mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic swimming pool cleaner defining a front region and comprising: a. a body ; b. an electric motor ; c. motive means driven by the electric motor; d. a filter (i) configured to be positioned at least partially in the body , (ii) comprising a handle located in the front region , and (iii) removable from the body by grasping and pulling the handle ; characterised by further comprising: e. electronics for communicating with a device external to the automatic pool cleaner , wherein the automatic swimming pool cleaner is configured to climb a wall (VW) of a swimming pool (SP) by itself, in response to receiving a signal from the device external to the automatic pool cleaner . a. a body ; b. an electric motor ; c. motive means driven by the electric motor; d. a filter (i) configured to be positioned at least partially in the body , (ii) comprising a handle located in the front region , and (iii) removable from the body by grasping and pulling the handle ; characterised by further comprising: e. electronics for communicating with a device external to the automatic pool cleaner , wherein the automatic swimming pool cleaner is configured to climb a wall (VW) of a swimming pool (SP) by itself, in response to receiving a signal from the device external to the automatic pool cleaner . e. electronics for communicating with a device external to the automatic pool cleaner , wherein the automatic swimming pool cleaner is configured to climb a wall (VW) of a swimming pool (SP) by itself, in response to receiving a signal from the device external to the automatic pool cleaner .
Pneumatic vehicle tyre having a tread with at least one profile rib encircling in the circumferential direction and having a rib outer surface situated on the tread periphery, wherein, in the profile rib , starting from the rib outer surface , there are formed closed depressions which are spaced apart from one another in the circumferential direction and which, in plan view, each have the shape of an oblong hole or of an elongated rectangle, wherein, as seen in plan view, each depression extends in the circumferential direction or relative thereto at an angle of up to ± 30°, and has a maximum depth (t 1 ) of 80% to 100% of the profile depth as determined in the radial direction and, in each case on the rib outer surface , a constant width (b 1 ) and a length (l 1 ) of at least 200% of the width (b 1 ) and of most 50.0 mm, characterized in that the width (b 1 ) of the depression is from 2.0 mm to 4.0 mm, wherein the depression has formed therein a step-shaped projection which runs round a groove-shaped, radially inner depression portion of the depression .
A method performed by a terminal in a communication system, the method comprising identifying a bearer associated with the terminal; determining whether the bearer associated with the terminal is needed to be deactivated in order to request an emergency bearer; deactivating the bearer locally, in case that the bearer is needed to be deactivated; and transmitting, to a mobility management entity , a first message comprising information on a status of the bearer, in case that the bearer is deactivated locally; or transmitting, to the mobility management entity, a second message including an identity of the bearer for requesting a deactivation of the bearer, in case that the bearer is needed to be deactivated and the bearer is not deactivated locally, wherein the information on the status of the bearer is set to inactive based on a result of the determination, and wherein the first message further includes information on a status of at least one other bearer set to not inactive. deactivating the bearer locally, in case that the bearer is needed to be deactivated; and transmitting, to a mobility management entity , a first message comprising information on a status of the bearer, in case that the bearer is deactivated locally; or transmitting, to the mobility management entity, a second message including an identity of the bearer for requesting a deactivation of the bearer, in case that the bearer is needed to be deactivated and the bearer is not deactivated locally,
A method for transmitting control information by a base station in a long term evolution, LTE, system, the method comprising: transmitting an enhanced physical downlink control channel, E-PDCCH, to a user equipment , using at least one or more physical resource block, PRB, pairs among a plurality of PRB pairs for E-PDCCH transmission, wherein a parameter for determining an initial value of a scrambling sequence needed to generate the demodulation reference signal, DMRS, for the E-PDCCH is configured with respect to the plurality of PRB pairs, and wherein the parameter for determining the initial value of the scrambling sequence is transmitted to the user equipment through higher layer signaling. transmitting an enhanced physical downlink control channel, E-PDCCH, to a user equipment , using at least one or more physical resource block, PRB, pairs among a plurality of PRB pairs for E-PDCCH transmission, wherein a parameter for determining an initial value of a scrambling sequence needed to generate the demodulation reference signal, DMRS, for the E-PDCCH is configured with respect to the plurality of PRB pairs, and wherein the parameter for determining the initial value of the scrambling sequence is transmitted to the user equipment through higher layer signaling.
A system configured to apply an in vivo force to a stone in a body, the system comprising a. a central processing unit (CPU) ; b. a pushing ultrasound transducer ; c. a user interface (76-78); and d. an imaging apparatus configured to locate said stone for the application of pushing ultrasound, by the use of imaging Doppler or B-mode ultrasound, and wherein the frequency of said imaging ultrasound is in the range of 1-5 MHz; wherein each of said pushing ultrasound transducer and user interface (76-78) are operatively connected through said central processing unit , said pushing ultrasound transducer being configured to apply pushing ultrasound waves to said stone, said pushing ultrasound waves having an I SPTA > 3 W/cm 2 , and a frequency in the range of 0.25-5 MHz, wherein said pushing ultrasound transducer and said imaging apparatus are configured as one transducer; characterized in that the system is configured to interleave imaging pulses from the imaging apparatus within pushing pulses from the pushing ultrasound transducer for real time imaging. a. a central processing unit (CPU) ; b. a pushing ultrasound transducer ; c. a user interface (76-78); and d. an imaging apparatus configured to locate said stone for the application of pushing ultrasound, by the use of imaging Doppler or B-mode ultrasound, and wherein the frequency of said imaging ultrasound is in the range of 1-5 MHz;
A method implemented by an access node in a wireless communication system for beam switch, comprising: selecting a transmission mode from a set of predefined transmission modes; transmitting a reference signal to a device according to the selected transmission mode, wherein the set of predefined transmission modes includes at least one of a periodical transmission mode and an on-demand transmission mode; signaling the selected transmission mode to the device ; and receiving , from the device , a mobility measurement report based on the reference signal, wherein beam switching is carried out based on the received mobility measurement report. selecting a transmission mode from a set of predefined transmission modes; transmitting a reference signal to a device according to the selected transmission mode, wherein the set of predefined transmission modes includes at least one of a periodical transmission mode and an on-demand transmission mode; signaling the selected transmission mode to the device ; and receiving , from the device , a mobility measurement report based on the reference signal, wherein beam switching is carried out based on the received mobility measurement report.
System for determining at least one parameter relating to an angular movement of an arbor , particularly an arbor integral with a timepiece crown , the system comprising: - an arbor configured to be able to rotate on itself around a longitudinal direction (D1), - a rotating reflector mounted on the arbor , around said arbor , - a processor configured to process each of the electrical signals generated by the detectors , and to determine, as a function of the processing result, said at least one parameter relating to the angular movement of the arbor , the rotating reflector being in the form of a cylinder of revolution, and an arrangement of light absorption points is made over the entire circumference of a reflective outer surface of the cylinder of revolution, the points of the light absorption point arrangement over the entire circumference of the outer surface of the cylinder of revolution, on the one hand, being obtained by etching using a laser controlled on the basis of a determined image defining a matrix of points or pixels, or, on the other hand, being obtained by depositing points of black ink from a digital printer on the basis of a determined image defining a matrix of points or pixels, wherein the density of the absorption points varies in a sinusoidal manner, the arrangement of the absorption points over the outer surface being such that, when the reflector rotates on itself in a regular manner and in the same direction of rotation (S1, S2), the representative electrical signal generated by each detector of each pair has a substantially sinusoidal shape, characterised in that the system comprises: - two emitter/detector pairs , the two pairs being disposed on either side of the rotating reflector , facing the reflector , each emitter/detector pair including one light source intended to illuminate one part of the reflector , and one light detector intended to receive a reflected light beam from the reflector and to generate an electrical signal representative of said beam . - an arbor configured to be able to rotate on itself around a longitudinal direction (D1), - a rotating reflector mounted on the arbor , around said arbor , - a processor configured to process each of the electrical signals generated by the detectors , and to determine, as a function of the processing result, said at least one parameter relating to the angular movement of the arbor , - two emitter/detector pairs , the two pairs being disposed on either side of the rotating reflector , facing the reflector , each emitter/detector pair including one light source intended to illuminate one part of the reflector , and one light detector intended to receive a reflected light beam from the reflector and to generate an electrical signal representative of said beam .
An air conditioning system comprising: an outdoor unit including a control device ; an indoor unit ; and an outside air processor , wherein the indoor unit is capable of performing ordinary operation control to adjust a temperature of air in a room, the air being taken in the indoor unit , and supply the air into the room, and output restriction control under which an output is restricted as compared with an output under the ordinary operation control, the outside air processor is capable of performing ordinary operation control to adjust at least one of a temperature and a humidity of air outside the room, the air being taken in the outside air processor , and supply the air into the room, and output restriction control under which an output is restricted as compared with an output under the ordinary operation control, characterized in that the indoor unit is communicably connected to the control device ; the outside air processor is communicably connected to the control device ; and the control device causes the outside air processor to shift from the ordinary operation control to the output restriction control on condition that the indoor unit shifts from the ordinary operation control to the output restriction control. an outdoor unit including a control device ; an indoor unit ; and an outside air processor , wherein the indoor unit is capable of performing ordinary operation control to adjust a temperature of air in a room, the air being taken in the indoor unit , and supply the air into the room, and output restriction control under which an output is restricted as compared with an output under the ordinary operation control, the outside air processor is capable of performing ordinary operation control to adjust at least one of a temperature and a humidity of air outside the room, the air being taken in the outside air processor , and supply the air into the room, and output restriction control under which an output is restricted as compared with an output under the ordinary operation control, characterized in that the indoor unit is communicably connected to the control device ; the outside air processor is communicably connected to the control device ; and the control device causes the outside air processor to shift from the ordinary operation control to the output restriction control on condition that the indoor unit shifts from the ordinary operation control to the output restriction control.
A machine implemented method for generating three-dimensional toolpath instructions for a three dimensional printer, the method comprising: receiving a three-dimensional geometry sliced into shells or layers; generating, for each of a set of shells or layers defining a portion of a 3D printed part, first isotropic fill tool paths (1322, 1328, 1330, 1344, 1350, 1350-R,1350-IW) for controlling an isotropic solidifying head to solidify, along the isotropic fill tool paths, a substantially isotropic fill material; generating, for each of an anisotropic fill subset of the set of shells or layers defining the portion of the 3D printed part, first anisotropic fill tool paths (1342-QI, 1352-O.CON, 1352 I.CON) for controlling an anisotropic solidifying head to solidify, along the anisotropic tool paths, a substantially anisotropic fill material having an anisotropic characteristic oriented relative to a trajectory of the anisotropic fill tool path; characterized by receiving a selection, from among the set of shells or layers defining the portion of the 3D printed part, of an editing subset of shells or layers, the editing subset including at least part of the anisotropic fill subset; and regenerating, for each shell or layer of the editing subset, one of second isotropic fill toolpaths different from the first isotropic fill toolpaths and second anisotropic fill toolpaths different from the first anisotropic fill toolpaths. receiving a three-dimensional geometry sliced into shells or layers; generating, for each of a set of shells or layers defining a portion of a 3D printed part, first isotropic fill tool paths (1322, 1328, 1330, 1344, 1350, 1350-R,1350-IW) for controlling an isotropic solidifying head to solidify, along the isotropic fill tool paths, a substantially isotropic fill material; generating, for each of an anisotropic fill subset of the set of shells or layers defining the portion of the 3D printed part, first anisotropic fill tool paths (1342-QI, 1352-O.CON, 1352 I.CON) for controlling an anisotropic solidifying head to solidify, along the anisotropic tool paths, a substantially anisotropic fill material having an anisotropic characteristic oriented relative to a trajectory of the anisotropic fill tool path; characterized by receiving a selection, from among the set of shells or layers defining the portion of the 3D printed part, of an editing subset of shells or layers, the editing subset including at least part of the anisotropic fill subset; and regenerating, for each shell or layer of the editing subset, one of second isotropic fill toolpaths different from the first isotropic fill toolpaths and second anisotropic fill toolpaths different from the first anisotropic fill toolpaths.
A method for optimizing spectrum access and use, in a multi-tiered frequency sharing environment, by CBSD radio base stations providing the Citizens Broadband Radio Service, CBRS, as defined by the FCC, Federal Communications Commission, characterized in that a SAS server connected to said CBSD radio base stations performs, for each CBSD radio base station, the following operations: i. identification by the said SAS server of the authorized frequencies for the said radio base station, ii. identification by said SAS server, for each frequency identified in i, of the most effective MAC profile authorized, based on: a. the access radio technology or technologies used by the said radio base station, b. the MAC profiles supported by the said radio base station, c. the license of the operator of the said radio base station, d. the predicted radio propagation and the resulting interferences from the said radio base station to neighboring radio base stations of the same or different operators, e. the MAC profiles used by neighboring radio base stations of the same or different operators, f. the effective rate of spectrum use by the said radio base station and the neighboring radio base stations, g. additional information associated with the context. iii. sending, by the said SAS server, the authorized frequencies identified in i. and the MAC profile identified in ii. to the said radio base station. i. identification by the said SAS server of the authorized frequencies for the said radio base station, ii. identification by said SAS server, for each frequency identified in i, of the most effective MAC profile authorized, based on: a. the access radio technology or technologies used by the said radio base station, b. the MAC profiles supported by the said radio base station, c. the license of the operator of the said radio base station, d. the predicted radio propagation and the resulting interferences from the said radio base station to neighboring radio base stations of the same or different operators, e. the MAC profiles used by neighboring radio base stations of the same or different operators, f. the effective rate of spectrum use by the said radio base station and the neighboring radio base stations, g. additional information associated with the context. a. the access radio technology or technologies used by the said radio base station, b. the MAC profiles supported by the said radio base station, c. the license of the operator of the said radio base station, d. the predicted radio propagation and the resulting interferences from the said radio base station to neighboring radio base stations of the same or different operators, e. the MAC profiles used by neighboring radio base stations of the same or different operators, f. the effective rate of spectrum use by the said radio base station and the neighboring radio base stations, g. additional information associated with the context. iii. sending, by the said SAS server, the authorized frequencies identified in i. and the MAC profile identified in ii. to the said radio base station.
Device for minimally invasive attachment of a tracker and/or a registration phantom to a patient's bone, comprising: - a base made of a radiotransparent material, - at least one registration phantom made of a radiotransparent material and comprising radiopaque fiducials , and - at least one tracker , wherein the base comprises: - a support surface configured to face the bone, - a plurality of non-parallel through holes for passing a respective percutaneous pin through the base to attach the base to the bone through the patient's skin or tissues; - a reproducible fixation system for attaching the tracker and/or the registration phantom to the base, said device being characterized in that it further comprises at least one slot extending from an edge of the base in a direction transversal to the through holes , said slot passing throughout the base until the support surface and being configured to engage a percutaneous pin implanted into the patient's bone so as to allow the base to slide along said pin . - a base made of a radiotransparent material, - at least one registration phantom made of a radiotransparent material and comprising radiopaque fiducials , and - at least one tracker , - a support surface configured to face the bone, - a plurality of non-parallel through holes for passing a respective percutaneous pin through the base to attach the base to the bone through the patient's skin or tissues; - a reproducible fixation system for attaching the tracker and/or the registration phantom to the base, said device being characterized in that it further comprises at least one slot extending from an edge of the base in a direction transversal to the through holes , said slot passing throughout the base until the support surface and being configured to engage a percutaneous pin implanted into the patient's bone so as to allow the base to slide along said pin .
Process for preparing fertilizer granules containing potassium, magnesium, calcium and sulfate, comprising press agglomeration of a finely divided pressing material which contains at least 10% by weight of calcined polyhalite, wherein 0.1% to 7% by weight of water is added to the finely divided pressing material supplied to the press agglomeration.
A container for consumer goods, comprising: a housing extending along a longitudinal axis and comprising an outer surface ; and a single piece cover film enclosing the housing on all sides on the outer surface of the housing , wherein the cover film comprises a covering portion and a receiving portion , wherein the receiving portion forms a receptacle that is adapted to receive an accessory , wherein the receptacle comprises an inner surface and an outer surface , characterized in that the receptacle further comprises an attachment element disposed on an outer surface of the receptacle , wherein the attachment element is adapted to temporarily connect the outer surface of the receptacle to an outer surface of the cover film such that the receptacle is in a folded configuration. a housing extending along a longitudinal axis and comprising an outer surface ; and a single piece cover film enclosing the housing on all sides on the outer surface of the housing , wherein the cover film comprises a covering portion and a receiving portion , wherein the receiving portion forms a receptacle that is adapted to receive an accessory , wherein the receptacle comprises an inner surface and an outer surface , characterized in that the receptacle further comprises an attachment element disposed on an outer surface of the receptacle , wherein the attachment element is adapted to temporarily connect the outer surface of the receptacle to an outer surface of the cover film such that the receptacle is in a folded configuration.
A drive mechanism for driving a first adjustment member for adjusting the orientation of the blades of a first turbomachine rectifier stage and a second adjustment member for adjusting the orientation of the blades of a second turbomachine rectifier stage , which includes means for simultaneously moving the two adjustment members in the turbomachine, wherein the drive mechanism includes a single drive wheel that simultaneously drives the first adjustment member and the second adjustment member and includes two gear stages that are arranged between the drive wheel and one or the other of the first adjustment member and the second adjustment member and that have different transmission ratios, characterized in that the transmission ratio of the gear stage associated with the second adjustment member is variable according to the angular position of the drive wheel in the turbomachine. wherein the drive mechanism includes a single drive wheel that simultaneously drives the first adjustment member and the second adjustment member and includes two gear stages that are arranged between the drive wheel and one or the other of the first adjustment member and the second adjustment member and that have different transmission ratios, characterized in that the transmission ratio of the gear stage associated with the second adjustment member is variable according to the angular position of the drive wheel in the turbomachine.