mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving at least one indication identifying a first carrier bundle, the first carrier bundle comprising a first plurality of carriers, the first plurality of carriers being a proper subset of the carriers configured for a user equipment, UE ; and transmitting or receiving a first transport block, TB, over the first carrier bundle ;wherein the at least one indication identifies a second carrier bundle including at least one carrier of the carriers configured for the UE, the method further comprising: transmitting or receiving a second TB over the second carrier bundle; wherein the first carrier bundle and the second carrier bundle share at least one common carrier; wherein a first hybrid automatic repeat request, HARQ, process is associated with the first TB and a second HARQ process, different from the first HARQ process, is associated with the second TB. receiving at least one indication identifying a first carrier bundle, the first carrier bundle comprising a first plurality of carriers, the first plurality of carriers being a proper subset of the carriers configured for a user equipment, UE ; and transmitting or receiving a first transport block, TB, over the first carrier bundle ;wherein the at least one indication identifies a second carrier bundle including at least one carrier of the carriers configured for the UE, the method further comprising: transmitting or receiving a second TB over the second carrier bundle; wherein the first carrier bundle and the second carrier bundle share at least one common carrier; transmitting or receiving a second TB over the second carrier bundle; wherein the first carrier bundle and the second carrier bundle share at least one common carrier;
A manager apparatus for use in an electrical utility meter , wherein the electrical utility meter comprises a first measurement sensor configured to measure a first electrical property and a monitor module configured to determine an estimate of a transfer function of the first measurement sensor, wherein the manager apparatus is configured to: output a first control instruction for instructing the monitor module to determine an estimate of the transfer function of the first measurement sensor over a first individual run length of time; obtain a first monitor result from the monitor module, the monitor result comprising: the estimate of the transfer function of the first measurement sensor, and a certainty value indicative of the accuracy of the estimate of the transfer function of the first sensor; and generate, based at least in part on the first monitor result, a report indicative of a change in accuracy of the electrical utility meter. output a first control instruction for instructing the monitor module to determine an estimate of the transfer function of the first measurement sensor over a first individual run length of time; obtain a first monitor result from the monitor module, the monitor result comprising: the estimate of the transfer function of the first measurement sensor, and a certainty value indicative of the accuracy of the estimate of the transfer function of the first sensor; and generate, based at least in part on the first monitor result, a report indicative of a change in accuracy of the electrical utility meter.
A steam cleaning apparatus comprising: a cleaning head movable along a floor surface; a handle operably coupled with the cleaning head and movable between an upright parked position and a reclined use position; a supply tank adapted to hold a quantity of liquid; a steam generator in fluid communication with the supply tank and configured to heat liquid to at least 100°C to generate steam; a steam outlet in fluid communication with the steam generator and positioned to distribute steam to the floor surface; a steam distribution path between the steam generator and the steam outlet ; and characterized by a diverter in the steam distribution path and configured to divert steam away from the steam outlet when the handle is in the upright parked position and to deliver steam to the steam outlet when the handle is in the reclined use position. a cleaning head movable along a floor surface; a handle operably coupled with the cleaning head and movable between an upright parked position and a reclined use position; a supply tank adapted to hold a quantity of liquid; a steam generator in fluid communication with the supply tank and configured to heat liquid to at least 100°C to generate steam; a steam outlet in fluid communication with the steam generator and positioned to distribute steam to the floor surface; a steam distribution path between the steam generator and the steam outlet ; and characterized by a diverter in the steam distribution path and configured to divert steam away from the steam outlet when the handle is in the upright parked position and to deliver steam to the steam outlet when the handle is in the reclined use position.
A nanopore sensor comprising: a support structure separating a first fluidic chamber from a second fluidic chamber at least one nanopore disposed in the support structure with an inlet of the at least one nanopore fluidically connected to the first fluidic chamber and an outlet of the at least one nanopore fluidically connected to the second fluidic chamber; and a protein shuttle which comprises an electrically charged protein molecule, wherein the electrically charged protein molecule has a radial extent that is at least as large as a smallest diameter of a lumen of the at least one nanopore; wherein the protein shuttle further comprises at least one linking species , wherein the linking species is attached to the protein molecule and is configured to link the protein shuttle to at least one target molecule ; wherein the electrically charged protein molecule is configured to be electrically driven into and trapped within the at least one nanopore. a support structure separating a first fluidic chamber from a second fluidic chamber at least one nanopore disposed in the support structure with an inlet of the at least one nanopore fluidically connected to the first fluidic chamber and an outlet of the at least one nanopore fluidically connected to the second fluidic chamber; and a protein shuttle which comprises an electrically charged protein molecule, wherein the electrically charged protein molecule has a radial extent that is at least as large as a smallest diameter of a lumen of the at least one nanopore; wherein the protein shuttle further comprises at least one linking species , wherein the linking species is attached to the protein molecule and is configured to link the protein shuttle to at least one target molecule ; wherein the electrically charged protein molecule is configured to be electrically driven into and trapped within the at least one nanopore.
A process for separating E-1,2,3,3,3-pentafluoropropene from a first mixture comprising E-1,2,3,3,3-pentafluoropropene and Z-1,2,3,3,3-pentafluoropropene, comprising the steps of: a contacting said first mixture with at least one extractive agent, to form a second mixture, distilling said second mixture, and b. recovering E-1,2,3,3,3-pentafluoropropene essentially free of Z-1 ,2,3,3,3-pentafluoropropene. a contacting said first mixture with at least one extractive agent, to form a second mixture, distilling said second mixture, and b. recovering E-1,2,3,3,3-pentafluoropropene essentially free of Z-1 ,2,3,3,3-pentafluoropropene.
A composition for use in the treatment or prevention of urogenital infections caused by pathogenic microorganisms in a female subject, wherein the composition has a pH from 4.3 to 4.6, if solid after dissolution/suspension to a volume of 3 ml, and wherein the composition comprises the following ingredients per single dosage: i) Ca-lactate pentahydrate: 30-90, preferably 60 mg, ii) Dibasic magnesium citrate: 15-45, preferably 30 mg, iii) Prebiotic fiber: 15-150, preferably 100 mg, iv) Glutamic acid: 20-60, preferably 40 mg, v) Cystine or Thiosulfate: 10-50, preferably 30 mg, and vi) Excipients ad 400-1100 mg: q.s. wherein the treatment or prevention comprises administering the composition intravaginally to the subject, for stabilizing the acidity of the vaginal fluid of the subject at the physiological value around pH 4.5 or lower. i) Ca-lactate pentahydrate: 30-90, preferably 60 mg, ii) Dibasic magnesium citrate: 15-45, preferably 30 mg, iii) Prebiotic fiber: 15-150, preferably 100 mg, iv) Glutamic acid: 20-60, preferably 40 mg, v) Cystine or Thiosulfate: 10-50, preferably 30 mg, and vi) Excipients ad 400-1100 mg: q.s.
An atomizing component for an electronic cigarette, comprising: a porous base having an atomization surface ; a first coated film formed on the atomization surface ; and a second coated film formed on the first coated film ; wherein at least one of the first coated film and the second coated film is configured to generate heat when energized; characterized by further comprising a thermal isolation layer formed between the first coated film and the porous base , wherein the thermal isolation layer is configured to protect the porous base . a porous base having an atomization surface ; a first coated film formed on the atomization surface ; and a second coated film formed on the first coated film ; wherein at least one of the first coated film and the second coated film is configured to generate heat when energized; characterized by further comprising a thermal isolation layer formed between the first coated film and the porous base , wherein the thermal isolation layer is configured to protect the porous base .
A device suitable for intraocular administration of a substance, such as a medication, into a human or animal eye by means of a hypodermic needle , comprising a support element to be placed on the eye as well as directing means for orienting the hypodermic needle relative to the eye, the support element comprises a support surface to be placed on the eye, wherein the support surface defines an elliptical configuration, characterized in that said elliptical configuration of the support element exhibits an intermittent elliptical configuration being formed of at least two elliptical oriented support element parts (12a-12b), each elliptical oriented support element part (12a-12b) having an elongated extending contact surface structured for placement on the eye and wherein at least one of the elliptical oriented support element parts (12a-12b) is provided with at least one bore passing through the elliptical oriented support element part and exiting in the contact surface thereof, through which bore the hypodermic needle can be passed.
A cutting blade for lawnmower, comprising a central portion for attachment to a hub of the lawnmower, and at least two side cutting portions , each side cutting portion comprises at least a first cutting end member and a second cutting end member able to define at least one cutting end bifurcation contained in each side cutting portion , the cutting blade further comprises an intermediate cutting member between the central portion and the at least two side cutting portions , said intermediate cutting member has an inclined surface with respect to the central portion , comprises a first edge able to cut, raised with respect to a horizontal plane on which the central portion lies, and a second edge opposite to said first edge , the inclined surface connecting said first edge and second edge , the first cutting end member comprises an outer edge able to cut, which develops continuously, by means of a possibly cutting connecting edge starting from the first edge of the intermediate cutting member , the second cutting end member comprises an inner edge able to cut, characterized in that the outer edge is lowered with respect to the first edge of the intermediate cutting member and with respect to the horizontal plane on which the central portion lies, the inner edge is raised with respect to the horizontal plane on which the central portion lies, the second edge is lowered with respect to the horizontal plane on which the central portion lies.
A printer apparatus comprising: a platen roller ; a printer head which is a thermal head for performing a printing on a recording paper; a recording paper guide fixed to a part of a front surface of the printer head that guides the recording paper; and a heat radiation plate mounted to a rear surface of the printer head ; wherein the recording paper guide includes a first engaging member , wherein the heat radiation plate includes a second engaging member , characterized in that the second engaging member includes side projecting parts provided on each side of the heat radiation plate , and a bottom projecting part provided on a bottom of the heat radiation plate, that the first engaging member includes hook parts each corresponding to one of the side projecting parts , respectively, and an engagement part corresponding to the bottom projecting part , and that the printer head , the recording paper guide and the heat radiation plate form an integrated body by hooking the hook parts to the side projecting parts and engaging the engagement part to the bottom projecting part with the thermal head being sandwiched between the heat radiation plate and the recording paper guide . a platen roller ; a printer head which is a thermal head for performing a printing on a recording paper; a recording paper guide fixed to a part of a front surface of the printer head that guides the recording paper; and a heat radiation plate mounted to a rear surface of the printer head ; wherein the recording paper guide includes a first engaging member , wherein the heat radiation plate includes a second engaging member , characterized in that the second engaging member includes side projecting parts provided on each side of the heat radiation plate , and a bottom projecting part provided on a bottom of the heat radiation plate, that the first engaging member includes hook parts each corresponding to one of the side projecting parts , respectively, and an engagement part corresponding to the bottom projecting part , and that the printer head , the recording paper guide and the heat radiation plate form an integrated body by hooking the hook parts to the side projecting parts and engaging the engagement part to the bottom projecting part with the thermal head being sandwiched between the heat radiation plate and the recording paper guide .
A plastic card printer , comprising: a card input through which a plastic card is input for printing; a printhead that is configured to print onto the plastic card, the printhead is movable between a printing position at which the printhead can print onto the plastic card and a non-printing position at which the printhead cannot print onto the plastic card; wherein the printhead is a thermal printhead with a dot row ; and further comprising a print ribbon associated with the printhead; a printhead guard associated with the printhead, the printhead guard is movable between a covering position where the printhead guard covers the printhead and a non-covering position where the printhead guard does not cover the printhead; wherein the printhead guard is at the covering position when the printhead is at the non-printing position, and the printhead guard is at the non-covering position when the printhead is at the printing position. a card input through which a plastic card is input for printing; a printhead that is configured to print onto the plastic card, the printhead is movable between a printing position at which the printhead can print onto the plastic card and a non-printing position at which the printhead cannot print onto the plastic card; wherein the printhead is a thermal printhead with a dot row ; and further comprising a print ribbon associated with the printhead; a printhead guard associated with the printhead, the printhead guard is movable between a covering position where the printhead guard covers the printhead and a non-covering position where the printhead guard does not cover the printhead; wherein the printhead guard is at the covering position when the printhead is at the non-printing position, and the printhead guard is at the non-covering position when the printhead is at the printing position.
A method of inspecting a substrate with a component mounted thereon, comprising: obtaining at least one of a two-dimensional image of the substrate and a three-dimensional shape of the substrate, wherein the three-dimensional shape is measured by irradiating a pattern image toward the substrate through at least one illumination unit and by taking a reflected image through an imaging unit; characterised in that the method further comprises extracting a shield region from at least one of the two-dimensional image and the three-dimensional shape, wherein the shield region corresponds to such a region that the mounting state of the component is hid by an edge portion of a shield for improving electromagnetic wave shielding function; and inspecting a component mounting defect in an area excluding the shield region. obtaining at least one of a two-dimensional image of the substrate and a three-dimensional shape of the substrate, wherein the three-dimensional shape is measured by irradiating a pattern image toward the substrate through at least one illumination unit and by taking a reflected image through an imaging unit; characterised in that the method further comprises extracting a shield region from at least one of the two-dimensional image and the three-dimensional shape, wherein the shield region corresponds to such a region that the mounting state of the component is hid by an edge portion of a shield for improving electromagnetic wave shielding function; and inspecting a component mounting defect in an area excluding the shield region.
Electrosurgical device with a socket insert for an electrosurgical device, wherein the socket insert comprises: - a front plate , which has at least one plug opening , - first and second side walls , which are connected to the front plate and bound a receiving space for electronic components, and - at least one latching means , which is connected to the first side wall and can be transferred from a locking position into an unlocking position, wherein at least the first side wall has a guide channel , which forms an access opening in the front plate and through which the latching means can be actuated for unlocking, wherein an axially displaceable actuating rod is arranged in the guide channel , and wherein a first end of the actuating rod is designed for unlocking the latching means and can be moved out of the guide channel . - a front plate , which has at least one plug opening , - first and second side walls , which are connected to the front plate and bound a receiving space for electronic components, and - at least one latching means , which is connected to the first side wall and can be transferred from a locking position into an unlocking position,
Receptacle having several inner pockets for accommodating objects in each case equipped with an RFID or NFC chip, wherein the receptacle is provided on at least two surfaces which enclose at least one of the several inner pockets with in each case an electrically conductive layer , so that the at least one of the several inner pockets is shielded from electromagnetic radio waves through the at least two surfaces , characterised in that the electrically conductive layer is a multilayered layer which comprises several layers with aluminium and in each case an interposed polyester layer.
A packaging material for a transparent device, comprising: a primary ingredient consisting of a rare earth metal oxide, zinc oxide, aluminum oxide and silicon dioxide; and an adhesive for adhering the primary ingredient, wherein the rare earth metal oxide has a primary adsorption wavelength within a wavelength range of infrared or ultraviolet light, wherein the rare earth metal oxide is a lanthanide metal oxide. a primary ingredient consisting of a rare earth metal oxide, zinc oxide, aluminum oxide and silicon dioxide; and an adhesive for adhering the primary ingredient, wherein the rare earth metal oxide has a primary adsorption wavelength within a wavelength range of infrared or ultraviolet light, wherein the rare earth metal oxide is a lanthanide metal oxide.
A method of determining a separation distance between a first object and a second object where each of the first and second objects has a respective transponder with a respective unique address, the method comprising the steps of: transmitting a search signal on a first frequency from the transponder of the first object , said search signal including the address of the transponder of the first object and the address of the transponder of the second object , the search signal being for receipt and processing at the transponder of the second object to locally validate one or both of the addresses included in said search signal; receiving on a second, different frequency, at the transponder of the first object , a reply signal transmitted by the transponder of the second object if the validation is positive; and processing said received reply signal at the transponder of the first object to determine the separation distance between the first object and the second object based on a time taken from transmission of the search signal to receipt of the reply signal at said transponder of the first object ; wherein the transponder of the first object sends first and second successive search signals, each of said first and second successive search signals being transmitted in a respective predetermined search repetition period and repeating the process for a next target address from a stored list of addresses ; and wherein the second successive search signal includes the determined separation distance between the first object and the second object . transmitting a search signal on a first frequency from the transponder of the first object , said search signal including the address of the transponder of the first object and the address of the transponder of the second object , the search signal being for receipt and processing at the transponder of the second object to locally validate one or both of the addresses included in said search signal; receiving on a second, different frequency, at the transponder of the first object , a reply signal transmitted by the transponder of the second object if the validation is positive; and processing said received reply signal at the transponder of the first object to determine the separation distance between the first object and the second object based on a time taken from transmission of the search signal to receipt of the reply signal at said transponder of the first object ; wherein the transponder of the first object sends first and second successive search signals, each of said first and second successive search signals being transmitted in a respective predetermined search repetition period and repeating the process for a next target address from a stored list of addresses ; and wherein the second successive search signal includes the determined separation distance between the first object and the second object .