mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a light emitting structure layer comprising a first conductive type semiconductor layer, an active layer under the first conductive type semiconductor layer, and a second conductive type semiconductor layer under the active layer; a first conductive layer under the second conductive type semiconductor layer and electrically connected to the first conductive type semiconductor layer; a second conductive layer under the second conductive type semiconductor layer and electrically connected to the second conductive type semiconductor layer; and an insulation layer disposed in a plurality of recesses passing through a portion of the second conductive type semiconductor layer and a portion of the active layer and disposed between the first conductive layer and the second conductive type semiconductor layer and between the first conductive layer and the active layer and between the first conductive layer and the second conductive layer, wherein the first conductive layer includes a first portion disposed under the second conductive type semiconductor layer and a second portion disposed in the plurality of recesses, the second portion electrically connected to the first conductive type semiconductor layer, characterized in that the light emitting device further comprises a tunnel barrier disposed between the first portion of the first conductive layer and the second conductive layer, and the tunnel barrier is disposed under the second conductive type semiconductor layer and between the plurality of recesses. a light emitting structure layer comprising a first conductive type semiconductor layer, an active layer under the first conductive type semiconductor layer, and a second conductive type semiconductor layer under the active layer; a first conductive layer under the second conductive type semiconductor layer and electrically connected to the first conductive type semiconductor layer; a second conductive layer under the second conductive type semiconductor layer and electrically connected to the second conductive type semiconductor layer; and an insulation layer disposed in a plurality of recesses passing through a portion of the second conductive type semiconductor layer and a portion of the active layer and disposed between the first conductive layer and the second conductive type semiconductor layer and between the first conductive layer and the active layer and between the first conductive layer and the second conductive layer, wherein the first conductive layer includes a first portion disposed under the second conductive type semiconductor layer and a second portion disposed in the plurality of recesses, the second portion electrically connected to the first conductive type semiconductor layer, characterized in that the light emitting device further comprises a tunnel barrier disposed between the first portion of the first conductive layer and the second conductive layer, and the tunnel barrier is disposed under the second conductive type semiconductor layer and between the plurality of recesses.
A flexible shock-absorbing parts, which connect with an upper shaft defining a first axis and a lower shaft defining a second axis, wherein the upper shaft connects and drives a first gear of a first machine and the lower shaft connects and drives a gearing wheel of a second machine which includes a wheel base and a wheel, the flexible shock-absorbing parts being characterized by their arrangement between the first gear and the second machine and tight attachment to them; the flexible shock-absorbing parts being arranged in radial style using the first axis as a reference point; the first gear being configured to mesh with a second gear connected to one end of a coupling provided with the other end connected to a motor; the coupling being configured to enable the motor and the second gear to rotate coaxially to allow the second gear to transmit a power supplied from the motor to the first gear thereby driving the upper shaft to rotate around the first axis and link a rotation of the lower shaft around the second axis, wherein a torque transmitted to the upper shaft is reduced by the flexible shock-absorbing parts during rotation so that the second gear and the motor are protected; wherein, while in an initial state, the upper shaft and the lower shaft are rotated in a coaxial manner and projection points of the first axis of the upper shaft and the second axis of the lower shaft are the same point on a first plane, the first plane being composed of the X-axis and the Y-axis in the Cartesian coordinate system. their arrangement between the first gear and the second machine and tight attachment to them; the flexible shock-absorbing parts being arranged in radial style using the first axis as a reference point; the first gear being configured to mesh with a second gear connected to one end of a coupling provided with the other end connected to a motor; the coupling being configured to enable the motor and the second gear to rotate coaxially to allow the second gear to transmit a power supplied from the motor to the first gear thereby driving the upper shaft to rotate around the first axis and link a rotation of the lower shaft around the second axis, wherein a torque transmitted to the upper shaft is reduced by the flexible shock-absorbing parts during rotation so that the second gear and the motor are protected; wherein, while in an initial state, the upper shaft and the lower shaft are rotated in a coaxial manner and projection points of the first axis of the upper shaft and the second axis of the lower shaft are the same point on a first plane, the first plane being composed of the X-axis and the Y-axis in the Cartesian coordinate system.
A hairdressing device comprising a water pumping device and a liquid storage device which are connected with each other; wherein the water pumping device comprises a chamber (p) for containing a liquid and a squeezing device; wherein two opposite ends of the chamber (p) are communicated with a first water delivery channel and a second water delivery channel respectively, the first water delivery channel being connected with the liquid storage device, and a wall surface of the chamber (p) being at least partially made of a deformable material; characterized in that the water pumping device further comprises an inner bracket and a flexible pump core, the inner bracket being made of a hard material, the flexible pump core being made of the deformable material, and the inner bracket being fixed inside the flexible pump core; wherein the squeezing device drives the inner bracket to periodically squeeze the flexible pump core from one end of the chamber (p) to the other end thereof to make the first water delivery channel pump water and the second water delivery channel deliver water; and wherein the squeezing device comprises an eccentric wheel and a swing bearing, the swing bearing being disposed on the eccentric wheel, and tightly attached to the deformable material. wherein the water pumping device comprises a chamber (p) for containing a liquid and a squeezing device; wherein two opposite ends of the chamber (p) are communicated with a first water delivery channel and a second water delivery channel respectively, the first water delivery channel being connected with the liquid storage device, and a wall surface of the chamber (p) being at least partially made of a deformable material; characterized in that the water pumping device further comprises an inner bracket and a flexible pump core, the inner bracket being made of a hard material, the flexible pump core being made of the deformable material, and the inner bracket being fixed inside the flexible pump core; wherein the squeezing device drives the inner bracket to periodically squeeze the flexible pump core from one end of the chamber (p) to the other end thereof to make the first water delivery channel pump water and the second water delivery channel deliver water; and wherein the squeezing device comprises an eccentric wheel and a swing bearing, the swing bearing being disposed on the eccentric wheel, and tightly attached to the deformable material.
Method for producing adhesive bonds based on two-pack polyurethane adhesives comprising a first pack A containing at least one polyester A1 which is solid at room temperature and at least one polyol A2 having a hydroxyl group functionality greater than 2.0 and optionally additives, and a second pack B containing polyurethane prepolymers having isocyanate groups and optionally additives, comprising the separate melting of the A and B packs, depending on the melt viscosity, at temperatures above the melting points and/or glass transition points of all the constituents in the two packs, mixing of the two liquid packs A and B and subsequent application to the substrates to be bonded.
A member for testing of a hearing aid, the member comprising: - a fastener for removable fixation of a housing of the hearing aid, - a hole for removable insertion of a sound tube of the hearing aid in sound proof engagement with the member, wherein at least a part of the member accommodating the hole is made of a resilient material so that the hole is flexible and configured to expand and adapt to the sound tube when the sound tube is inserted in the hole, and wherein a part of the member defining an outer circumference of the member is made of a hard material, and wherein the part of the member made of the resilient material is fixed to the hard material. - a fastener for removable fixation of a housing of the hearing aid, - a hole for removable insertion of a sound tube of the hearing aid in sound proof engagement with the member,
A multipolar cell power supply device comprising a shell, an electric core disposed in a hollow part of the shell, a positive pole power distribution unit and a negative pole power distribution unit arranged on two ends of the shell and respectively corresponding to a positive pole and a negative pole of the electric core, a conductive sheet group mounted in the shell and used for electrically connecting the positive pole power distribution unit to the negative pole power distribution unit, and a controller which is set on one end of the shell with the positive pole power distribution unit and the controller is electrically connected with the positive pole power distribution unit; the positive pole power distribution unit further includes a positive pole pad, an inner negative plate, a middle negative plate, and an outer positive plate from the positive pole of the electric core to an outer side electrically connected in turn; the negative pole power distribution unit includes a negative pole pad, a negative protection board, a positive contact, and a front negative plate from the negative pole of the electric core to an outer side electrically connected in turn; the conductive sheet group further having a positive pole conductive sheet, a conductive sheet and a negative pole conductive sheet; one end of the positive pole conductive sheet is electrically connected to the positive pole pad of the positive pole power distribution unit while the other end of the positive pole conductive sheet is electrically connected to the positive contact of the negative pole power distribution unit; one end of the conductive sheet is electrically connected to the middle negative plate of the positive pole power distribution unit while the other end of the conductive sheet is electrically connected to the front negative plate of the negative pole power distribution unit; one end of the negative pole conductive sheet is electrically connected to the inner negative plate of the positive pole power distribution unit while the other end of the negative pole conductive sheet is electrically connected to a negative pole output end of the negative protection board of the negative pole power distribution unit; a negative pole input end of the negative protection board is electrically connected to the negative pole pad.
An adjustable implant comprising a support portion, two extension portions, and two self-fixating tips, one self-fixating tip at an end of each extension portion, at least a first self-fixating tip of the self-fixating tips moveably engaged with a first extension portion of the two extension portions, and the support portion being moveable to adjust a location of the support portion along the implant between the two self-fixating tips.
Device for identifying and monitoring the state of an arrangement to be monitored, having an openable and closable wing element, wherein the device has a housing, which has a housing base which can be fixed to the arrangement or is integrally connected thereto, and has at least one second housing part which can be attached to the housing base and can be removed from the housing base, wherein the device is further provided with an identification marker, wherein the housing base has a first identification marker which is an identification marker of the arrangement to be monitored having an openable and closable wing element, wherein the second housing part has at least a second identification marker which identifies the second housing part.
A mounting structure for packaging and transporting a household appliance, comprising: a bottom pedestal; a fastener comprising a head portion and a connecting portion connected sequentially in a bottom-up direction, with the cross sectional area of the head portion being greater than the cross sectional area of the connecting portion; and a washer provided with a clamping groove extending in a radial direction and running through an outer circumferential wall of the washer, and the clamping groove runs through an upper surface and lower surface of the washer; characterized in that the bottom pedestal is provided with a through hole running through in an up-down direction and configured to be arranged on a bottom of the household appliance, an upper end of the connecting portion passing through the through hole to be connected to the household appliance, the cross sectional area of the head portion being no greater than the cross sectional area of the through hole, and the washer is arranged between a bottom surface of the bottom pedestal and an upper surface of the head portion. a bottom pedestal; a fastener comprising a head portion and a connecting portion connected sequentially in a bottom-up direction, with the cross sectional area of the head portion being greater than the cross sectional area of the connecting portion; and a washer provided with a clamping groove extending in a radial direction and running through an outer circumferential wall of the washer, and the clamping groove runs through an upper surface and lower surface of the washer; characterized in that the bottom pedestal is provided with a through hole running through in an up-down direction and configured to be arranged on a bottom of the household appliance, an upper end of the connecting portion passing through the through hole to be connected to the household appliance, the cross sectional area of the head portion being no greater than the cross sectional area of the through hole, and the washer is arranged between a bottom surface of the bottom pedestal and an upper surface of the head portion.
A music earphone, comprising a shell, a cover, and a cavity formed by the shell and the cover, wherein one or more receivers are disposed in the cavity, a sound aperture is disposed at an upper end of the shell, an edge of the sound aperture extends towards the interior of the cavity to form a cylindrical hearing tube, a lower end of the hearing tube is fixedly connected with the receiver(s), a lower end of each of the receiver(s) is connected with a conductor, an upper end surface of the shell and the cover are formed with a first vent hole and a second vent hole communicating with the first vent hole via a vent tube, a noise filtering core is disposed inside the vent tube, and the first vent hole on the upper end surface of the shell is provided with a guard screen, characterized in that the noise filtering core is of a multi-sectional structure, wherein the noise filtering core comprises a plurality of cores having different pores, different diameters and different lengths, and the plurality of cores are arranged in line or in parallel in sequence according to their effective filtering frequency values, wherein a door is disposed on the cover at a position corresponding to the second vent hole, wherein the door is of a sliding or rotating type, wherein the door is implemented through a fixed baffle disposed to the exterior of the second vent hole having a plurality of holes formed on the fixed baffle, and through a movable baffle disposed in the second vent hole having a plurality of holes formed on the movable baffle that are in line with the holes of the fixed baffle, wherein the movable baffle can move linearly or rotate, so that the holes on the two baffles are offset from each other with a result that the holes of the fixed baffle are blocked by solid portions of the movable baffle, and wherein a piezo-electric element is connected to the movable baffle to directly drive the movable baffle.
A cyber attack evaluation method performed by a cyber attack evaluation device comprising: transmitting, when receiving first domain information included in cyber attack information, an inquiry about whether a first IP address associated with the first domain information is stored to a first management server configured to store associations between domain information and IP addresses; transmitting, when receiving the first domain information, another inquiry about whether a first history related to the first domain information is stored to a second management server configured to store histories of the first management server by monitoring communication of the first management server, the histories being related to the associations between the domain information and the IP addresses; first-outputting, based on an answer of the inquiry acquired from the first management server, first information which is used for diagnosing threat content of a cyber attack related to the first domain information; second-outputting, based on the first history acquired from the second management server, second information which is used for diagnosing threat content of the cyber attack related to the first domain information, third-outputting, based on the first information and the second information, a usage period during which the first IP address associated with the first domain information is used for the cyber attack when the answer indicates that the first IP address is stored, and the usage period is determined based on the first history. transmitting, when receiving first domain information included in cyber attack information, an inquiry about whether a first IP address associated with the first domain information is stored to a first management server configured to store associations between domain information and IP addresses; transmitting, when receiving the first domain information, another inquiry about whether a first history related to the first domain information is stored to a second management server configured to store histories of the first management server by monitoring communication of the first management server, the histories being related to the associations between the domain information and the IP addresses; first-outputting, based on an answer of the inquiry acquired from the first management server, first information which is used for diagnosing threat content of a cyber attack related to the first domain information; second-outputting, based on the first history acquired from the second management server, second information which is used for diagnosing threat content of the cyber attack related to the first domain information, third-outputting, based on the first information and the second information, a usage period during which the first IP address associated with the first domain information is used for the cyber attack when the answer indicates that the first IP address is stored, and the usage period is determined based on the first history.
A method for authenticating a location based service application run on a mobile station, including: attempting to run a location based service application on the mobile station; invoking a position location engine within the mobile station by the location based service application; requesting authorization of the location based service application; communicating directly between the invoked position location engine and a mobile positioning center in order to have the mobile positioning center fulfill the request for authorization of the location based service application; requesting information from a position determining equipment; then, only if the location based service application is authorized, receiving within the mobile station information from the position determining equipment required for running the location based service application, wherein the information from the position determining equipment is sent to the mobile station only in response to a message from the mobile positioning center to the position determining equipment in which the mobile positioning center authorizes the position determining equipment to respond to a request for information from the invoked position location engine in response to the location based service application being authorized. attempting to run a location based service application on the mobile station; invoking a position location engine within the mobile station by the location based service application; requesting authorization of the location based service application; communicating directly between the invoked position location engine and a mobile positioning center in order to have the mobile positioning center fulfill the request for authorization of the location based service application; requesting information from a position determining equipment; then, only if the location based service application is authorized, receiving within the mobile station information from the position determining equipment required for running the location based service application, wherein the information from the position determining equipment is sent to the mobile station only in response to a message from the mobile positioning center to the position determining equipment in which the mobile positioning center authorizes the position determining equipment to respond to a request for information from the invoked position location engine in response to the location based service application being authorized.