mhurhangee/patent-ind-claim-en huggingface dataset:
Lighting unit, comprising the following elements in this sequence - a transparent thermoplastic layer having a visible side and a side facing away from the visible side, wherein the transparent layer has a transmittance Ty of ≥ 10%, determined in accordance with DIN ISO 13468-2:2006 (D65, 10°), and has a 3-dimensionally structured surface on the side facing away from the visible side, - a metal layer directly on the transparent layer on the side facing away from the visible side, wherein the metal layer has a transmittance Ty of ≥ 4%, determined in accordance with DIN ISO 13468-2:2006 (D65, 10°), wherein the combined transmittance Ty of the metal layer with the transparent layer , determined in accordance with DIN ISO 13468-2:2006 (D65, 10°), is at least 3.0%, - a diffuser layer , which is at a distance of ≤ 5 mm from the metal layer and has a transmittance Ty of at least > 50%, determined in accordance with DIN ISO 13468-2:2006 (D65, 10°), and a half-value angle of 10° ≤< x ≤ 50°, determined in accordance with DIN 5036:1978 (based on the light intensity), - a light source , which conveys information and is at a distance from the diffuser layer of < 80 cm. - a transparent thermoplastic layer having a visible side and a side facing away from the visible side, wherein the transparent layer has a transmittance Ty of ≥ 10%, determined in accordance with DIN ISO 13468-2:2006 (D65, 10°), and has a 3-dimensionally structured surface on the side facing away from the visible side, the transparent layer has a transmittance Ty of ≥ 10%, determined in accordance with DIN ISO 13468-2:2006 (D65, 10°), and has a 3-dimensionally structured surface on the side facing away from the visible side, - a metal layer directly on the transparent layer on the side facing away from the visible side, wherein the metal layer has a transmittance Ty of ≥ 4%, determined in accordance with DIN ISO 13468-2:2006 (D65, 10°), wherein the combined transmittance Ty of the metal layer with the transparent layer , determined in accordance with DIN ISO 13468-2:2006 (D65, 10°), is at least 3.0%, - a diffuser layer , which is at a distance of ≤ 5 mm from the metal layer and has a transmittance Ty of at least > 50%, determined in accordance with DIN ISO 13468-2:2006 (D65, 10°), and a half-value angle of 10° ≤< x ≤ 50°, determined in accordance with DIN 5036:1978 (based on the light intensity), - a light source , which conveys information and is at a distance from the diffuser layer of < 80 cm.
A negative active material comprising a silicon-based alloy, wherein the silicon-based alloy comprises silicon (Si); a first metal (M 1 ); and an additional element (A); the first metal (M 1 ) is selected from aluminium (Al), titanium (Ti), vanadium (V), chromium (Cr), iron (Fe), cobalt (Co), nickel (Ni), copper (Cu), zinc (Zn), gallium (Ga), and germanium (Ge); the additional element (A) is at least one selected from carbon (C), boron (B), sodium (Na), nitrogen (N), phosphorous (P), sulfur (S), and chlorine (CI); the additional element (A) is in the silicon-based alloy and on surfaces of the silicon-based alloy; and characterized in that an internal porosity of the silicon-based alloy is 24% to 35%, wherein the porosity is determined by Mathematical Equation 1: I ⁢ nternal porosity of the silicon - based alloy % = 1 − density of the alloy measured under a pressure of 20 kN true density of the alloy × 100 wherein the density of the alloy under a pressure of about 20 kN is measured using a conductivity measurement system under a pressure of about 20kN, and wherein the true density of the alloy is measured using a gas pycnometer.
An apparatus comprising: a first network interface configured to receive a packet via a packet-switched network , the packet including primary coding of a first audio frame and redundant coding of a second audio frame; a processor configured to generate a modified packet that includes one or more bits that indicate signaling information, the signaling information indicating which of the primary coding and the redundant coding is to be decoded; and a second network interface configured to transmit the modified packet via a circuit-switched network . a first network interface configured to receive a packet via a packet-switched network , the packet including primary coding of a first audio frame and redundant coding of a second audio frame; a processor configured to generate a modified packet that includes one or more bits that indicate signaling information, the signaling information indicating which of the primary coding and the redundant coding is to be decoded; and a second network interface configured to transmit the modified packet via a circuit-switched network .
The upholstered furniture headrest lifting mechanism is provided with an electric motor and it consists of a top bracket in the shape of the letter "C" having two tabs , each with an opening and at the ends of the top bracket there are lower tabs perpendicular to it and pointing downwards, wherein the motor is attached to the top bracket , which in its lower part is attached to a punched bracket , wherein at one end of the top bracket a tie-rod is attached together with its movable extension and the longer arm of the extension has a right-angle bent surface to which support flat bar is attached and the longer arm of the extension is connected to the tie-rod using a friction or ratchet joint , and wherein the tie-rod is fixed axially to top bracket , while to one lower tab of the top bracket a sliding slider is fixed, which has fixing holes and a pin , on which a plastic profiled slider is fixed in pivotable and non-moving manner, placed in the guide , wherein at the other end of the top bracket an analogous movable extension is fixed via a tie-rod and a sliding slider in a mirror-image surrounding guide .
A method of forming a tube for a heat exchanger comprising: advancing an expansion tool into a tube a first time; engaging a bullet of the expansion tool with the tube to expand the tube diametrically at least partially along a length of the tube to form an interference fit of the tube with fins of the heat exchanger; and at least partially retracting the expansion tool from the tube ; characterised by : advancing the expansion tool into the tube one or more subsequent times; and once the expansion of the tube by the bullet is complete, continuing a stroke of the expansion tool and engaging a bell tool portion of the expansion tool with a tube end of the tube to further expand the tube end in order for the tube end to receive a return bend. advancing an expansion tool into a tube a first time; engaging a bullet of the expansion tool with the tube to expand the tube diametrically at least partially along a length of the tube to form an interference fit of the tube with fins of the heat exchanger; and at least partially retracting the expansion tool from the tube ; characterised by : advancing the expansion tool into the tube one or more subsequent times; and once the expansion of the tube by the bullet is complete, continuing a stroke of the expansion tool and engaging a bell tool portion of the expansion tool with a tube end of the tube to further expand the tube end in order for the tube end to receive a return bend. advancing the expansion tool into the tube one or more subsequent times; and once the expansion of the tube by the bullet is complete, continuing a stroke of the expansion tool and engaging a bell tool portion of the expansion tool with a tube end of the tube to further expand the tube end in order for the tube end to receive a return bend.
An electronic apparatus comprising: a communicator ; an image capturer configured to acquire a capture image of a display apparatus comprising a screen ; and a processor configured to: identify a screen area of the screen , within the capture image ; sample a plurality of patch images , each of which having a predetermined unit size, from a background area outside the screen area within the capture image ; generate a screen image to be displayed on the screen by arranging the sampled patch images in the identified screen area ; and control the communicator to transmit the screen image to the display apparatus . a communicator ; an image capturer configured to acquire a capture image of a display apparatus comprising a screen ; and a processor configured to: identify a screen area of the screen , within the capture image ; sample a plurality of patch images , each of which having a predetermined unit size, from a background area outside the screen area within the capture image ; generate a screen image to be displayed on the screen by arranging the sampled patch images in the identified screen area ; and control the communicator to transmit the screen image to the display apparatus . identify a screen area of the screen , within the capture image ; sample a plurality of patch images , each of which having a predetermined unit size, from a background area outside the screen area within the capture image ; generate a screen image to be displayed on the screen by arranging the sampled patch images in the identified screen area ; and control the communicator to transmit the screen image to the display apparatus .
A lithotripsy device , comprising: an ablation device configured to deliver ablation energy to a treatment site ; a probe device configured to deliver excitation radiation to the treatment site , the excitation radiation being different from the ablation energy , wherein the probe device is configured to emit the excitation radiation in a pulsed manner; a radiation-receiving device configured to receive photoluminescence radiation emitted from the treatment site in response to being illuminated by the excitation radiation and to generate a detection signal in response to the received photoluminescence radiation , wherein the radiation-receiving device includes a device for phase sensitive detection of the received photoluminescence radiation ; and a controller configured to determine one or more parameters based on the received photoluminescence radiation . an ablation device configured to deliver ablation energy to a treatment site ; a probe device configured to deliver excitation radiation to the treatment site , the excitation radiation being different from the ablation energy , wherein the probe device is configured to emit the excitation radiation in a pulsed manner; a radiation-receiving device configured to receive photoluminescence radiation emitted from the treatment site in response to being illuminated by the excitation radiation and to generate a detection signal in response to the received photoluminescence radiation , wherein the radiation-receiving device includes a device for phase sensitive detection of the received photoluminescence radiation ; and a controller configured to determine one or more parameters based on the received photoluminescence radiation .
An isolated Pichia host cell lacking functional CRZ1 polypeptide of SEQ ID NO: 3 comprising a heterologous polynucleotide that encodes a heterologous polypeptide, wherein the heterologous polypeptide is an immunoglobulin.
A computer-implemented method for searching for programs associated with an executed program from a database and for displaying the found programs on the electronic device that executes the program, the method comprising: creating an object representing an implicit call; providing a plurality of programs to the created object; determining a first program among the plurality of programs; executing the first program when the object is selected; and providing at least one second program of the plurality of programs during executing of the first program, wherein the object is an icon, the implicit call includes information about characteristics of a program to be executed and the plurality of programs are provided based on the information about a program to be executed included in the implicit call. creating an object representing an implicit call; providing a plurality of programs to the created object; determining a first program among the plurality of programs; executing the first program when the object is selected; and providing at least one second program of the plurality of programs during executing of the first program, wherein the object is an icon, the implicit call includes information about characteristics of a program to be executed and the plurality of programs are provided based on the information about a program to be executed included in the implicit call.
A method for generating dried bacterially synthesized nanocellulose non-woven sheets (non-woven BNC sheets), wherein the non-woven BNC sheet is subjected to the adsorbing influence of a humidity binder and subsequently to its adsorbing influence it is dried, wherein as humidity binder an osmotically and/or hygroscopically effective solution is used, characterized in that the humidity binding solution is used in a concentration of osmotically active and/or hygroscopic substances of 0.01 % up to the saturation concentration and that the non-woven BNC sheet to be subjected to the adsorbing influence of the humidity binding solution is immersed into the humidity binding solution or the humidity binding solution is sprayed, dropped, brushed or poured onto it.
A virtual hair coloration system, comprising: a projector configured to project digital content including projectable hair color content onto the user's hair; and a dynamic mapping unit (24; 30) operably coupled to the projector, wherein the dynamic mapping unit is configured to establish a dynamic correspondence between pixels of the projector and features of the user's hair, wherein the dynamic correspondence between the pixels of the projector and features of the user's hair is a first dynamic correspondence, wherein the dynamic mapping unit (24;30) is configured to establish a second dynamic correspondence between the pixels of the projector and features of the user's face, characterized in that the virtual hair coloration system is configured to: - partition a digital representation of a user's head into a plurality of hair segments and generate a virtual coloration segmentation mask, and - generate said projectable hair color content based at least on input associated with the plurality of hair segments, wherein said projectable hair color content includes instructions for applying hair coloring. a projector configured to project digital content including projectable hair color content onto the user's hair; and a dynamic mapping unit (24; 30) operably coupled to the projector, wherein the dynamic mapping unit is configured to establish a dynamic correspondence between pixels of the projector and features of the user's hair, wherein the dynamic correspondence between the pixels of the projector and features of the user's hair is a first dynamic correspondence, wherein the dynamic mapping unit (24;30) is configured to establish a second dynamic correspondence between the pixels of the projector and features of the user's face, characterized in that the virtual hair coloration system is configured to: - partition a digital representation of a user's head into a plurality of hair segments and generate a virtual coloration segmentation mask, and - generate said projectable hair color content based at least on input associated with the plurality of hair segments, wherein said projectable hair color content includes instructions for applying hair coloring. - partition a digital representation of a user's head into a plurality of hair segments and generate a virtual coloration segmentation mask, and - generate said projectable hair color content based at least on input associated with the plurality of hair segments, wherein said projectable hair color content includes instructions for applying hair coloring.
Floor cleaning robot comprising: - a lower face arranged to face a floor to be cleaned; - a suction slot arranged in the lower face ; - a rotating brush arranged in the suction slot ; - suction means arranged to create a suction flow in the suction slot ; wherein the cleaning robot comprises sealing means arranged between the lower face and the floor to be cleaned, in an area located between the suction slot and a periphery of the lower face , so as to at least partially close off a leakage path of the suction flow, characterised in that the sealing means comprising flaps defining a plurality of passage openings toward the suction slot , the flaps forming guide walls toward the passage openings , to guide impurities resting on the floor to be cleaned toward the passage openings , when the cleaning robot is in motion. - a lower face arranged to face a floor to be cleaned; - a suction slot arranged in the lower face ; - a rotating brush arranged in the suction slot ; - suction means arranged to create a suction flow in the suction slot ; wherein the cleaning robot comprises sealing means arranged between the lower face and the floor to be cleaned, in an area located between the suction slot and a periphery of the lower face , so as to at least partially close off a leakage path of the suction flow, characterised in that the sealing means comprising flaps defining a plurality of passage openings toward the suction slot , the flaps forming guide walls toward the passage openings , to guide impurities resting on the floor to be cleaned toward the passage openings , when the cleaning robot is in motion.
An aerosol generating article comprising: a combustible carbonaceous heat source ; an aerosol-forming substrate ; and a thermal indicator provided on an outer surface of the aerosol-generating article downstream of the combustible carbonaceous heat source , wherein the thermal indicator comprises at least one reversible thermochromic material that undergoes a first reversible visible colour change when the temperature of the thermal indicator rises to a first switching temperature and a second reversible visible colour change when the temperature of the thermal indicator falls to a second switching temperature, wherein the first switching temperature is below about 80°C and the second switching temperature is lower than or equal to the first switching temperature. a combustible carbonaceous heat source ; an aerosol-forming substrate ; and a thermal indicator provided on an outer surface of the aerosol-generating article downstream of the combustible carbonaceous heat source , wherein the thermal indicator comprises at least one reversible thermochromic material that undergoes a first reversible visible colour change when the temperature of the thermal indicator rises to a first switching temperature and a second reversible visible colour change when the temperature of the thermal indicator falls to a second switching temperature, wherein the first switching temperature is below about 80°C and the second switching temperature is lower than or equal to the first switching temperature.
A multi-logic device system , comprising: a primary logic device , said primary logic device having the highest design assurance level in the multi-logic system and being more resilient to single event effects; one or more secondary logic devices , having power supply units , said one or more secondary logic devices having an assurance level not higher than the assurance level of the primary logic device and being more susceptible to single event effects; wherein the primary logic device is configured to run, for each secondary logic device, a respective watchdog timer, wherein each watchdog timer is restarted upon receipt of a restart signal from the respective secondary logic device; wherein the primary logic device is configured, in response to a watchdog timer timing out, to identify and reset the secondary logic device corresponding to the timed out watchdog timer; the multi-logic device system being characterised in that there is a plurality of secondary logic devices, grouped by design assurance level, wherein secondary logic devices having the same design assurance level share a same power supply unit. a primary logic device , said primary logic device having the highest design assurance level in the multi-logic system and being more resilient to single event effects; one or more secondary logic devices , having power supply units , said one or more secondary logic devices having an assurance level not higher than the assurance level of the primary logic device and being more susceptible to single event effects; wherein the primary logic device is configured to run, for each secondary logic device, a respective watchdog timer, wherein each watchdog timer is restarted upon receipt of a restart signal from the respective secondary logic device; wherein the primary logic device is configured, in response to a watchdog timer timing out, to identify and reset the secondary logic device corresponding to the timed out watchdog timer; the multi-logic device system being characterised in that there is a plurality of secondary logic devices, grouped by design assurance level, wherein secondary logic devices having the same design assurance level share a same power supply unit.
Gaiter for massaging and treating a limb of a living being, comprising: a support intended to be fixed around a portion of said limb and extending axially along the portion of the limb when fixed; a connection element for delivery of a fluid and/or gas into the support ; and an inner wall arranged concentrically with the support and comprising a plurality of nozzles in fluidic communication with the connection element , said plurality of nozzles being arranged radially and axially on the inner wall ; characterized in that the gaiter additionally comprises a fixing device mounted at each of the ends of the support and extending radially from the support in such a way that, when the support is fixed around said portion , the radial distance between the inner wall and said portion is between 1 cm and 20 cm, in such a way that the fluid and/or gas is directed radially towards the limb portion . a support intended to be fixed around a portion of said limb and extending axially along the portion of the limb when fixed; a connection element for delivery of a fluid and/or gas into the support ; and an inner wall arranged concentrically with the support and comprising a plurality of nozzles in fluidic communication with the connection element , said plurality of nozzles being arranged radially and axially on the inner wall ; characterized in that the gaiter additionally comprises a fixing device mounted at each of the ends of the support and extending radially from the support in such a way that, when the support is fixed around said portion , the radial distance between the inner wall and said portion is between 1 cm and 20 cm, in such a way that the fluid and/or gas is directed radially towards the limb portion .
A method for producing an implant from interstitial, connective or supporting tissue, the method comprising at least one step of perfusing the tissue with at least one decellularisation medium under negative pressure, and further comprising of at least one washing step after the or each perfusion step, wherein the entire decellularisation process is performed under negative pressure of no more than 0.5 kPa.
A therapeutic agent for an ophthalmic disease comprising a vascular endothelial growth factor (VEGF) receptor inhibitor in a nanoparticle form, wherein the VEGF receptor inhibitor is a compound represented by formula (II): or a pharmaceutically acceptable salt thereof, or a hydrate or a solvate of the compound or the salt, wherein the therapeutic agent for the ophthalmic disease is in the form of eye drops.