurality of control messages schedules resources on a different signaling entity than one of the plurality of signaling entities on which the control message is to be received, wherein the plurality of signaling entities comprises a first scheduling signaling entity and a second scheduling signaling entity, wherein the control message on the first scheduling signaling entity schedules resources on the second scheduling signaling entity; and monitoring (410; 704) the configured resources on the plurality of signaling entities for the plurality of control messages.
Device for controlling a balloon during the unravelling of a yarn from a bobbin, comprising: - a containment element adapted for containing at least partially with a through opening thereof said balloon of said yarn; - a support adapted for supporting said containment element, and adapted for being fixed to a structure of a winding unit; - movement means arranged between said containment element and said support, said movement means being adapted to move said containment element, during the unravelling of the yarn from the bobbin, between a rest position, and an extracted position; and - a programmable control unit of said movement means; wherein said movement means are adapted for moving said containment element from said rest position to said extracted position, based on at least one operating parameter set on said programmable control unit; characterized in that said movement means are adapted for moving said containment element based on a percentage of yarn unravelled from said bobbin set by an operator on said programmable control unit. - a containment element adapted for containing at least partially with a through opening thereof said balloon of said yarn; - a support adapted for supporting said containment element, and adapted for being fixed to a structure of a winding unit; - movement means arranged between said containment element and said support, said movement means being adapted to move said containment element, during the unravelling of the yarn from the bobbin, between a rest position, and an extracted position; and - a programmable control unit of said movement means; wherein said movement means are adapted for moving said containment element from said rest position to said extracted position, based on at least one operating parameter set on said programmable control unit; characterized in that said movement means are adapted for moving said containment element based on a percentage of yarn unravelled from said bobbin set by an operator on said programmable control unit. wherein said movement means are adapted for moving said containment element from said rest position to said extracted position, based on at least one operating parameter set on said programmable control unit; characterized in that said movement means are adapted for moving said containment element based on a percentage of yarn unravelled from said bobbin set by an operator on said programmable control unit.
A base station for communication with multiple user terminals, the base station comprising: a digital precoder and an analog precoder which are configured to precode a first training signal; a radio transceiver configured to transmit the precoded first training signal and to receive a precoded second training signal upon transmission of the precoded first training signal; and a controller configured to adjust a precoding of the digital precoder based on conjugation and normalization of the second training signal, wherein the digital precoder adjustment is based on a ping-pong process with respect to transmissions and receptions of the radio transceiver by adjusting the digital precoder with respect to a preceding reception, and to adjust a precoding of the analog precoder based on processing of the second training signal with respect to a multi-user beamforming criterion by updating the analog precoder with respect to the preceding reception based on a codebook selection according to the multi-user beamforming criterion and by including the analog precoder updates into the ping-pong process with respect to transmissions and receptions of the radio transceiver. a digital precoder and an analog precoder which are configured to precode a first training signal; a radio transceiver configured to transmit the precoded first training signal and to receive a precoded second training signal upon transmission of the precoded first training signal; and a controller configured to adjust a precoding of the digital precoder based on conjugation and normalization of the second training signal, wherein the digital precoder adjustment is based on a ping-pong process with respect to transmissions and receptions of the radio transceiver by adjusting the digital precoder with respect to a preceding reception, and to adjust a precoding of the analog precoder based on processing of the second training signal with respect to a multi-user beamforming criterion by updating the analog precoder with respect to the preceding reception based on a codebook selection according to the multi-user beamforming criterion and by including the analog precoder updates into the ping-pong process with respect to transmissions and receptions of the radio transceiver. to adjust a precoding of the digital precoder based on conjugation and normalization of the second training signal, wherein the digital precoder adjustment is based on a ping-pong process with respect to transmissions and receptions of the radio transceiver by adjusting the digital precoder with respect to a preceding reception, and to adjust a precoding of the analog precoder based on processing of the second training signal with respect to a multi-user beamforming criterion by updating the analog precoder with respect to the preceding reception based on a codebook selection according to the multi-user beamforming criterion and by including the analog precoder updates into the ping-pong process with respect to transmissions and receptions of the radio transceiver.
Cartridge for a squeezing device, the cartridge comprising at least one elongate film pouch which is not inherently stiff and which has a chamber for receiving a composition and a head part for interacting with the film pouch, the film pouch having, on a side facing the head part, an opening, which is closed by a cover, the cover having a predetermined breaking region, characterized in that an inherently stiff insert is provided which is connected to the film pouch on the side facing the head part and has a passage, the cover being connected to the insert and closing the passage.
Method for assisting a user of a means of transportation comprising the steps of: - determining a change of an operating state of the means of transportation and in response thereto, - displaying a control button (8, 9, 11, 12, 13, 16, 17, 19, 20, 21, 22) for operating a function of the means of transportation at a new position, characterized in that the position of the control button (8, 9, 11, 12, 13, 16, 17, 19, 20, 21, 22) changes - from a steering wheel to a door's inner surface and/or to a central console, and/or - from a combined instrument and/or a central information display to the door's inner surface and/or to the central console. - determining a change of an operating state of the means of transportation and in response thereto, - displaying a control button (8, 9, 11, 12, 13, 16, 17, 19, 20, 21, 22) for operating a function of the means of transportation at a new position, characterized in that the position of the control button (8, 9, 11, 12, 13, 16, 17, 19, 20, 21, 22) changes - from a steering wheel to a door's inner surface and/or to a central console, and/or - from a combined instrument and/or a central information display to the door's inner surface and/or to the central console.
A method in a gateway device (240, 601) for handling a context of a user equipment, UE, moving from a source radio base station to a target radio base station, characterized in that the method comprising: - receiving from the target radio base station a first path switch request message comprising a first pair of identities assigned for the UE by the target radio base station respectively the source radio base station, the first path switch request message further comprising an identity identifying a mobility management entity, MME; - transmitting to the MME, in response to receiving the first path switch request message, a second path switch request message comprising a second pair of identities identifying the UE in the MME and in the gateway device (240, 601) respectively; said second pair of identities being associated to the first pair of identities; - receiving from the source radio base station a UE context release request message comprising a third pair of identities identifying the UE in the source radio base station and in the gateway device respectively; and - determining whether the third pair of identities is associated to the same second pair of identities to which the first pair of identities is associated; that being the case maintaining the UE context, otherwise, releasing or de-allocating the UE context. - receiving from the target radio base station a first path switch request message comprising a first pair of identities assigned for the UE by the target radio base station respectively the source radio base station, the first path switch request message further comprising an identity identifying a mobility management entity, MME; - transmitting to the MME, in response to receiving the first path switch request message, a second path switch request message comprising a second pair of identities identifying the UE in the MME and in the gateway device (240, 601) respectively; said second pair of identities being associated to the first pair of identities; - receiving from the source radio base station a UE context release request message comprising a third pair of identities identifying the UE in the source radio base station and in the gateway device respectively; and - determining whether the third pair of identities is associated to the same second pair of identities to which the first pair of identities is associated; that being the case maintaining the UE context, otherwise, releasing or de-allocating the UE context.
A mobile charging system for extending autonomous operation of an electrically powered self-contained climate controlled storage unit, the mobile charging system comprising: a battery bank for charging the electrically powered self-contained climate controlled storage unit; a plurality of charge modules for charging the battery bank; a system controller connected to the battery bank and connected to each of the plurality of charge modules, wherein the system controller is configured to control operation of the mobile charging system by communicating with the battery bank and each of the plurality of charge modules; and an AC inverter charge module connected to the battery bank and configured to provide electrical energy from the battery bank to the electrically powered self-contained climate controlled storage unit; wherein the AC inverter charge module is configured to connect to a shore power source, receive shore power electrical energy from the shore power source, manage and control the shore power electrical energy into electrical energy compatible for at least one of the battery bank and the electrically powered self-contained climate controlled storage unit, and deliver the electrical energy to at least one of the battery bank and the electrically powered self-contained climate controlled storage unit. a battery bank for charging the electrically powered self-contained climate controlled storage unit; a plurality of charge modules for charging the battery bank; a system controller connected to the battery bank and connected to each of the plurality of charge modules, wherein the system controller is configured to control operation of the mobile charging system by communicating with the battery bank and each of the plurality of charge modules; and an AC inverter charge module connected to the battery bank and configured to provide electrical energy from the battery bank to the electrically powered self-contained climate controlled storage unit; wherein the AC inverter charge module is configured to connect to a shore power source, receive shore power electrical energy from the shore power source, manage and control the shore power electrical energy into electrical energy compatible for at least one of the battery bank and the electrically powered self-contained climate controlled storage unit, and deliver the electrical energy to at least one of the battery bank and the electrically powered self-contained climate controlled storage unit.
A cosmetic method of altering body mass composition in a human subject, the method comprising: applying galvanic vestibular stimulation to the subject by disposing an electrode on the subject's scalp proximate to each mastoid process, wherein applying the GVS comprises applying a current within a range of 0.001mA to 5mA with an alternating polarity binaurally through the electrodes with an approximately 0.5Hz sinusoidal waveform, wherein the GVS is applied for a predetermined period of time at a regular interval, and wherein the regular interval is daily, weekly, or a combination thereof.