mhurhangee/ep-ind-claims huggingface dataset:
A portable lighting device, comprising: - a shell; - at least one luminous element disposed in the shell; - a lens component, disposed in the shell and sleeved on a front side of the luminous element for collecting light emitted by the luminous element and guiding the light to an outside of the shell; - a battery compartment, disposed in the shell and located at a rear side of the luminous element, comprising: - a base plate; and - at least one side wall, extending from an edge of the base plate in a direction away from the luminous element; and - at least one positive terminal and at least one negative terminal, disposed in the battery compartment, and configured to be electrically connected to the luminous element, respectively; wherein the battery compartment is made of transparent and fluorescent materials; wherein the lighting device further comprises: - at least one indicator mark, disposed on the base plate of the battery compartment, for indicating the positive terminal and / or the negative terminal; and - a plurality of light-transmitting channels, configured to allow the light emitted by the luminous element to irradiate the base plate of the battery compartment to stimulate the base plate to emit light and exhibit an afterglow. - a shell; - at least one luminous element disposed in the shell; - a lens component, disposed in the shell and sleeved on a front side of the luminous element for collecting light emitted by the luminous element and guiding the light to an outside of the shell; - a battery compartment, disposed in the shell and located at a rear side of the luminous element, comprising: - a base plate; and - at least one side wall, extending from an edge of the base plate in a direction away from the luminous element; and - a base plate; and - at least one side wall, extending from an edge of the base plate in a direction away from the luminous element; and - at least one positive terminal and at least one negative terminal, disposed in the battery compartment, and configured to be electrically connected to the luminous element, respectively; wherein the battery compartment is made of transparent and fluorescent materials; wherein the lighting device further comprises: - at least one indicator mark, disposed on the base plate of the battery compartment, for indicating the positive terminal and / or the negative terminal; and - a plurality of light-transmitting channels, configured to allow the light emitted by the luminous element to irradiate the base plate of the battery compartment to stimulate the base plate to emit light and exhibit an afterglow. - at least one indicator mark, disposed on the base plate of the battery compartment, for indicating the positive terminal and / or the negative terminal; and - a plurality of light-transmitting channels, configured to allow the light emitted by the luminous element to irradiate the base plate of the battery compartment to stimulate the base plate to emit light and exhibit an afterglow.
A method for generating pancreatic bud cells, comprising the step of culturing PDX1 + /NKX6.1 - cells in a medium comprising KGF, EGF, a BMP inhibitor and an Akt inhibitor.
Refrigeration and/or freezer device, comprising a first freezing zone, and a second freezing zone, which is separated from the first freezing zone, wherein the second freezing zone can be operated at a lower temperature than the first freezing zone, the first and the second freezing zones (30, 40) are arranged in a drawer compartment in the freezing part of the refrigeration and/or freezer device, and the second freezing zone is operable as a quick freezing zone, characterized in that the temperature of the second freezing zone is at least temporarily selectable from a temperature range between -40 °C to -30 °C, the second freezing zone is assigned a proper refrigeration means, in particular a proper evaporator and/or in that the second freezing zone is assigned a part of the evaporator of the refrigeration and/or freezer device, by means of the maximum cooling power of the evaporator can be output, and a control and/or regulation unit is provided, by means of which the maximum available cooling power of the refrigeration and/or freezer device can manually or automatically be concentrated on the second freezing zone.
Ejector connector, comprising an upper body, a button, an intermediate body, a lower body, a spring, a pressure rod, connector pins, and a power cable, characterized in that at the bottom side of the button there is a button protrusion, at which a button groove having teeth is arranged, the pressure rod is arranged such at a lower part of the button that the button protrusion is fit, and that two opposed toothed wheels are arranged at the pressure rod, and the inside of the toothed wheels is engaged with the button groove and the outer portion of the toothed wheels is engaged with a groove having teeth of the lower body, wherein the toothed wheels, the button groove and the groove constitute a gearing.
A separable insulated connector (100, 200, 300), comprising: a shell (102, 202, 302) for grounding said connector, comprising: a first portion comprising a first material; a bushing entrance (110, 210) for connection to an energy distribution component, the bushing entrance (110, 210) comprising at least a part of said first portion; a second portion; a cable entrance for receiving a cable, the cable entrance comprising at least a part of said second portion; an insert (104, 204, 304) disposed within said shell (102, 202, 302), wherein said insert (104, 204, 304) comprises at least one of a conductive material and a semi-conductive material, wherein said insert (104, 204, 304) is a faraday cage; and an insulating material disposed between said shell (102, 202, 302) and said insert (104, 204, 304), wherein said insulating material is non-conductive, characterised in that the second portion comprises a second material that is more flexible than said first material. a shell (102, 202, 302) for grounding said connector, comprising: a first portion comprising a first material; a bushing entrance (110, 210) for connection to an energy distribution component, the bushing entrance (110, 210) comprising at least a part of said first portion; a second portion; a cable entrance for receiving a cable, the cable entrance comprising at least a part of said second portion; an insert (104, 204, 304) disposed within said shell (102, 202, 302), wherein said insert (104, 204, 304) comprises at least one of a conductive material and a semi-conductive material, wherein said insert (104, 204, 304) is a faraday cage; and an insulating material disposed between said shell (102, 202, 302) and said insert (104, 204, 304), wherein said insulating material is non-conductive, characterised in that the second portion comprises a second material that is more flexible than said first material. a first portion comprising a first material; a bushing entrance (110, 210) for connection to an energy distribution component, the bushing entrance (110, 210) comprising at least a part of said first portion; a second portion; a cable entrance for receiving a cable, the cable entrance comprising at least a part of said second portion; an insert (104, 204, 304) disposed within said shell (102, 202, 302), wherein said insert (104, 204, 304) comprises at least one of a conductive material and a semi-conductive material, wherein said insert (104, 204, 304) is a faraday cage; and an insulating material disposed between said shell (102, 202, 302) and said insert (104, 204, 304), wherein said insulating material is non-conductive, characterised in that the second portion comprises a second material that is more flexible than said first material.
An auditory prosthesis system comprising: a sound processor apparatus configured to be external to a patient and that includes a position sensor configured to detect a positioning of the sound processor apparatus, and a control module communicatively coupled to the position sensor and configured to perform a predetermined action with respect to the auditory prosthesis system in accordance with the detected positioning of the sound processor apparatus, wherein the control module is further configured to: identify reference data that represents a preferred positioning of the sound processor apparatus; receive, from the position sensor, positioning data that represents the detected positioning of the sound processor apparatus; determine, based at least in part on the reference data and the positioning data, a difference between the preferred positioning and the detected positioning of the sound processor apparatus; and perform the predetermined action in accordance with the difference between the preferred positioning and the detected positioning of the sound processor apparatus. a position sensor configured to detect a positioning of the sound processor apparatus, and a control module communicatively coupled to the position sensor and configured to perform a predetermined action with respect to the auditory prosthesis system in accordance with the detected positioning of the sound processor apparatus, wherein the control module is further configured to: identify reference data that represents a preferred positioning of the sound processor apparatus; receive, from the position sensor, positioning data that represents the detected positioning of the sound processor apparatus; determine, based at least in part on the reference data and the positioning data, a difference between the preferred positioning and the detected positioning of the sound processor apparatus; and perform the predetermined action in accordance with the difference between the preferred positioning and the detected positioning of the sound processor apparatus. identify reference data that represents a preferred positioning of the sound processor apparatus; receive, from the position sensor, positioning data that represents the detected positioning of the sound processor apparatus; determine, based at least in part on the reference data and the positioning data, a difference between the preferred positioning and the detected positioning of the sound processor apparatus; and perform the predetermined action in accordance with the difference between the preferred positioning and the detected positioning of the sound processor apparatus.
An illuminated retractable strap assembly, the assembly comprising a housing, a rotatable strap spool connected rotatably to the housing, a light emitting strap structure arranged to and fixed to the rotatable strap spool, the light emitting strap structure comprising a first end and a second end, and one or more elongated optical fibers having a first end and a second end for transmitting light between the first end and the second end, and an outer covering arranged to pass at least part of the light originating from the one or more elongated optical fibers to be transmitted through, wherein the assembly further comprises a light source connected to the housing and arranged not to rotate when the rotatable strap pool rotates, the light source being arranged to illuminate the first end of the light emitting structure, and a power source connected to the housing and electrically connected to the light source, the power source being connected to the housing, characterized in that the light source is arranged to radiate light towards the rotatable strap spool; the first end of the light emitting strap structure is arranged to the rotatable strap spool; the assembly comprises a light receiving face arranged to the rotatable strap spool, the light receiving face facing towards the light source; and the light source is arranged to radiate light onto the light receiving face. a housing, a rotatable strap spool connected rotatably to the housing, a light emitting strap structure arranged to and fixed to the rotatable strap spool, the light emitting strap structure comprising a first end and a second end, and one or more elongated optical fibers having a first end and a second end for transmitting light between the first end and the second end, and an outer covering arranged to pass at least part of the light originating from the one or more elongated optical fibers to be transmitted through, wherein the assembly further comprises a light source connected to the housing and arranged not to rotate when the rotatable strap pool rotates, the light source being arranged to illuminate the first end of the light emitting structure, and a power source connected to the housing and electrically connected to the light source, the power source being connected to the housing, characterized in that the light source is arranged to radiate light towards the rotatable strap spool; the first end of the light emitting strap structure is arranged to the rotatable strap spool; the assembly comprises a light receiving face arranged to the rotatable strap spool, the light receiving face facing towards the light source; and the light source is arranged to radiate light onto the light receiving face.
A DC circuit breaker comprising: a mechanical circuit breaker that has a first end connected to a first DC transmission line and a second end connected to a second DC transmission line; a lightning arrester; and a commutation circuit (40, 80) that has a first switch, a second switch, a reactor, and a capacitor, wherein the commutation circuit (40, 80), the lightning arrester, and the mechanical circuit breaker are connected to each other in parallel between the first DC transmission line and the second DC transmission line, the first switch, the capacitor, and the reactor are connected to each other in series between the first DC transmission line and the second DC transmission line, characterized in that the commutation circuit further comprises a resistor, and the second switch and the resistor connected in series are provided in parallel with the first switch. a mechanical circuit breaker that has a first end connected to a first DC transmission line and a second end connected to a second DC transmission line; a lightning arrester; and a commutation circuit (40, 80) that has a first switch, a second switch, a reactor, and a capacitor, wherein the commutation circuit (40, 80), the lightning arrester, and the mechanical circuit breaker are connected to each other in parallel between the first DC transmission line and the second DC transmission line, the first switch, the capacitor, and the reactor are connected to each other in series between the first DC transmission line and the second DC transmission line, characterized in that the commutation circuit further comprises a resistor, and the second switch and the resistor connected in series are provided in parallel with the first switch.
A photocatalytic composition comprising a photocatalyst and a co-catalyst, wherein the photocatalyst comprises a tungsten oxide, wherein the co-catalyst comprises a cerium oxide and wherein the molar ratio of the photocatalyst:co-catalyst in the photocatalytic composition is 1:5 to 5:1.
The use of a precursor compound for sodium alloy(s) fitting the following formula: M n E1 x E2 wherein: - M is a transition metal selected from among Co, Cu, Ni and Fe; - E1 and E2 are elements selected from among In, Bi, Ge, Sn, Sb and P; - the values of n and x are such that the compound of formula is electronically neutral; with the following conditions: - when n = 0 and x ≠ 0, then E1 and E2 are different from each other and are selected from among In, Bi, Ge, Sn, Sb and P, with x such that 0.1 ≤ x ≤ 2; it being understood that when x = 1 and E1 (respectively E2) is Sn, E2 (respectively E1) is different from Sb; - when n ≠ 0, then x = 0, and E2 is selected from among In, Bi, Ge, Sn, Sb and P, with n such that 0.1 ≤ n ≤ 3, it being understood that when n = 2, and M is Cu, then E2 is different from Sb and when n = 6/5, and M is Cu, then E2 is different from Sn; as a negative electrode active material in a sodium-ion battery. - M is a transition metal selected from among Co, Cu, Ni and Fe; - E1 and E2 are elements selected from among In, Bi, Ge, Sn, Sb and P; - the values of n and x are such that the compound of formula is electronically neutral; - when n = 0 and x ≠ 0, then E1 and E2 are different from each other and are selected from among In, Bi, Ge, Sn, Sb and P, with x such that 0.1 ≤ x ≤ 2; it being understood that when x = 1 and E1 (respectively E2) is Sn, E2 (respectively E1) is different from Sb; - when n ≠ 0, then x = 0, and E2 is selected from among In, Bi, Ge, Sn, Sb and P, with n such that 0.1 ≤ n ≤ 3, it being understood that when n = 2, and M is Cu, then E2 is different from Sb and when n = 6/5, and M is Cu, then E2 is different from Sn; as a negative electrode active material in a sodium-ion battery.
Zero-point clamping device for clamping a first component securely to a second component in a precise position, the first component comprising at least one drawing-in bolt and the second component a receiving opening for the drawing-in bolt and a clamping mechanism for drawing the drawing-in bolt into the receiving opening and the receiving opening comprising a guiding-in region with larger external dimensions than the drawing-in bolt, characterised in that the receiving opening comprises a bearing region which is offset radially in relation to the guiding-in region and has at least one bearing face which is the shape of an arc of a circle in plan view.
An optical system, comprising: a light-emitting device comprising a light-emitting die comprising a light generating region and a top surface, wherein the light-emitting die is substantially rectangular; the light-emitting device further comprising an emitter output aperture having a non-rectangular polygon shape positioned over the top surface of the light-emitting device configured such that light emitted by the light-emitting device is transported through the emitter output aperture; and an input aperture having a circular shape arranged to receive light generated by the light generating region and transported through the emitter output aperture, wherein the shape of the emitter output aperture substantially corresponds to the shape of the input aperture, wherein the shapes substantially correspond if a percentage overlap of a surface area of the input aperture and a surface area of the emitter output aperture, when the smaller area of the two surface areas is increased by maintaining its aspect ratio and general shape, and arranged over the surface area of the input aperture to maximise a percentage overlap, is at least about 90%, and wherein the size of the surface area of the input aperture is larger than the size of surface area of the emitter output aperture. a light-emitting device comprising a light-emitting die comprising a light generating region and a top surface, wherein the light-emitting die is substantially rectangular; the light-emitting device further comprising an emitter output aperture having a non-rectangular polygon shape positioned over the top surface of the light-emitting device configured such that light emitted by the light-emitting device is transported through the emitter output aperture; and an input aperture having a circular shape arranged to receive light generated by the light generating region and transported through the emitter output aperture, wherein the shape of the emitter output aperture substantially corresponds to the shape of the input aperture, wherein the shapes substantially correspond if a percentage overlap of a surface area of the input aperture and a surface area of the emitter output aperture, when the smaller area of the two surface areas is increased by maintaining its aspect ratio and general shape, and arranged over the surface area of the input aperture to maximise a percentage overlap, is at least about 90%, and wherein the size of the surface area of the input aperture is larger than the size of surface area of the emitter output aperture.
Tube plate for holding tube bundles for chemical reactors, said tube plate constituted by means of a pair of semi-circular plate components which are joined to one another along a median line and comprising a first plate component perforated to receive a first plurality of tubes of the bundle and having a projection along a side thereof, a second plate component perforated to receive a second plurality of tubes of the bundle and having a corresponding cavity to the projection for connection to the projection, and a plurality of pins connecting the projection and corresponding cavity (13, 14) together so that the two plate components (11,12) form the whole tube plate, wherein the plurality of pins are inserted in corresponding holes provided in the respective components (11, 12).
Tool coupling for a tool system for cutting machining of a workpiece, the tool system having a cylindrical holding shank which has a drive fixture with supporting faces on a drive-side end face wherein the tool coupling comprises a coupling hub matching with the drive fixture, characterized in that the coupling hub comprises a plurality of radially protruding elevated regions on which bearing faces are arranged and between which interspaces are arranged, in that the elevated regions are arranged so as to be distributed both in the circumferential direction and along the coupling hub, in that the bearing faces abut against supporting faces of the drive fixture of the holding shank, and in that the drive fixture of the holding shank is firmly connected to the coupling hub of the tool coupling by means of a joining material introduced into the interspaces between the elevated regions.
A method for device to device, named D2D hereinafter, communication in a wireless communication system applicable to a user equipment, named UE hereinafter, the method comprising: determining whether to perform a D2D transmission and a cellular transmission simultaneously in a resource block allocated in a cellular uplink time slot; characterized in that if a cellular uplink, named UL hereinafter, transmission rate R UL in addition to a D2D transmission rate R D2D is greater or equal to a maximum cellular UL transmission rate R C: performing the D2D transmission and the cellular transmission simultaneously; and adjusting a power of the D2D transmission P D2D and a power of the cellular transmission P UL to maximize an overall transmission rate which is the cellular UL transmission rate in addition to the D2D transmission rate; and if the cellular UL transmission rate R UL in addition to the D2D transmission rate R D2D is less than the maximum cellular UL transmission rate R C: performing the D2D transmission and the cellular transmission in different resource blocks. determining whether to perform a D2D transmission and a cellular transmission simultaneously in a resource block allocated in a cellular uplink time slot; characterized in that if a cellular uplink, named UL hereinafter, transmission rate R UL in addition to a D2D transmission rate R D2D is greater or equal to a maximum cellular UL transmission rate R C: performing the D2D transmission and the cellular transmission simultaneously; and adjusting a power of the D2D transmission P D2D and a power of the cellular transmission P UL to maximize an overall transmission rate which is the cellular UL transmission rate in addition to the D2D transmission rate; and if the cellular UL transmission rate R UL in addition to the D2D transmission rate R D2D is less than the maximum cellular UL transmission rate R C: performing the D2D transmission and the cellular transmission in different resource blocks. performing the D2D transmission and the cellular transmission in different resource blocks.