mhurhangee/ep-ind-claims huggingface dataset:
Semi-trailer comprising at least one steerable axle, and a coupling comprising a kingpin, for coupling a semi-trailer to a tractor by means of a fifth wheel coupling, and a steering wedge and attached to it a steering actuator that is connected to a steering device for steering the at least one steerable axle, wherein the steering wedge and the steering actuator both are rotatable around the kingpin, wherein the steering actuator is mounted to an adjustment device that is arranged to adjust the distance of the steering actuator to the kingpin, characterized in that the semitrailer is extendable and the adjustment device is arranged for adjusting the distance from the steering actuator to the kingpin for adjustment of the steering behaviour to the changed length of the semi-trailer, and comprises means to lock the distance set.
A transfer disc for the transferring of rod-like articles of tobacco industry provided with lugs, characterized in that the front surface of the lug is inclined in a direction corresponding to the direction of rotation of the disc and the lug is configured so that it hits a rod-like article above the longitudinal axis of the rod-like article.
A mobile terminal for managing an appliance, comprising: a communication interface; a speaker; a microphone configured to receive, from an appliance, first mix data including monitoring information indicating a state of the appliance; and a controller configured to: check a version of a firmware installed in the appliance, based on the monitoring information, if the firmware is not a newest version, control the communication interface to transmit, to a diagnosis server, a request for receiving upgrade data in order to upgrade the firmware; control the communication interface to receive the upgrade data from the diagnosis server; generate second mix data by mixing the upgrade data and sound data, and output, to the appliance, the second mix data through the speaker. a communication interface; a speaker; a microphone configured to receive, from an appliance, first mix data including monitoring information indicating a state of the appliance; and a controller configured to: check a version of a firmware installed in the appliance, based on the monitoring information, if the firmware is not a newest version, control the communication interface to transmit, to a diagnosis server, a request for receiving upgrade data in order to upgrade the firmware; control the communication interface to receive the upgrade data from the diagnosis server; generate second mix data by mixing the upgrade data and sound data, and output, to the appliance, the second mix data through the speaker. check a version of a firmware installed in the appliance, based on the monitoring information, if the firmware is not a newest version, control the communication interface to transmit, to a diagnosis server, a request for receiving upgrade data in order to upgrade the firmware; control the communication interface to receive the upgrade data from the diagnosis server; generate second mix data by mixing the upgrade data and sound data, and output, to the appliance, the second mix data through the speaker.
A drawer extension guide including - a carcass rail (32, 37) to be fixed to a furniture carcass, - a drawer rail to be fixed to the drawer, and - a central rail (34, 40) mounted moveable between the carcass rail (32, 37) and the drawer rail, characterised in that the carcass rail (32, 37), the drawer rail and/or the central rail (34, 40) corresponds to a sheet metal profile (1, 32, 33, 37, 40), in particular consisting of steel, for a drawer extension guide having at least one web (5, 35, 36, 38, 39, 41, 42) projecting laterally, in particular perpendicularly, from a flat surface (3, 43, 44, 45) of the sheet metal profile (1, 32, 33, 37, 40) and extending in the longitudinal direction of the sheet metal profile (1, 32, 33, 37, 40), produced by the following method: method for producing a sheet metal profile (1, 32, 33, 37, 40), in particular consisting of steel, for a drawer extension guide having at least one web (5, 35, 36, 38, 39, 41, 42) projecting laterally, in particular perpendicularly, from a flat surface (3, 43, 44, 45) of the sheet metal profile (1, 32, 33, 37, 40) and extending in the longitudinal direction of the sheet metal profile (1, 32, 33, 37, 40), wherein in a first method step at least one web (5, 35, 36, 38, 39, 41, 42) is squeezed out of at least one flat surface (3, 43, 44, 45) of an elongate sheet metal profile projecting laterally, in particular perpendicularly, and extending in the longitudinal direction of the elongate sheet metal portion, and the at least one web (5, 35, 36, 38, 39, 41, 42) is squeezed together in at least one further method step, preferably in between 10 and 15 further method steps, that is to say it is reduced in its width and increased in its height. - a carcass rail (32, 37) to be fixed to a furniture carcass, - a drawer rail to be fixed to the drawer, and - a central rail (34, 40) mounted moveable between the carcass rail (32, 37) and the drawer rail,
A stimulated emission depletion microscopy optical source (120, 130, 150, 160, 170, 180) comprising: an excitation signal output; a depletion signal output; a first optical source arranged to generate an optical supercontinuum signal; and a second optical source comprising a first microstructured optical fiber, and arranged to generate by a four-wave mixing process a first optical signal at a signal wavelength and a second optical signal at an idler wavelength on transmission of a pump signal through the first microstructured optical fiber, the first optical source being arranged to provide at least part of the optical supercontinuum signal to the excitation signal output and the second optical source being arranged to provide one of the first optical signal and the second optical signal to the depletion signal output. an excitation signal output; a depletion signal output; a first optical source arranged to generate an optical supercontinuum signal; and a second optical source comprising a first microstructured optical fiber, and arranged to generate by a four-wave mixing process a first optical signal at a signal wavelength and a second optical signal at an idler wavelength on transmission of a pump signal through the first microstructured optical fiber, the first optical source being arranged to provide at least part of the optical supercontinuum signal to the excitation signal output and the second optical source being arranged to provide one of the first optical signal and the second optical signal to the depletion signal output.
A method of preparing a liquid mixture with a predetermined pH value without using a pH meter by adding and reducing controlled amounts of buffer components, preferably in liquid form, to said liquid mixture; and stop adding and reducing buffer components when a specific conductivity value is obtained, wherein the reduction and addition of buffer components is done in such a way as to maintain the buffer concentration constant and wherein said specific conductivity value corresponds to the predetermined pH value of said liquid, and wherein said specific conductivity value is correlated to said predetermined pH value and the buffer concentration by a mathematical model, and wherein the liquid mixture is a buffer solution, the mathematical model being a surface model equation performing on the specific buffer system, where the surface model equation has been previously obtained by fitting said equation to previously measured pH-values for a training data set.
A method of preparing an annular fibrous preform, employing a needle-punching and shaping process that involves shaping by needle-punching in advance, such that an annular fibrous fabric is needle-punched in advance with an annular fibrous web formed of chopped carbon fiber felts and fixedly joined into an annular duplex fabric, and then needle-punching said annular duplex fabric to form an annular unit, or needle-punching said annular duplex fabric superposed with an annular web to form an annular unit, superposing and needle-punching said annular unit to form a quasi-three-dimensional fabric, namely an annular fibrous preform, wherein the method comprising the following steps of: cutting a fibrous fabric into sector-shaped segments, and abutting the same to form an annular fibrous fabric; needle-punching in advance said annular fibrous fabric from step with an annular fibrous web in fixing and shaping the same to form an annular duplex fabric having a needle-punching density of 2 to 6 needles/cm 2; or superposing and needle-punching an annular duplex fabric with an annular fibrous web to form a ring; superposing said annular duplex fabric or ring from step, staggering the abutting seam by rotation; and introducing the Z-oriented fibers in between the superposed layers by needle-punching at a needle-punching density of 15 to 35 needles/cm 2; giving an annular fibrous preform. cutting a fibrous fabric into sector-shaped segments, and abutting the same to form an annular fibrous fabric; needle-punching in advance said annular fibrous fabric from step with an annular fibrous web in fixing and shaping the same to form an annular duplex fabric having a needle-punching density of 2 to 6 needles/cm 2; or superposing and needle-punching an annular duplex fabric with an annular fibrous web to form a ring; superposing said annular duplex fabric or ring from step, staggering the abutting seam by rotation; and introducing the Z-oriented fibers in between the superposed layers by needle-punching at a needle-punching density of 15 to 35 needles/cm 2; giving an annular fibrous preform.
An electrochemical cell comprising: an electrode comprising a base electrode material comprising an active electrode species, wherein the electrode comprises: a first layer comprising the active electrode species; a second layer comprising the active electrode species, wherein at least some of the active electrode species in the second layer is depleted and replated upon discharge and charge, respectively, of the electrochemical cell; and a single-ion conductive layer separating the first layer from the second layer and substantially preventing electronic communication between the first and second layers across the layer; wherein the second layer is positioned so as to reside between the first layer and an electrolyte used with the cell. a first layer comprising the active electrode species; a second layer comprising the active electrode species, wherein at least some of the active electrode species in the second layer is depleted and replated upon discharge and charge, respectively, of the electrochemical cell; and a single-ion conductive layer separating the first layer from the second layer and substantially preventing electronic communication between the first and second layers across the layer; wherein the second layer is positioned so as to reside between the first layer and an electrolyte used with the cell.
A hair clipping device comprising: - a housing, - a cutting assembly which is arranged on a distal end of said housing and comprises a stationary cutting blade with a stationary cutting edge and a moveable cutting blade with a moveable cutting edge, and - a comb attachment which is attachable to the housing, wherein the comb attachment comprises a first comb element that is configured to be arranged on a front side of the housing and configured to cover the stationary and the moveable cutting edge (26, 28), wherein said front side runs transverse to the distal end and the cutting assembly; wherein the first comb element comprises a plurality of first comb ribs running parallel to each other and parallel to a longitudinal direction of the first comb element, characterized in that a gap size, which is defined as distance between two of the first comb ribs measured in lateral direction perpendicular to the longitudinal direction, is smaller than 1 mm, and wherein a pitch size, which is defined as a sum of the gap size and a width of one of the first comb ribs measured in the lateral direction, is smaller than 2 mm. - a housing, - a cutting assembly which is arranged on a distal end of said housing and comprises a stationary cutting blade with a stationary cutting edge and a moveable cutting blade with a moveable cutting edge, and - a comb attachment which is attachable to the housing,
A Public Land Mobile Network, PLMN, selection method, characterized by comprising: receiving, by a core network device, a handover request from a base station controller, wherein the handover request is used to request handover of a mobile terminal from a first cell to a neighboring second cell, wherein the mobile terminal is in the first cell that is a cell which belongs to the base station controller, and the handover request carries ID information of the sharing PLMNs of the second cell that is shared; selecting, by the core network device, according to subscription attribute information of the mobile terminal, a preferred PLMN of the mobile terminal from the sharing PLMNs of the second cell, the selecting comprising: when the home PLMN of the mobile terminal is one of sharing PLMNs of the second cell, the home PLMN is directly used as the preferred PLMN of the mobile terminal; when the home PLMN of the mobile terminal is not one of the sharing PLMNs of the second cell, a PLMN that has subscribed a tariff preference policy with the home PLMN of the mobile terminal in the sharing PLMNs of the second cell is used as the preferred PLMN of the mobile terminal; and performing, by the core network device, a handover process according to the handover request, and sending ID information of the preferred PLMN of the mobile terminal to a base station controller to which the second cell belongs. receiving, by a core network device, a handover request from a base station controller, wherein the handover request is used to request handover of a mobile terminal from a first cell to a neighboring second cell, wherein the mobile terminal is in the first cell that is a cell which belongs to the base station controller, and the handover request carries ID information of the sharing PLMNs of the second cell that is shared; selecting, by the core network device, according to subscription attribute information of the mobile terminal, a preferred PLMN of the mobile terminal from the sharing PLMNs of the second cell, the selecting comprising: when the home PLMN of the mobile terminal is one of sharing PLMNs of the second cell, the home PLMN is directly used as the preferred PLMN of the mobile terminal; when the home PLMN of the mobile terminal is not one of the sharing PLMNs of the second cell, a PLMN that has subscribed a tariff preference policy with the home PLMN of the mobile terminal in the sharing PLMNs of the second cell is used as the preferred PLMN of the mobile terminal; and performing, by the core network device, a handover process according to the handover request, and sending ID information of the preferred PLMN of the mobile terminal to a base station controller to which the second cell belongs.
A radiation emitting device comprising: a radiation emitting layer comprising a host material and a luminescent agent; wherein the luminescent agent comprises two luminescent agents, wherein one luminescent agent is an upshifting luminescent agent and the other luminescent agent is a downshifting luminescent agent; and a radiation source that emits a source radiation; wherein the radiation emitting layer comprises an edge and two broad surfaces, wherein the edge has a height of d and the broad surfaces have a length L, wherein length L is greater than height d, and the ratio of the length L to the height d is greater than or equal to 10 or greater than or equal to 30; and wherein the radiation source is coupled to the edge, wherein the source radiation is transmitted from the radiation source through the edge and excites the luminescent agent, whereafter the luminescent agent emits an emitted radiation, wherein at least a portion of the emitted radiation exits through at least one of the broad surfaces through an escape cone. a radiation emitting layer comprising a host material and a luminescent agent; wherein the luminescent agent comprises two luminescent agents, wherein one luminescent agent is an upshifting luminescent agent and the other luminescent agent is a downshifting luminescent agent; and a radiation source that emits a source radiation; wherein the radiation emitting layer comprises an edge and two broad surfaces, wherein the edge has a height of d and the broad surfaces have a length L, wherein length L is greater than height d, and the ratio of the length L to the height d is greater than or equal to 10 or greater than or equal to 30; and wherein the radiation source is coupled to the edge, wherein the source radiation is transmitted from the radiation source through the edge and excites the luminescent agent, whereafter the luminescent agent emits an emitted radiation, wherein at least a portion of the emitted radiation exits through at least one of the broad surfaces through an escape cone.
Verification device for verifying an electrical overvoltage between two electrical conductors (3,4), the verification device comprising - a conductor-track carrier made of an electrically insulating carrier material, - at least two conductor tracks (7 to 11) applied spaced apart from one another on the conductor-track carrier - and a measuring device for acquiring an electrical resistance of a first conductor track, - the verification device is characterised in that each electrical conductor (3,4) is electrically connected to at least one of the conductor tracks (7 to 11), no conductor track (7 to 11) is electrically connected to both electrical conductors (3, 4) and the conductor tracks (7 to 11) are embodied and arranged such that a prespecified overvoltage between the electrical conductors (3,4) causes a partial discharge that changes the electrical resistance of the first conductor track between the first conductor track and a conductor track (8 to 11) that is electrically connected to one of the two electrical conductors (3,4). - a conductor-track carrier made of an electrically insulating carrier material, - at least two conductor tracks (7 to 11) applied spaced apart from one another on the conductor-track carrier - and a measuring device for acquiring an electrical resistance of a first conductor track, - the verification device is characterised in that each electrical conductor (3,4) is electrically connected to at least one of the conductor tracks (7 to 11), no conductor track (7 to 11) is electrically connected to both electrical conductors (3, 4) and the conductor tracks (7 to 11) are embodied and arranged such that a prespecified overvoltage between the electrical conductors (3,4) causes a partial discharge that changes the electrical resistance of the first conductor track between the first conductor track and a conductor track (8 to 11) that is electrically connected to one of the two electrical conductors (3,4).
A display panel comprising: a plurality of pixels, each pixel comprising a red subpixel, a green subpixel, a blue subpixel, and a white subpixel, the subpixels each implemented as a light emitting diode, and the white subpixel comprising yellow phosphor over B LED, wherein each pixel of the plurality of pixels comprises: a first package comprising a first plate on which the B subpixel and the G subpixel are disposed; a second package comprising a second plate, different from the first plate, on which the R subpixel and the W subpixel are disposed, the second package disposed adjacent to the first package; and a partition being a material disposed between the first package and the second package, wherein the partition is a physical barrier preventing crossover of the light from the first package to the second package and vice versa. a plurality of pixels, each pixel comprising a red subpixel, a green subpixel, a blue subpixel, and a white subpixel, the subpixels each implemented as a light emitting diode, and the white subpixel comprising yellow phosphor over B LED, wherein each pixel of the plurality of pixels comprises: a first package comprising a first plate on which the B subpixel and the G subpixel are disposed; a second package comprising a second plate, different from the first plate, on which the R subpixel and the W subpixel are disposed, the second package disposed adjacent to the first package; and a partition being a material disposed between the first package and the second package, wherein the partition is a physical barrier preventing crossover of the light from the first package to the second package and vice versa.
A surgical access assembly, comprising: a sleeve adapted for insertion within tissue to access an underlying tissue site, the sleeve defining a first passage therethrough, the first passage having a first diameter; and a port defining at least one second passage extending therethrough, the port being adapted for insertion within the first passage of the sleeve in a substantially sealed relationship therewith, the at least one second passage being adapted for a substantially sealed reception of a surgical object therethrough, the at least one second passage having at least one second diameter; wherein the port is selectively removably positionable within the first passage of the sleeve, and wherein the first diameter is greater than the at least one second diameter characterised in that the port is flexible for insertion within the first passage of the sleeve, and being compressible for insertion within the tissue and is configured to provide a biasing force once in place within the incision so as to maintain the port within the tissue and so as to maintain the sleeve between the port and the tissue. a sleeve adapted for insertion within tissue to access an underlying tissue site, the sleeve defining a first passage therethrough, the first passage having a first diameter; and a port defining at least one second passage extending therethrough, the port being adapted for insertion within the first passage of the sleeve in a substantially sealed relationship therewith, the at least one second passage being adapted for a substantially sealed reception of a surgical object therethrough, the at least one second passage having at least one second diameter; wherein the port is selectively removably positionable within the first passage of the sleeve, and wherein the first diameter is greater than the at least one second diameter characterised in that the port is flexible for insertion within the first passage of the sleeve, and being compressible for insertion within the tissue and is configured to provide a biasing force once in place within the incision so as to maintain the port within the tissue and so as to maintain the sleeve between the port and the tissue.
An air conditioner using a flammable refrigerant, comprising an indoor heat exchanger, an outdoor heat exchanger, a compressor, an expansion device and a four-way valve, all connected to one another through tubes (60, 61, 62, 63, 70, 71, 72, 73, 74, 75) to constitute a refrigeration cycle, characterised in that a tube connection switching means is provided for changing the number of circuits of liquid-side tubes of said indoor heat exchanger or said outdoor heat exchanger, such that the number of circuits of said liquid-side tubes of said indoor heat exchanger or said outdoor heat exchanger is greater than that of gas-side tubes, when said indoor heat exchanger or said outdoor heat exchanger is functioned as an evaporator, and when said indoor heat exchanger or said outdoor heat exchanger is functioned as a condenser, the number of circuits of said liquid-side tube is reduced by said tube connection switching means.