mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device system for implantation in a hip joint of a human patient, the medical device system comprises: an artificial caput femur adapted to replace at least the surface of the caput femur, wherein the artificial caput femur comprises a positioning through-hole , characterized in that medical device system further comprises a positioning shaft adapted to be stabilized by and placed in at least one of the femoral bone and the pelvic bone, wherein the positioning through-hole of the artificial caput femur is adapted to surround the positioning shaft, for positioning the artificial caput femur in a desired position in the hip joint, and wherein the positioning shaft is adapted to be placed in the positioning through-hole of the artificial caput femur and in a positioning hole of an artificial acetabulum, for positioning the artificial caput femur and artificial acetabulum in relation to the at least one of the femoral bone and the pelvic bone and for aligning the artificial caput femur in relation to the artificial acetabulum. an artificial caput femur adapted to replace at least the surface of the caput femur, wherein the artificial caput femur comprises a positioning through-hole , characterized in that medical device system further comprises a positioning shaft adapted to be stabilized by and placed in at least one of the femoral bone and the pelvic bone, wherein the positioning through-hole of the artificial caput femur is adapted to surround the positioning shaft, for positioning the artificial caput femur in a desired position in the hip joint, and wherein the positioning shaft is adapted to be placed in the positioning through-hole of the artificial caput femur and in a positioning hole of an artificial acetabulum, for positioning the artificial caput femur and artificial acetabulum in relation to the at least one of the femoral bone and the pelvic bone and for aligning the artificial caput femur in relation to the artificial acetabulum.
A carbon powder for fuel cell comprising carbon as a main component, which has a ratio (B/A) of an area B of peak 1 to an area A of peak 0 of more than 0 and 0.15 or less, wherein the area A represents an area of peak 0 at a position of 2θ = 22.5° to 25° as observed by XRD analysis using CuKa ray as radiation source after the carbon powder for fuel cell has been subjected to heat treatment at 1800°C for 1 hour in an inert atmosphere, and the area B represents an area of peak 1 at a position of 2θ = 26° as observed by XRD analysis using CuKa ray as radiation source after the carbon powder for fuel cell has been subjected to heat treatment at 1800°C for 1 hour in an inert atmosphere; wherein the carbon powder has a BET specific surface area per weight of more than 610 m 2 /g and less than 900 m 2 /g; and wherein the carbon powder has a mesopore and a pore volume of the mesopore is 0.9 cm 3 /g carrier or more, the pore volume of the mesopore meaning a total volume of mesopore having a diameter of from 2 to 50 nm in the carbon powder, represented by a volume per 1 g of carbon powder, which is calculated as an area (integrated value) of a lower portion of differential pore distribution curve determined by a nitrogen adsorption method (DH method).
A treatment process for treating fruits and vegetables by means of a coating composition, the said process including: - the thermal fogging of the said composition at a temperature comprised between 250°C and 330°C; - the application of the aerosol of the said composition thus obtained; and such that the said composition comprises: - one or more mono- and diglycerides of dietary fatty acids, - a solvent having a boiling point temperature of between 150 and 260°C. - the thermal fogging of the said composition at a temperature comprised between 250°C and 330°C; - the application of the aerosol of the said composition thus obtained; - one or more mono- and diglycerides of dietary fatty acids, - a solvent having a boiling point temperature of between 150 and 260°C.
Device for draining water from flat roofs, balconies, terraces or other water-bearing surfaces, with an inlet body which forms an inlet opening and an outlet opening for the water which is to be drained, with a catcher basket for leaves, gravel and the like which can be placed on the inlet body , with a press element , and with means for clamping the press element against the inlet body which comprise at least one bolt or one screw , wherein the inlet body and press element are designed in such a way that a sealing membrane or flashing can be clamped between press element and inlet body , and wherein the bolt or the screw is fixed in the inlet body in a form-locking manner and extends through a through-opening in the press element , wherein the inlet body is formed from a technical thermoplastic or from a thermoplastic composite material, characterised in that the press element is clamped against the inlet body from the side of the press element facing away from the the inlet body by means of an element complementary to the at least one bolt or the at least one screw , and the catcher basket is fixed relative to the inlet body by means of the bolt or the screw which also serves to clamp the press element against the inlet body . with an inlet body which forms an inlet opening and an outlet opening for the water which is to be drained, with a catcher basket for leaves, gravel and the like which can be placed on the inlet body , with a press element , and with means for clamping the press element against the inlet body which comprise at least one bolt or one screw , wherein the inlet body and press element are designed in such a way that a sealing membrane or flashing can be clamped between press element and inlet body , and wherein the bolt or the screw is fixed in the inlet body in a form-locking manner and extends through a through-opening in the press element , wherein the inlet body is formed from a technical thermoplastic or from a thermoplastic composite material, characterised in that the press element is clamped against the inlet body from the side of the press element facing away from the the inlet body by means of an element complementary to the at least one bolt or the at least one screw , and the catcher basket is fixed relative to the inlet body by means of the bolt or the screw which also serves to clamp the press element against the inlet body .
Rotary drilling tool for producing a bore in the ground, having - a base body and - a discharge line for discharging removed ground material and drilling suspension, - wherein a pumping device is provided and - wherein a pumping device is configured for pumping off the removed ground material with drilling suspension through the discharge line , characterized in that - the pumping device is arranged on the base body along the discharge line , - in that there is provided a removal device arranged on an underside of the base body , which removal device comprises a plurality of hammer units which each comprise a hammer element driven in axially reversing manner, - in that the hammer elements each comprise a vertically oriented piston which is in each case displaceably mounted in a cylinder housing of the hammer unit , and - in that on the underside of base body is arranged a plurality of extraction openings for extracting of the removed ground material. - a base body and - a discharge line for discharging removed ground material and drilling suspension, - wherein a pumping device is provided and - wherein a pumping device is configured for pumping off the removed ground material with drilling suspension through the discharge line , - the pumping device is arranged on the base body along the discharge line , - in that there is provided a removal device arranged on an underside of the base body , which removal device comprises a plurality of hammer units which each comprise a hammer element driven in axially reversing manner, - in that the hammer elements each comprise a vertically oriented piston which is in each case displaceably mounted in a cylinder housing of the hammer unit , and - in that on the underside of base body is arranged a plurality of extraction openings for extracting of the removed ground material.
Polyurea systems comprising A) amino-functional aspartic esters of the general formula (I) where X is an n-valent organic radical obtained by removal of the primary amino groups of an n-valent amine, R 1 , R 2 are the same or different organic radicals devoid of any Zerevitinov-active hydrogen and n is an integer of at least 2 and B) isocyanate-functional prepolymers having residual monomer contents of less than 1% by weight obtainable by reaction of B1) aliphatic isocyanates with B2) a polyol component having number average molecular weights of ≥ 400 g/mol and average OH functionalities of 2 to 6 which contains polyester-polyether polyols and optionally polyester polyols and/or polyether polyols and C) optionally organic fillers having a DIN 53019 viscosity at 23°C in the range from 10 to 6000 mPas, and D) optionally reaction products of isocyanate-functional prepolymers as per the definition of component B) with aspartic esters as per component A) and/or organic fillers as per C). A) amino-functional aspartic esters of the general formula (I) where X is an n-valent organic radical obtained by removal of the primary amino groups of an n-valent amine, R 1 , R 2 are the same or different organic radicals devoid of any Zerevitinov-active hydrogen and n is an integer of at least 2 and X is an n-valent organic radical obtained by removal of the primary amino groups of an n-valent amine, R 1 , R 2 are the same or different organic radicals devoid of any Zerevitinov-active hydrogen and n is an integer of at least 2 B) isocyanate-functional prepolymers having residual monomer contents of less than 1% by weight obtainable by reaction of B1) aliphatic isocyanates with B2) a polyol component having number average molecular weights of ≥ 400 g/mol and average OH functionalities of 2 to 6 which contains polyester-polyether polyols and optionally polyester polyols and/or polyether polyols and B1) aliphatic isocyanates with B2) a polyol component having number average molecular weights of ≥ 400 g/mol and average OH functionalities of 2 to 6 which contains polyester-polyether polyols and optionally polyester polyols and/or polyether polyols C) optionally organic fillers having a DIN 53019 viscosity at 23°C in the range from 10 to 6000 mPas, and D) optionally reaction products of isocyanate-functional prepolymers as per the definition of component B) with aspartic esters as per component A) and/or organic fillers as per C).
A light projection device comprising: a plurality of excitation light sources that emit excitation light; a light collection member ; a fluorescent member ; a control portion that controls outputs of the excitation light sources ; and a light projection member that projects light emitted from the fluorescent member , characterized in that the light collection member includes a plurality of light guide portions , each including a light entrance surface through which the excitation light enters the light guide portion and a light emission surface through which the excitation light is emitted toward the fluorescent member , the light emission surface has a smaller area than the light entrance surface , the excitation light sources are arranged opposite the light entrance surfaces , the fluorescent member is arranged in a region including a focus (F23a, F23) of the light projecting member and includes a plurality of application regions (S121, S122, S123, S124, S222) to which the excitation light is applied, each of the application regions (S121, S122, S123, S124, S222) is specified by a shape of the light emission surface of the corresponding light guide portion , and the control portion controls the outputs of the excitation light sources so as to individually control excitation states of the application regions to change a light projection pattern (P) of the light projected from the light projection member . a plurality of excitation light sources that emit excitation light; a light collection member ; a fluorescent member ; a control portion that controls outputs of the excitation light sources ; and a light projection member that projects light emitted from the fluorescent member , characterized in that the light collection member includes a plurality of light guide portions , each including a light entrance surface through which the excitation light enters the light guide portion and a light emission surface through which the excitation light is emitted toward the fluorescent member , the light emission surface has a smaller area than the light entrance surface , the excitation light sources are arranged opposite the light entrance surfaces , the fluorescent member is arranged in a region including a focus (F23a, F23) of the light projecting member and includes a plurality of application regions (S121, S122, S123, S124, S222) to which the excitation light is applied, each of the application regions (S121, S122, S123, S124, S222) is specified by a shape of the light emission surface of the corresponding light guide portion , and the control portion controls the outputs of the excitation light sources so as to individually control excitation states of the application regions to change a light projection pattern (P) of the light projected from the light projection member .
A method of enriching a concentrate slurry comprising molybdenite and at least one of iron sulfides and copper sulfides, comprising the steps of a) providing a slurry comprising molybdenite and one or more of copper sulfide and iron sulfide, wherein the pH of the slurry is greater than about 8.0 and less than about 11; b) adding an effective amount of a depressing reagent, wherein the depressing reagent is selected from one or more alkaline polysulfides, alkaline earth polysulfides, or a mixture thereof; and c) passing a gas through the slurry to separate material, recovering the molybdenite from a froth, wherein the polysulfide is effective at selectively depressing copper sulfide, iron sulfide, or both, wherein the slurry is maintained at a pH greater than 8 during separation, and wherein the oxidation reduction potential of the slurry is maintained between -430 mV and -480 mV. a) providing a slurry comprising molybdenite and one or more of copper sulfide and iron sulfide, wherein the pH of the slurry is greater than about 8.0 and less than about 11; b) adding an effective amount of a depressing reagent, wherein the depressing reagent is selected from one or more alkaline polysulfides, alkaline earth polysulfides, or a mixture thereof; and c) passing a gas through the slurry to separate material, recovering the molybdenite from a froth, wherein the polysulfide is effective at selectively depressing copper sulfide, iron sulfide, or both,
A power generation control apparatus comprising: first DC input terminals (101-1, 102-1) for inputting first DC power; a first noise filter (11-1) connected to the first DC input terminals (101-1, 102-1); second DC input terminals (101-2, 102-2) for inputting second DC power; and a second noise filter (11-2) connected to the second DC input terminals (101-2, 102-2); characterized in that the first noise filter (11-1) is connected to a ground and includes a first common mode noise filter comprising two capacitors (114-1, 115-1) having a first capacitance value, and the second noise filter (11-2) is connected to the ground and includes a second common mode noise filter comprising two capacitors (114-2, 115-2) having a second capacitance value different from the first capacitance value such that a frequency band of noise is dispersed. first DC input terminals (101-1, 102-1) for inputting first DC power; a first noise filter (11-1) connected to the first DC input terminals (101-1, 102-1); second DC input terminals (101-2, 102-2) for inputting second DC power; and a second noise filter (11-2) connected to the second DC input terminals (101-2, 102-2); characterized in that the first noise filter (11-1) is connected to a ground and includes a first common mode noise filter comprising two capacitors (114-1, 115-1) having a first capacitance value, and the second noise filter (11-2) is connected to the ground and includes a second common mode noise filter comprising two capacitors (114-2, 115-2) having a second capacitance value different from the first capacitance value such that a frequency band of noise is dispersed.
An immunoresponsive cell comprising: (a) an NKG2D polypeptide; (b) a fusion polypeptide comprising (i) a DNAX-activating 10 (DAP10) polypeptide, or a functional variant thereof and (ii) a DNAX-activating protein 12 (DAP12) polypeptide, or a functional variant thereof; and (c) a CXCR2 polypeptide. (a) an NKG2D polypeptide; (b) a fusion polypeptide comprising (i) a DNAX-activating 10 (DAP10) polypeptide, or a functional variant thereof and (ii) a DNAX-activating protein 12 (DAP12) polypeptide, or a functional variant thereof; and (c) a CXCR2 polypeptide.
A terminal comprising: a control section , wherein if transmission durations of a plurality of channel state information, CSI, reports overlap, then the control section is adapted to determine whether the plurality of CSI reports are multiplexed based on a report type of each CSI report and an uplink channel type used in transmission of each CSI report; and a transmitting section adapted to transmit at least one of the plurality of CSI reports, wherein if the plurality of CSI reports are CSI reports of the same type that utilize a Physical Uplink Control Channel, PUCCH, and if a multi CSI-PUCCH resource list is configured by a higher layer, then the control section is adapted to multiplex the plurality of CSI reports with a PUCCH resource configured by the multi-CSI-PUCCH resource list. a control section , wherein if transmission durations of a plurality of channel state information, CSI, reports overlap, then the control section is adapted to determine whether the plurality of CSI reports are multiplexed based on a report type of each CSI report and an uplink channel type used in transmission of each CSI report; and a transmitting section adapted to transmit at least one of the plurality of CSI reports, wherein if the plurality of CSI reports are CSI reports of the same type that utilize a Physical Uplink Control Channel, PUCCH, and if a multi CSI-PUCCH resource list is configured by a higher layer, then the control section is adapted to multiplex the plurality of CSI reports with a PUCCH resource configured by the multi-CSI-PUCCH resource list.
A preparation method for an electrospinning composition by preparation of a mixture comprising a catalyst and an anhydride and merging said mixture with a polymer solution comprising a functionalized polymer or copolymer, said functionalized polymer or copolymer having one or more epoxy ring, such that the epoxy:anhydride molar ratio in the electrospinning composition is within the range between 1:1 and 50:1, preferably within the range between 2:1 and 10:1, more preferably 4:1 and 6:1; and even more preferably within the range between 4.5:1 and 5.5:1.
A device comprising: an electrical interface for receiving a predetermined bandwidth of Ethernet traffic over four links (70-73), each link carrying an electrical signal at 20 Gbps; an optical interface for receiving a plurality of optical fibers (40-46); a modem configured to allocate the received predetermined bandwidth of Ethernet traffic into first and second optical portions; a first optical transceiver configured to transmit, via the optical interface, the first optical portion of Ethernet traffic over a first optical fiber at a first wavelength ( λ 1) and over a second optical fiber at a second wavelength ( λ 2); and a second optical transceiver configured to transmit, via the optical interface, the second optical portion of the Ethernet traffic over a third optical fiber at a third wavelength ( λ 3) and over a fourth optical fiber at a fourth wavelength ( λ 4), wherein the device is a Quad Small Form-factor Pluggable, QSFP, module. an electrical interface for receiving a predetermined bandwidth of Ethernet traffic over four links (70-73), each link carrying an electrical signal at 20 Gbps; an optical interface for receiving a plurality of optical fibers (40-46); a modem configured to allocate the received predetermined bandwidth of Ethernet traffic into first and second optical portions; a first optical transceiver configured to transmit, via the optical interface, the first optical portion of Ethernet traffic over a first optical fiber at a first wavelength ( λ 1) and over a second optical fiber at a second wavelength ( λ 2); and a second optical transceiver configured to transmit, via the optical interface, the second optical portion of the Ethernet traffic over a third optical fiber at a third wavelength ( λ 3) and over a fourth optical fiber at a fourth wavelength ( λ 4), wherein the device is a Quad Small Form-factor Pluggable, QSFP, module.
A method of operating an internal combustion engine comprising an engine block with a plurality of combustion cylinders and associated injectors, as well as a knock sensor mounted on the engine block , capable of generating a signal representative of vibrations of the engine block, wherein the fuel injection is controlled based on an injector opening characteristic determined by means of a determination method comprising: acquiring the knock sensor signal over a predetermined measurement window synchronized on an injection control signal; analyzing the sensor signal on the measurement window to: determine a first alternation of a first wave train; and determine the local maximum of the first alternation, wherein the injector opening characteristic is determined based on this local maximum, the knock sensor signal being configured for the acquisition in a frequency range corresponding to the vibrations caused by the actuation of the injector, the acquisition being in the frequency range 600 to 800 kHz. acquiring the knock sensor signal over a predetermined measurement window synchronized on an injection control signal; analyzing the sensor signal on the measurement window to: determine a first alternation of a first wave train; and determine the local maximum of the first alternation, determine a first alternation of a first wave train; and determine the local maximum of the first alternation, wherein the injector opening characteristic is determined based on this local maximum, the knock sensor signal being configured for the acquisition in a frequency range corresponding to the vibrations caused by the actuation of the injector, the acquisition being in the frequency range 600 to 800 kHz.