mhurhangee/ep-ind-claims huggingface dataset:
A solid electrolytic capacitor comprising: a body including a pair of end faces (22, 23) facing to each other and a bottom surface adjacent to the end faces; a pair of anode terminals (26, 27) disposed on the pair of end faces (22, 23) of the body; and a cathode terminal disposed on the bottom surface of the body 25), the body including: a sealing member containing resin, and a capacitor element covered by the sealing member, the capacitor element including: a linear through conductor made of a valve function metal, a dielectric layer disposed on the through conductor, and a cathode-side functional layer disposed on the dielectric layer and electrically connected with the cathode terminal, the through conductor including a core portion extending in an axial direction of the through conductor, and a porous portion covering a peripheral surface of the core portion and including a large number of fine pores, the dielectric layer being formed along an inner peripheral surface of each of the fine pores of the porous portion, and both end faces of the core portion of the through conductor being exposed from the sealing member and in contact with the pair of anode terminals on the pair of end faces of the body, respectively. a body including a pair of end faces (22, 23) facing to each other and a bottom surface adjacent to the end faces; a pair of anode terminals (26, 27) disposed on the pair of end faces (22, 23) of the body; and a cathode terminal disposed on the bottom surface of the body 25), the body including: a sealing member containing resin, and a capacitor element covered by the sealing member, a sealing member containing resin, and a capacitor element covered by the sealing member, the capacitor element including: a linear through conductor made of a valve function metal, a dielectric layer disposed on the through conductor, and a cathode-side functional layer disposed on the dielectric layer and electrically connected with the cathode terminal, a linear through conductor made of a valve function metal, a dielectric layer disposed on the through conductor, and a cathode-side functional layer disposed on the dielectric layer and electrically connected with the cathode terminal, the through conductor including a core portion extending in an axial direction of the through conductor, and a porous portion covering a peripheral surface of the core portion and including a large number of fine pores, the dielectric layer being formed along an inner peripheral surface of each of the fine pores of the porous portion, and both end faces of the core portion of the through conductor being exposed from the sealing member and in contact with the pair of anode terminals on the pair of end faces of the body, respectively.
Hand stamp comprising a bottom part and a top part adjustable in relation to the bottom part against a resetting force of a reset element, as well as a platen support adjusting mechanism for moving said platen support back and forth in a cavity in the bottom part between a stamp pad and an area to be stamped, and at least one attachment attached to the bottom part, said attachment featuring at least one coupling element for holding the top part and the platen support in a transport or storage position, characterized in that a clip-on or snap-on arm of the attachment engages around and retains a longitudinal side edge of the platen support and/or a face side edge of the platen support in the transport or storage position.
A convection-enhanced-delivery device (10, 400), comprising: a micro-tip having a proximal portion comprising first and second legs, a central portion, a distal portion, a first fluid channel extending along the first leg of the proximal portion, the central portion, and the distal portion, and a second fluid channel extending along the second leg of the proximal portion, the central portion, and the distal portion, the first and second fluid channels each having an outlet port at a distal end thereof and an inlet port at a proximal end thereof; a first outer sheath disposed coaxially over the distal portion of the micro-tip such that the distal portion of the micro-tip protrudes from a distal end of the first outer sheath; a first tissue-receiving space defined between an exterior surface of the micro-tip and an interior surface of the distal end of the first outer sheath; a catheter body extending proximally from the micro-tip such that the first and second fluid channels of the micro-tip are in fluid communication with respective first and second inner lumens of the catheter body; and a nose portion disposed over at least the central portion of the micro-tip and extending between the first outer sheath and the catheter body such that the nose portion defines an exterior surface that tapers from a reduced distal diameter corresponding to the outside diameter of the first outer sheath to an enlarged proximal diameter corresponding to the outside diameter of the catheter body. a micro-tip having a proximal portion comprising first and second legs, a central portion, a distal portion, a first fluid channel extending along the first leg of the proximal portion, the central portion, and the distal portion, and a second fluid channel extending along the second leg of the proximal portion, the central portion, and the distal portion, the first and second fluid channels each having an outlet port at a distal end thereof and an inlet port at a proximal end thereof; a first outer sheath disposed coaxially over the distal portion of the micro-tip such that the distal portion of the micro-tip protrudes from a distal end of the first outer sheath; a first tissue-receiving space defined between an exterior surface of the micro-tip and an interior surface of the distal end of the first outer sheath; a catheter body extending proximally from the micro-tip such that the first and second fluid channels of the micro-tip are in fluid communication with respective first and second inner lumens of the catheter body; and a nose portion disposed over at least the central portion of the micro-tip and extending between the first outer sheath and the catheter body such that the nose portion defines an exterior surface that tapers from a reduced distal diameter corresponding to the outside diameter of the first outer sheath to an enlarged proximal diameter corresponding to the outside diameter of the catheter body.
An integrated intake and deaeration assembly comprising: a first compartment; a second compartment; and a shared wall; wherein the shared wall separates the first compartment from the second compartment, the first compartment is configured to direct a flow of air to an engine of a work vehicle; characterized in that the integrated intake and deaeration assembly comprises a pressure relief valve, and the second compartment is configured to deaerate a coolant fluid through said pressure relief valve and in that the second compartment comprises a first inlet port configured for enabling coolant fluid to enter the second compartment from a radiator of said work vehicle, and a second inlet port configured for enabling coolant fluid to enter the second compartment from the engine of said work vehicle. a first compartment; a second compartment; and a shared wall; wherein the shared wall separates the first compartment from the second compartment, the first compartment is configured to direct a flow of air to an engine of a work vehicle; characterized in that the integrated intake and deaeration assembly comprises a pressure relief valve, and the second compartment is configured to deaerate a coolant fluid through said pressure relief valve and in that the second compartment comprises a first inlet port configured for enabling coolant fluid to enter the second compartment from a radiator of said work vehicle, and a second inlet port configured for enabling coolant fluid to enter the second compartment from the engine of said work vehicle.
A communication apparatus being a Wake-Up Radio, WUR, station, STA, comprising: Primary Connectivity Radio, PCR, circuitry adapted to receive, from an Access Point, AP, a first PCR frame that includes a WUR operation element that indicates a first WUR channel used by the AP for transmission of WUR beacon frames, and to receive a second PCR frame that includes a WUR Mode element that indicates a second WUR channel used by the AP for transmission of WUR Wake-up frames to the apparatus, wherein the WUR operation element comprises a target WUR beacon transmission time, TWBTT, offset indicating an offset between a transmission of a PCR beacon frame and the WUR beacon frame: Wake Up Receiver, WURx, adapted to listen for WUR Wake-up frames on the second WUR channel; and a controller adapted to switch the WURx from the second WUR channel to the first WUR channel in time to receive, from the AP, a WUR beacon frame at TWBTT. Primary Connectivity Radio, PCR, circuitry adapted to receive, from an Access Point, AP, a first PCR frame that includes a WUR operation element that indicates a first WUR channel used by the AP for transmission of WUR beacon frames, and to receive a second PCR frame that includes a WUR Mode element that indicates a second WUR channel used by the AP for transmission of WUR Wake-up frames to the apparatus, wherein the WUR operation element comprises a target WUR beacon transmission time, TWBTT, offset indicating an offset between a transmission of a PCR beacon frame and the WUR beacon frame: Wake Up Receiver, WURx, adapted to listen for WUR Wake-up frames on the second WUR channel; and a controller adapted to switch the WURx from the second WUR channel to the first WUR channel in time to receive, from the AP, a WUR beacon frame at TWBTT.
An adjustable and bendable tissue removal apparatus, comprising a tissue removal head, an adjustable and bendable unit, a rotation shaft, the adjustable and bendable unit includes a straight segment at a proximal end and a fixed bending part at a distal end; a proximal end of the straight segment is fixedly connected with a regulation handle; the rotation shaft is arranged inside the adjustable and bendable unit; a distal end of the rotation shaft is connected with the tissue removal head, and a proximal end of the rotation shaft is provided with a connection member that is connected with an output shaft of the motor; the adjustable and bendable tissue removal apparatus further includes a protective device; wherein the adjustable and bendable tissue removal apparatus further comprises a straight adjusting pipe, wherein the straight adjusting pipe is sleeved outside the adjustable and bendable unit; a proximal end of the straight adjusting pipe is connected with the regulation handle; the straight adjusting pipe can be controlled to move axially by operating the regulation handle; and that the fixed bending part is made of elastic material; wherein the protective device comprises a protective cover, a protection control member and a control handle; the protective cover is arc sheet-shaped; a proximal end of the protection cover is connected with a distal end of the protection control member, and the distal end of the protection control member is flexible and has a ring-shaped structure; a proximal end of the protection control member is connected with the control handle; the protection cover can be controlled to move axially or rotate by operating the control handle; a distance between an inner wall of the protective cover and an axis of the tissue removal head is greater than a radius of the tissue removal head.
An immunochromatographic method for detecting a specific substance contained in milk, which comprises: the step of treating the milk with a lytic enzyme or a surfactant to lyse a bacterium in the milk, the step of contacting the milk from the step with a test strip having a first part retaining a labeled first antibody directed to the specific substance, a second part disposed downstream from the first part, on which a second antibody directed to the specific substance is immobilized, and a third part disposed upstream from the first part or the second part and having voids enabling removal of milk fat globules contained in the milk, at the third part or a further upstream part, and the step of flowing the milk up to the second part or a further downstream part to obtain a detectable signal of the label at the second part or a further downstream part, wherein the immunochromatographic method is a lateral flow type method, the specific substance is a component of a bacterium, or a substance secreted by a bacterium, and retention particle size of the voids of the third part is 1 to 3.5 μm. the step of treating the milk with a lytic enzyme or a surfactant to lyse a bacterium in the milk, the step of contacting the milk from the step with a test strip having a first part retaining a labeled first antibody directed to the specific substance, a second part disposed downstream from the first part, on which a second antibody directed to the specific substance is immobilized, and a third part disposed upstream from the first part or the second part and having voids enabling removal of milk fat globules contained in the milk, at the third part or a further upstream part, and the step of flowing the milk up to the second part or a further downstream part to obtain a detectable signal of the label at the second part or a further downstream part, wherein the immunochromatographic method is a lateral flow type method, the specific substance is a component of a bacterium, or a substance secreted by a bacterium, and retention particle size of the voids of the third part is 1 to 3.5 μm.
Method for controlling the power supply of an electric motor, in particular the electric motor of a vehicle that can be electrically driven, wherein a control device controls the power supply of the electric motor via an energy store, and wherein the energy store comprises a plurality of modules, which experience stress through repeated charging and/or discharging and undergo an aging process as a result of the stress, characterized in that the control device controls the charging and/or discharging of at least two modules differently such that these modules have a difference in the currents flowing through the modules in order to selectively reduce the aging process of the module that is subjected to less stress wherein the difference is an average value of the difference in the currents flowing through the modules during complete charging and/or discharging, wherein the modules are respectively arranged in a module circuit and connected in parallel wherein the different level of charging and/or discharging of at least two of the modules is controlled by setting a resistance value of at least one variable resistor arranged in the module circuit.
A tactical hand warmer apparatus comprising: a first glove portion defining a first open end and a first closed end, the first open end forming a first opening in communication with a first glove recess defined by the first glove portion and configured to receive a hand of an individual; a second glove portion defining a second open end and a second closed end, the second open end forming a second opening in communication with a second glove recess defined by the second glove portion and configured to receive another hand of the individual; characterized in that the tactical hand warmer apparatus further comprises a securing arrangement extending along the first closed end of the first glove portion and the second closed end of the second glove portion for engaging or disengaging the first glove portion and the second glove portion. a first glove portion defining a first open end and a first closed end, the first open end forming a first opening in communication with a first glove recess defined by the first glove portion and configured to receive a hand of an individual; a second glove portion defining a second open end and a second closed end, the second open end forming a second opening in communication with a second glove recess defined by the second glove portion and configured to receive another hand of the individual; characterized in that the tactical hand warmer apparatus further comprises a securing arrangement extending along the first closed end of the first glove portion and the second closed end of the second glove portion for engaging or disengaging the first glove portion and the second glove portion.
A cell culture device that cultures cells comprising: a liquid solution holding part that holds a liquid solution for use in cultivation; and a plurality of passages that individually connects the liquid solution holding part to a plurality of culture vessels, wherein the plurality of the passages has a length equal from the liquid solution holding part to the plurality of the culture vessels wherein the cell culture device is characterized by comprising: a culture vessel base that holds the plurality of the culture vessels, the culture vessel base being detachable and attachable in a cabinet; and an observation part that observes an inside of the plurality of the culture vessels, wherein a vacant space is formed on the culture vessel base; when the culture vessel base is disposed in the cabinet, the observation part is disposed in the vacant space; and the plurality of the passages is disposed on an outer side of the culture vessel base. a liquid solution holding part that holds a liquid solution for use in cultivation; and a plurality of passages that individually connects the liquid solution holding part to a plurality of culture vessels, wherein the plurality of the passages has a length equal from the liquid solution holding part to the plurality of the culture vessels wherein the cell culture device is characterized by comprising: a culture vessel base that holds the plurality of the culture vessels, the culture vessel base being detachable and attachable in a cabinet; and an observation part that observes an inside of the plurality of the culture vessels, wherein a vacant space is formed on the culture vessel base; when the culture vessel base is disposed in the cabinet, the observation part is disposed in the vacant space; and the plurality of the passages is disposed on an outer side of the culture vessel base. a culture vessel base that holds the plurality of the culture vessels, the culture vessel base being detachable and attachable in a cabinet; and an observation part that observes an inside of the plurality of the culture vessels, wherein a vacant space is formed on the culture vessel base; when the culture vessel base is disposed in the cabinet, the observation part is disposed in the vacant space; and the plurality of the passages is disposed on an outer side of the culture vessel base.
An electronic device comprising: a housing comprising: a front plate facing a first direction, a rear plate facing a second direction opposite to the first direction, and a lateral member surrounding a space between the front plate and the rear plate; a display configured to be seen through at least a portion of the front plate, the display characterized in that it comprises: a first surface facing the first direction, and a second surface facing the second direction; a middle plate disposed between the display and the rear plate, the middle plate comprising: a third surface facing the second surface of the display, and a recess formed on the third surface; an adhesive layer attached to the second surface of the display; a support layer disposed between the adhesive layer and the middle plate; and a coating layer, wherein the coating layer is disposed between the support layer and the adhesive layer, and wherein the coating layer is disposed in a first portion overlapped with the recess. a front plate facing a first direction, a rear plate facing a second direction opposite to the first direction, and a lateral member surrounding a space between the front plate and the rear plate; a display configured to be seen through at least a portion of the front plate, the display characterized in that it comprises: a first surface facing the first direction, and a second surface facing the second direction; a middle plate disposed between the display and the rear plate, the middle plate comprising: a third surface facing the second surface of the display, and a recess formed on the third surface; an adhesive layer attached to the second surface of the display; a support layer disposed between the adhesive layer and the middle plate; and a coating layer, wherein the coating layer is disposed between the support layer and the adhesive layer, and wherein the coating layer is disposed in a first portion overlapped with the recess. a first surface facing the first direction, and a second surface facing the second direction; a middle plate disposed between the display and the rear plate, the middle plate comprising: a third surface facing the second surface of the display, and a recess formed on the third surface; an adhesive layer attached to the second surface of the display; a support layer disposed between the adhesive layer and the middle plate; and a coating layer, wherein the coating layer is disposed between the support layer and the adhesive layer, and wherein the coating layer is disposed in a first portion overlapped with the recess. a third surface facing the second surface of the display, and a recess formed on the third surface; an adhesive layer attached to the second surface of the display; a support layer disposed between the adhesive layer and the middle plate; and a coating layer, wherein the coating layer is disposed between the support layer and the adhesive layer, and wherein the coating layer is disposed in a first portion overlapped with the recess.
An attachment structure for a removable cleat, the attachment structure comprising: a base; and a cylinder disposed about a central axis about which the attachment structure may be rotated to disengage the attachment structure from a receptacle, the cylinder projecting from a top surface of the base, the cylinder having a bottom end adjacent the top surface of the base and a top end disposed further from the base than the bottom end, the cylinder including: at least one locking tab disposed about the outer surface of the cylinder; and at least one ramp disposed about the outer surface of the cylinder and extending from the bottom end of the cylinder towards the top end of the cylinder. a base; and a cylinder disposed about a central axis about which the attachment structure may be rotated to disengage the attachment structure from a receptacle, the cylinder projecting from a top surface of the base, the cylinder having a bottom end adjacent the top surface of the base and a top end disposed further from the base than the bottom end, the cylinder including: at least one locking tab disposed about the outer surface of the cylinder; and at least one ramp disposed about the outer surface of the cylinder and extending from the bottom end of the cylinder towards the top end of the cylinder. at least one locking tab disposed about the outer surface of the cylinder; and at least one ramp disposed about the outer surface of the cylinder and extending from the bottom end of the cylinder towards the top end of the cylinder.
A system for controlling a flow of air applied to the shroud of a gas turbine in an airplane engine, the flow of air being adjusted by a regulator valve of position that is controlled by a first control signal calculated on the basis of a first setpoint value corresponding to predetermined clearance between the rotor and the turbine shroud, Characterized in that it further comprises means (20; 30) for calculating at least one second control signal (SC20; SC30) based on a second setpoint value (VC20; VC30) different from the first value representing turbine clearance, and selector means for selecting the second control signal to control the regulator valve in response to one or more engine parameters.