mhurhangee/patent-ind-claim-en huggingface dataset:
A marine power supply system configured to supply power to a marine propulsion unit including a propulsion generator , an engine configured to drive the propulsion generator , and an electric motor configured to drive the propulsion generator , the marine power supply system comprising: a battery unit including a first battery configured to supply power to a starter configured to start the engine , and a second battery configured to supply power to the electric motor ; and a power distributor connected to the first battery and the second battery ; characterised in that the power distributor is configured to output a demand power amount of power required by the first battery to the first battery , and to output at least a portion of surplus power to the second battery when a total demand power amount required by the battery unit includes the surplus power. a battery unit including a first battery configured to supply power to a starter configured to start the engine , and a second battery configured to supply power to the electric motor ; and a power distributor connected to the first battery and the second battery ; characterised in that the power distributor is configured to output a demand power amount of power required by the first battery to the first battery , and to output at least a portion of surplus power to the second battery when a total demand power amount required by the battery unit includes the surplus power.
A patient head protection device for protecting a patient's head from collision with X-ray equipment, the device comprising: a head protection shield comprising a face protector shield ; a support platform for supporting the patient's head, the support platform comprising a base unit for receiving the patient's head and a vertical rear wall extending perpendicular from the base unit ; a hinge for pivotably attaching the head protection shield to the support platform, wherein the hinge connects the head protection shield to the support platform via a rear surface of the rear wall; and an adjuster unit , wherein the adjuster unit comprises a sliding mechanism allowing the vertical movement of the face protector shield to adjust the distance between the face protector shield and the base unit thereby allowing to fit various head sizes. a head protection shield comprising a face protector shield ; a support platform for supporting the patient's head, the support platform comprising a base unit for receiving the patient's head and a vertical rear wall extending perpendicular from the base unit ; a hinge for pivotably attaching the head protection shield to the support platform, wherein the hinge connects the head protection shield to the support platform via a rear surface of the rear wall; and an adjuster unit , wherein the adjuster unit comprises a sliding mechanism allowing the vertical movement of the face protector shield to adjust the distance between the face protector shield and the base unit thereby allowing to fit various head sizes.
A wearable electronic device comprising: an illuminance measurement section having a first wavelength band configured to measure an illuminance of first light; a gesture detection section having a second wavelength band configured to detect second light to thereby detect a gesture; wherein the gesture detection section comprises a proximity sensor having a plurality of pyroelectric elements (RA-RD) and a gesture processing section configured to identify a pre-set given gesture based on outputs of the plurality of pyroelectric elements (RA-RD); and a control section configured to disable the gesture detection section when a result of the measurement in the illuminance measurement section is equal to or greater than a pre-set threshold, wherein the first wavelength band includes at least a wavelength band not overlapping the second wavelength band. an illuminance measurement section having a first wavelength band configured to measure an illuminance of first light; a gesture detection section having a second wavelength band configured to detect second light to thereby detect a gesture; wherein the gesture detection section comprises a proximity sensor having a plurality of pyroelectric elements (RA-RD) and a gesture processing section configured to identify a pre-set given gesture based on outputs of the plurality of pyroelectric elements (RA-RD); and a control section configured to disable the gesture detection section when a result of the measurement in the illuminance measurement section is equal to or greater than a pre-set threshold, wherein the first wavelength band includes at least a wavelength band not overlapping the second wavelength band.
A line organizer comprising: a base ; a retainer attachable to the base for retaining a line between the base and the retainer; a first connector on the base ; and a second connector on the base ; said line organizer being a first line organizer , the first connector on the first line organizer being attachable to the second connector on a second said line organizer to connect the first and second line organizers to each other, wherein the retainer wraps over the base along a transverse axis , such that the transverse axis of the first line organizer is parallel to and transversely and longitudinally offset from the transverse axis of the second line organizer such that the retainer attached to the first line organizer is not obstructed by the second line organizer when the retainer attached the first line organizer is wrapped over the base of the first line organizer . a base ; a retainer attachable to the base for retaining a line between the base and the retainer; a first connector on the base ; and a second connector on the base ; said line organizer being a first line organizer , the first connector on the first line organizer being attachable to the second connector on a second said line organizer to connect the first and second line organizers to each other, wherein the retainer wraps over the base along a transverse axis , such that the transverse axis of the first line organizer is parallel to and transversely and longitudinally offset from the transverse axis of the second line organizer such that the retainer attached to the first line organizer is not obstructed by the second line organizer when the retainer attached the first line organizer is wrapped over the base of the first line organizer .
An ingestible capsule arranged, in use, to cross a human stomach for carrying out a phototherapeutic treatment arranged to combat an infection due to the presence of the bacterium Helicobacter pylori, said ingestible capsule comprising: - at least one primary light source arranged to emit an electromagnetic phototherapeutic wave having a wavelength λ 1 ; - at least one auxiliary light source arranged to emit an electromagnetic phototherapeutic wave having a wavelength λ 2 ; - a wrapper arranged to contain said or each primary light source and said or each auxiliary light source , said wrapper being at least partially transparent to said wavelengths λ 1 and λ 2 ; - a control unit arranged to selectively activate said or each primary light source and/or said or each auxiliary light source ; - at least one energy source arranged to provide energy for feeding said control unit and/or said light sources ; said wavelength λ 1 and λ 2 being such that 400 nm < λ 1 < 525 nm and 525 nm < λ 2 < 650 nm ; said control unit arranged to receive an information of position reporting in real time an area of said stomach crossed by said ingestible capsule ; said ingestible capsule characterized in that said control unit is also arranged to: - determine, known said information of position, a wavelength, a dosage and a duration of administration said electromagnetic phototherapeutic waves for an optimal phototherapeutic treatment of said area of said stomach; - selectively activate said or each primary light source and/or said or each auxiliary light source to provide said optimal phototherapeutic treatment of said area of said stomach. - at least one primary light source arranged to emit an electromagnetic phototherapeutic wave having a wavelength λ 1 ; - at least one auxiliary light source arranged to emit an electromagnetic phototherapeutic wave having a wavelength λ 2 ; - a wrapper arranged to contain said or each primary light source and said or each auxiliary light source , said wrapper being at least partially transparent to said wavelengths λ 1 and λ 2 ; - a control unit arranged to selectively activate said or each primary light source and/or said or each auxiliary light source ; - at least one energy source arranged to provide energy for feeding said control unit and/or said light sources ; - determine, known said information of position, a wavelength, a dosage and a duration of administration said electromagnetic phototherapeutic waves for an optimal phototherapeutic treatment of said area of said stomach; - selectively activate said or each primary light source and/or said or each auxiliary light source to provide said optimal phototherapeutic treatment of said area of said stomach.
A base station antenna , comprising: a reflector ; a plurality of first radiating elements arranged in a first column that extends in a vertical direction, where the first radiating elements extend in a forward direction from the reflector; a plurality of second radiating elements arranged in a second column that extends in the vertical direction, where the second radiating elements extend in the forward direction from the reflector; and a plurality of parasitic elements , where the parasitic elements are arranged around the first radiating elements and/or the second radiating elements; wherein each parasitic element comprises a rod-shaped metal part, where a longitudinal axis of the rod-shaped metal part extends at an angle of between 70 0 to 110° with respect to a plane defined by the reflector, and the parasitic elements are positioned in front of the reflector and are electrically floating with respect to the reflector, and wherein the parasitic elements are arranged in a horizontal direction between adjacent ones of the first and second radiating elements. a reflector ; a plurality of first radiating elements arranged in a first column that extends in a vertical direction, where the first radiating elements extend in a forward direction from the reflector; a plurality of second radiating elements arranged in a second column that extends in the vertical direction, where the second radiating elements extend in the forward direction from the reflector; and a plurality of parasitic elements , where the parasitic elements are arranged around the first radiating elements and/or the second radiating elements; wherein each parasitic element comprises a rod-shaped metal part, where a longitudinal axis of the rod-shaped metal part extends at an angle of between 70 0 to 110° with respect to a plane defined by the reflector, and the parasitic elements are positioned in front of the reflector and are electrically floating with respect to the reflector, and wherein the parasitic elements are arranged in a horizontal direction between adjacent ones of the first and second radiating elements.
A communication method, comprising: generating a first reference signal; sending the first reference signal according to a first parameter set, the first parameter set comprising a reference signal periodicity, a number of repetition times in a periodicity, and a time offset set; and using a remote interference management identity for identifying a base station set sending the first reference signal, the remote interference management identity being associated with a frequency domain characteristic, a time domain characteristic, and a generation sequence of the first reference signal, wherein: the first reference signal is sent by an interfering base station or an interfered base station, and the first reference signal in response to being sent by the interfering base station and the first reference signal in response to being sent by the interfered base station have different time-frequency resource allocations. generating a first reference signal; sending the first reference signal according to a first parameter set, the first parameter set comprising a reference signal periodicity, a number of repetition times in a periodicity, and a time offset set; and using a remote interference management identity for identifying a base station set sending the first reference signal, the remote interference management identity being associated with a frequency domain characteristic, a time domain characteristic, and a generation sequence of the first reference signal, wherein: the first reference signal is sent by an interfering base station or an interfered base station, and the first reference signal in response to being sent by the interfering base station and the first reference signal in response to being sent by the interfered base station have different time-frequency resource allocations.
A molding made of expanded bead foam, wherein the surface of at least one side of the molding has at least one recess and wherein at least one fiber (F) is present with a fiber region (FB2) within the molding and is surrounded by the expanded bead foam, while a fiber region (FB1) of the fiber (F) projects from a first side of the molding and a fiber region (FB3) of the fiber (F) projects from a second side of the molding, where the fiber (F) has been introduced into the expanded bead foam at an angle α of 10° to 70° relative to the thickness direction (d) of the molding, wherein the fiber region (FB1) and the fiber region (FB3) each independently account for 1% to 45%, and the fiber region (FB2) for 10% to 98%, of the total length of the fiber (F), wherein two or more fibers (F) are present at an angle β to one another in the molding, where the angle β is in the range of β = 360°/n where n is an integer and is in the range from 2 to 6.
Welding device , comprising an ultrasonic welding device , a laser welding device , and a control device , wherein the welding device is configured to weld at least two components together in a first area by means of the ultrasonic welding device by ultrasonic welding and to weld the two components during the ultrasonic welding in a second area which is smaller than the first area , wherein the second area is arranged at least partially within an outer periphery of the first area and/or adjacent to the outer periphery of the first area with a lateral distance of less than 2 mm, by means of the laser welding device by laser welding, wherein the control device is configured to control the ultrasonic welding device to set the ultrasonic sonotrode to vibrate within a first time period and thereby weld the two components in the first area by means of ultrasound, and to control the laser welding device to weld the two components together locally in the second area within a second time period by emitting the laser beam, wherein the first time period and the second time period are simultaneous or at least overlap in time. an ultrasonic welding device , a laser welding device , and a control device , wherein the welding device is configured to weld at least two components together in a first area by means of the ultrasonic welding device by ultrasonic welding and to weld the two components during the ultrasonic welding in a second area which is smaller than the first area , wherein the second area is arranged at least partially within an outer periphery of the first area and/or adjacent to the outer periphery of the first area with a lateral distance of less than 2 mm, by means of the laser welding device by laser welding, wherein the control device is configured to control the ultrasonic welding device to set the ultrasonic sonotrode to vibrate within a first time period and thereby weld the two components in the first area by means of ultrasound, and to control the laser welding device to weld the two components together locally in the second area within a second time period by emitting the laser beam, wherein the first time period and the second time period are simultaneous or at least overlap in time.
Method for measuring the thickness of nonmagnetisable layers on a magnetisable base material , the permeability of which is not known, having a measuring probe , which has a probe head , which comprises a pot core having a first and second coil , which lie on a common longitudinal axis , and in which the first and second coil form a first coil pair , and which has a bearing calotte in the common axis , - in which, in order to measure the thickness of the layer on the base material , the probe head is placed on the layer , - wherein a first interaction volume is detected by the first coil pair with a field focusing caused by the pot core , characterised in that - that a second interaction volume is detected by a second coil pair having a first and second coil , which is arranged outside the pot core and jointly with the longitudinal axis without field focusing by the pot core , and - that the detected first and second interaction volumes are processed in an evaluation device and compared to each other to compensate for a permeability of the base material , on which the layer to be measured is applied, and a layer thickness is output for the measured layer , which is corrected by the influence of the permeability of the base material . - in which, in order to measure the thickness of the layer on the base material , the probe head is placed on the layer , - wherein a first interaction volume is detected by the first coil pair with a field focusing caused by the pot core , characterised in that - that a second interaction volume is detected by a second coil pair having a first and second coil , which is arranged outside the pot core and jointly with the longitudinal axis without field focusing by the pot core , and - that the detected first and second interaction volumes are processed in an evaluation device and compared to each other to compensate for a permeability of the base material , on which the layer to be measured is applied, and a layer thickness is output for the measured layer , which is corrected by the influence of the permeability of the base material .
A method for detecting or quantifying an analyte in a sample, comprising: (a) incubating the sample with a surface that is coated with a binding agent capable of binding to the analyte; (b) incubating the surface with the same or a different binding agent of the analyte that is biotin-labelled; (c) incubating the surface with unlabelled (strept)avidin; (d) without removing the (strept)avidin, further incubating the surface with biotin labelled with a detectable label; (e) washing the surface to remove reagents not bound to the surface; and (f) detecting and/or quantitating the label and thereby detecting or quantifying the analyte. (a) incubating the sample with a surface that is coated with a binding agent capable of binding to the analyte; (b) incubating the surface with the same or a different binding agent of the analyte that is biotin-labelled; (c) incubating the surface with unlabelled (strept)avidin; (d) without removing the (strept)avidin, further incubating the surface with biotin labelled with a detectable label; (e) washing the surface to remove reagents not bound to the surface; and (f) detecting and/or quantitating the label and thereby detecting or quantifying the analyte.
DC low voltage power distribution system (300; 400) for a power grid, said DC low voltage power distribution system (300; 400) comprising a DC low voltage power distribution unit for the power grid, an AC/DC converter (306; 404) having an input and an output, wherein the input is configured to be connected to a mains voltage ; characterized in that said DC low voltage power distribution unit comprises: at least one input connector adapted to connect the DC low voltage power distribution unit to a safety extra low voltage, SELV; an electric distribution circuit comprising a printed circuit board with two input terminals connected to the at least one input connector , the two input terminals comprising an input line and a reference potential line , said input line branching off into a plurality of output lines , said electric distribution circuit comprising current limiting means provided in each output line of said plurality of output lines , wherein a current limit value of said current limiting means is provided to limit an output power to be output at each output line of said plurality of output lines to an inherently safe value, which is UL Class 2 compliant; a plurality of output connectors respectively connected to said plurality of output lines and to said reference potential line , wherein each output connector of the plurality output connectors is configured for outputting DC low voltage, and a communication bus line adapted to be connected to a lighting interface controller and further connected to each of the plurality of output connectors , wherein the AC/DC converter (306; 404) is configured to convert the mains voltage into the safety extra low voltage, SELV, wherein the DC low voltage power distribution unit is connected via the at least one input connector to the output of the AC/DC converter (306; 404), thereby receiving the safety extra low voltage, SELV. at least one input connector adapted to connect the DC low voltage power distribution unit to a safety extra low voltage, SELV; an electric distribution circuit comprising a printed circuit board with two input terminals connected to the at least one input connector , the two input terminals comprising an input line and a reference potential line , said input line branching off into a plurality of output lines , said electric distribution circuit comprising current limiting means provided in each output line of said plurality of output lines , wherein a current limit value of said current limiting means is provided to limit an output power to be output at each output line of said plurality of output lines to an inherently safe value, which is UL Class 2 compliant; a plurality of output connectors respectively connected to said plurality of output lines and to said reference potential line , wherein each output connector of the plurality output connectors is configured for outputting DC low voltage, and a communication bus line adapted to be connected to a lighting interface controller and further connected to each of the plurality of output connectors ,
A method for producing a towpreg by impregnating a plurality of fiber bundles with a resin to form a single towpreg, characterized in that the method comprises: providing a stock of fiber bundles for preparing a towpreg; measuring a basis weight for each of the fiber bundles of said stock before impregnation by a resin; defining groups of fiber bundles from said stock based of the fiber basis weight, thereby providing determined fiber bundles; predicting a fiber basis weight of a towpreg when the plurality of fiber bundles is combined to form the towpreg, thereby providing a predicted fiber basis weight of a towpreg; and producing the towpreg using a combination of fiber bundles from all groups of determined fiber bundles in which the predicted fiber basis weight of the towpreg is in a range determined from a target value of a basis weight of a towpreg. providing a stock of fiber bundles for preparing a towpreg; measuring a basis weight for each of the fiber bundles of said stock before impregnation by a resin; defining groups of fiber bundles from said stock based of the fiber basis weight, thereby providing determined fiber bundles; predicting a fiber basis weight of a towpreg when the plurality of fiber bundles is combined to form the towpreg, thereby providing a predicted fiber basis weight of a towpreg; and producing the towpreg using a combination of fiber bundles from all groups of determined fiber bundles in which the predicted fiber basis weight of the towpreg is in a range determined from a target value of a basis weight of a towpreg.