mhurhangee/patent-ind-claim-en huggingface dataset:
A sleeve holder assembly for a radiation source, the sleeve holder assembly comprising: an elongate radiation transparent sleeve element ; a sleeve holder receptacle portion coupled to the elongate radiation transparent sleeve element ; a sleeve bolt assembly portion coupled to the sleeve holder receptacle portion ; a first sealing element disposed between the sleeve holder receptacle portion and the sleeve bolt assembly portion , the first sealing element configured to provide a substantially fluid impermeable seal between the elongate radiation transparent sleeve element and the sleeve holder receptacle portion ; and a locking element configured to prevent decoupling of the sleeve bolt assembly portion and the sleeve holder receptacle portion wherein the locking element comprises a first locking portion disposed on the sleeve holder receptacle portion and a second locking portion disposed on the sleeve bolt assembly , characterized in that the sleeve holder receptacle portion comprises a first threaded portion and the sleeve bolt assembly comprises a second threaded portion configured to engage the first threaded portion; in that the first locking portion comprises a ratchet portion , wherein the ratchet portion comprises a plurality of tooth elements, each tooth element configured to engage the second locking portion disposed on the sleeve bolt assembly or the ratchet portion comprises an annularly disposed plurality of tooth elements, each tooth element configured to engage the second locking portion disposed on the sleeve bolt assembly , wherein the plurality of tooth elements is configured to provide unidirectional engagement of the sleeve bolt assembly portion and the sleeve holder receptacle portion ; and the second locking portion comprises at least one locking ratchet tab . an elongate radiation transparent sleeve element ; a sleeve holder receptacle portion coupled to the elongate radiation transparent sleeve element ; a sleeve bolt assembly portion coupled to the sleeve holder receptacle portion ; a first sealing element disposed between the sleeve holder receptacle portion and the sleeve bolt assembly portion , the first sealing element configured to provide a substantially fluid impermeable seal between the elongate radiation transparent sleeve element and the sleeve holder receptacle portion ; and a locking element configured to prevent decoupling of the sleeve bolt assembly portion and the sleeve holder receptacle portion wherein the locking element comprises a first locking portion disposed on the sleeve holder receptacle portion and a second locking portion disposed on the sleeve bolt assembly ,
A system comprising a dermal patch and an assistance system , wherein the dermal patch is equipped with a flat carrier material , having, in use, one side facing the skin and one side opposite the skin of a wearer of the dermal patch , wherein the carrier material on the side facing the skin is provided at least partially with an adhesive layer for fixing the dermal patch to the skin of the wearer, characterized in that the dermal patch comprises at least one first pocket section , which is accessible from the side opposite the skin, wherein the first pocket section comprises the assistance system , wherein the assistance system includes at least one: - processor ; - storage ; - communication unit including a mobile radio communication unit; and - power supply unit . - processor ; - storage ; - communication unit including a mobile radio communication unit; and - power supply unit .
A method for manufacturing a duct for air intake and for attenuating mouth noises and radiated noises intended to be connected to an internal combustion engine, characterized in that it comprises the steps of: - (a): providing a mold comprising two molding cavities , each cavity having at least one groove adapted to mold a rib and having at least two half-bores adapted to mold end sleeves (34-36), - (b): providing a core adapted to be positioned between the cavities , for molding an air intake duct , - (c): positioning on the core a tubular sheet made of an air-porous material, - (d): positioning between the molding cavities the core with the tubular sheet , - (e): injecting into the, or each, groove and into each half-bore of each cavity a thermoplastic material, for overmolding ribs and end sleeves (34-36) on the tubular sheet , in order to form a duct . - (a): providing a mold comprising two molding cavities , each cavity having at least one groove adapted to mold a rib and having at least two half-bores adapted to mold end sleeves (34-36), - (b): providing a core adapted to be positioned between the cavities , for molding an air intake duct , - (c): positioning on the core a tubular sheet made of an air-porous material, - (d): positioning between the molding cavities the core with the tubular sheet , - (e): injecting into the, or each, groove and into each half-bore of each cavity a thermoplastic material, for overmolding ribs and end sleeves (34-36) on the tubular sheet , in order to form a duct .
An apparatus for extracting a solute from a solution, comprising: a solute trapping column having at one end an injection part equipped with an injection port for the solution, the column having a discharge port at the other end and including multiple trapping agent layers capable of trapping the solute, the layers packed in the column with a space interposed therebetween; a first supplying pathway for supplying the solute trapping column at said one end with a solvent for developing the solute within the solute trapping column; a second supplying pathway for supplying the solute trapping column at said other end with a solvent for extracting the solute; a supplying device for switching a supply of the developing solvent to the first supplying pathway and a supply of the extraction solvent to the second supplying pathway , wherein solute trapping column has branched pathways respectively extending from said injection part and said space for the flow of the extraction solvent from the second supplying pathway ; and a controlling device for controlling the extraction solvent supplied to the solute trapping column so that the extraction solvent flows in one of the branched pathways sequentially selected from the extraction solvent supply side while the flow of the extraction solvent in the other of the branched pathways and the injection port is blocked, and also for controlling the developing solvent supplied to the solute trapping column so that the flow of the developing solvent to the branched pathways is blocked. a solute trapping column having at one end an injection part equipped with an injection port for the solution, the column having a discharge port at the other end and including multiple trapping agent layers capable of trapping the solute, the layers packed in the column with a space interposed therebetween; a first supplying pathway for supplying the solute trapping column at said one end with a solvent for developing the solute within the solute trapping column; a second supplying pathway for supplying the solute trapping column at said other end with a solvent for extracting the solute; a supplying device for switching a supply of the developing solvent to the first supplying pathway and a supply of the extraction solvent to the second supplying pathway , wherein solute trapping column has branched pathways respectively extending from said injection part and said space for the flow of the extraction solvent from the second supplying pathway ; and a controlling device for controlling the extraction solvent supplied to the solute trapping column so that the extraction solvent flows in one of the branched pathways sequentially selected from the extraction solvent supply side while the flow of the extraction solvent in the other of the branched pathways and the injection port is blocked, and also for controlling the developing solvent supplied to the solute trapping column so that the flow of the developing solvent to the branched pathways is blocked.
Deflection device for a traction cable of a window lift of a motor vehicle, comprising a cable roller which has a circumferential running channel for the traction cable and a central bearing opening , and comprising a carrier for the cable roller and a carrier-side bearing journal for rotatable mounting of the cable roller , - wherein the cable roller is annular and has an inner ring wall surrounding the central bearing opening and an outer ring wall having the running channel , - wherein the ratio between the inner diameter (d i ) of the inner ring wall and the outer diameter (d a ) of the outer ring wall of the cable roller is less than 1 and greater than 0.5, and - wherein the cable roller has a number of latching tongues (18, 18") distributed over the circumferential side, which are moulded onto the inner ring wall of the cable roller and latch or clip into a corresponding latching groove of the bearing journal so as to create a snap connection of the annular cable roller with the bearing journal . - wherein the cable roller is annular and has an inner ring wall surrounding the central bearing opening and an outer ring wall having the running channel , - wherein the ratio between the inner diameter (d i ) of the inner ring wall and the outer diameter (d a ) of the outer ring wall of the cable roller is less than 1 and greater than 0.5, and - wherein the cable roller has a number of latching tongues (18, 18") distributed over the circumferential side, which are moulded onto the inner ring wall of the cable roller and latch or clip into a corresponding latching groove of the bearing journal so as to create a snap connection of the annular cable roller with the bearing journal .
A method comprising: receiving , by a wireless device from a base station of a first public land mobile network, PLMN, a message comprising an indication of a failure of a second PLMN comprising a PLMN identifier of the second PLMN; determining , by the wireless device, based on the message, the first PLMN as a serving PLMN during the disaster; and in response to the indication of failure, sending , by the wireless device to the base station, a message comprising the PLMN identifier of the second PLMN. receiving , by a wireless device from a base station of a first public land mobile network, PLMN, a message comprising an indication of a failure of a second PLMN comprising a PLMN identifier of the second PLMN; determining , by the wireless device, based on the message, the first PLMN as a serving PLMN during the disaster; and in response to the indication of failure, sending , by the wireless device to the base station, a message comprising the PLMN identifier of the second PLMN.
An oil-continuous composition comprising at least 30 wt.% of a structured continuous oil phase and less than 10 wt.% water, said structured continuous oil phase comprising: • 96-99.7 wt.% fat, said fat having a solid fat content at 20°C (N 20 ) of 0-50% and a liquid oil content at 20°C that equals 100%-N 20 ; • particulate anhydrous non-defibrillated cell wall material from plant parenchymal tissue, said particulate anhydrous non-defibrillated cell wall material having a particle size of between 25 μm and 500 μm; wherein the particulate anhydrous non-defibrillated cell wall material is present in the structured continuous oil phase in a concentration of 0.3-4% by weight of the liquid oil. • 96-99.7 wt.% fat, said fat having a solid fat content at 20°C (N 20 ) of 0-50% and a liquid oil content at 20°C that equals 100%-N 20 ; • particulate anhydrous non-defibrillated cell wall material from plant parenchymal tissue, said particulate anhydrous non-defibrillated cell wall material having a particle size of between 25 μm and 500 μm; wherein the particulate anhydrous non-defibrillated cell wall material is present in the structured continuous oil phase in a concentration of 0.3-4% by weight of the liquid oil.
A system for ascertaining a location of a sensing electrode within a body of a subject, the system comprising: Circuitry , configured to, while the sensing electrode is connected to a sampling terminal of an analog-to-digital (A/D) converter , connect three pairs of electrodes , which are coupled to the body of the subject such that the pairs lie along different respective axes that are orthogonal to each other, in multiple different configurations, in each of which (i) at least one of the pairs is connected to respective terminals of a signal generator , such that the signal generator applies an alternating voltage between the pair, thus causing a sensing-electrode voltage to be attained at the sensing electrode, and (ii) at least one other one of the pairs is connected to a ground terminal of the A/D converter; and a processor , configured to: for each configuration, receive, from the A/D converter, a digital representation of a sampling-terminal voltage at the sampling terminal with respect to the ground terminal, identify respective amplitudes of the sensing-electrode voltage for the configurations, based on the digital representation of the sampling-terminal voltage received for each configuration, and based on the respective amplitudes of the sensing-electrode voltage, ascertain the location. Circuitry , configured to, while the sensing electrode is connected to a sampling terminal of an analog-to-digital (A/D) converter , connect three pairs of electrodes , which are coupled to the body of the subject such that the pairs lie along different respective axes that are orthogonal to each other, in multiple different configurations, in each of which (i) at least one of the pairs is connected to respective terminals of a signal generator , such that the signal generator applies an alternating voltage between the pair, thus causing a sensing-electrode voltage to be attained at the sensing electrode, and (ii) at least one other one of the pairs is connected to a ground terminal of the A/D converter; and a processor , configured to: for each configuration, receive, from the A/D converter, a digital representation of a sampling-terminal voltage at the sampling terminal with respect to the ground terminal, identify respective amplitudes of the sensing-electrode voltage for the configurations, based on the digital representation of the sampling-terminal voltage received for each configuration, and based on the respective amplitudes of the sensing-electrode voltage, ascertain the location. for each configuration, receive, from the A/D converter, a digital representation of a sampling-terminal voltage at the sampling terminal with respect to the ground terminal, identify respective amplitudes of the sensing-electrode voltage for the configurations, based on the digital representation of the sampling-terminal voltage received for each configuration, and based on the respective amplitudes of the sensing-electrode voltage, ascertain the location.
An ultrasound imaging apparatus comprising: a probe configured to transmit an ultrasound signal to an object and detect an echo signal; one or more processors configured to transmit an ultrasound signal for destroying a contrast agent through the probe to a region of interest of the object into which the contrast agent is injected, acquire a plurality of ultrasound contrast agent images of the region of interest of the object at time intervals of t k (k⊆1, 2, ..., n, and n is an integer of 2 or more), and generate a k th cumulative ultrasound contrast agent image by accumulating the plurality of acquired ultrasound contrast agent images at every time intervals of t k to generate n cumulative ultrasound contrast agent images (820 - 860, 920 - 960); and a display configured to display the generated n cumulative ultrasound contrast agent images (820 - 860, 920 - 960) sequentially in the order of time lapse, wherein t k satisfies t k > t k-1 . a probe configured to transmit an ultrasound signal to an object and detect an echo signal; one or more processors configured to transmit an ultrasound signal for destroying a contrast agent through the probe to a region of interest of the object into which the contrast agent is injected, acquire a plurality of ultrasound contrast agent images of the region of interest of the object at time intervals of t k (k⊆1, 2, ..., n, and n is an integer of 2 or more), and generate a k th cumulative ultrasound contrast agent image by accumulating the plurality of acquired ultrasound contrast agent images at every time intervals of t k to generate n cumulative ultrasound contrast agent images (820 - 860, 920 - 960); and a display configured to display the generated n cumulative ultrasound contrast agent images (820 - 860, 920 - 960) sequentially in the order of time lapse, wherein t k satisfies t k > t k-1 .
A closure for a medical sterile container comprising a trough-like first container part and a lid-type second container part , comprising a closure flap which is arranged on one of the container parts so as to be able to pivot between a closed position, in which the container parts are interlocked with each other by means of the closure, and an open position in which the container parts are unlocked, a closure lug as a toggle lever being pivotably arranged on the closure flap and designed to engage the other container part in the closed position of the closure, characterized in that the closure comprises a latch element which in the closed position of the closure interlocks the closure flap with the other container part , the latch element being movably arranged on the closure flap between a position locking the closure and a position releasing the closure, and the latch element comprising a locking pawl which can be locked in place with the other container part .
An apparatus, comprising: a first capillary component including an open distal end portion; a second capillary component disposed outside of the first capillary component and having an inner surface, wherein a portion of the inner surface is heat-fused to an outer surface of the first capillary component, an outer cover coupled to and disposed outside of the second capillary component, and forming a distal end of the apparatus and a distal internal surface; and a portion of an optical fiber disposed inside of the first capillary component and having an outer surface, wherein a portion of the outer surface of the optical fiber is heat-fused to an inner surface of the first capillary component, the optical fiber having a distal surface configured to reflect electromagnetic radiation propagated along a longitudinal axis of a distal end portion of the optical fiber in a lateral direction through the inner surface of the first capillary component and the inner surface of the second capillary component, wherein the outer cover is configured to reflect stray laser energy internal to the apparatus and includes an opening configured such that the electromagnetic radiation is emitted through the opening when laterally reflected from the distal surface of the optical fiber, the apparatus being characterised in that the second capillary component has an open distal end portion, and in that the open distal end portions of the first and the second capillary component extend distally beyond the distal surface of the optical fiber towards the distal internal surface of the outer cover. a first capillary component including an open distal end portion; a second capillary component disposed outside of the first capillary component and having an inner surface, wherein a portion of the inner surface is heat-fused to an outer surface of the first capillary component, an outer cover coupled to and disposed outside of the second capillary component, and forming a distal end of the apparatus and a distal internal surface; and a portion of an optical fiber disposed inside of the first capillary component and having an outer surface, wherein a portion of the outer surface of the optical fiber is heat-fused to an inner surface of the first capillary component, the optical fiber having a distal surface configured to reflect electromagnetic radiation propagated along a longitudinal axis of a distal end portion of the optical fiber in a lateral direction through the inner surface of the first capillary component and the inner surface of the second capillary component, wherein the outer cover is configured to reflect stray laser energy internal to the apparatus and includes an opening configured such that the electromagnetic radiation is emitted through the opening when laterally reflected from the distal surface of the optical fiber, the apparatus being characterised in that the second capillary component has an open distal end portion, and in that the open distal end portions of the first and the second capillary component extend distally beyond the distal surface of the optical fiber towards the distal internal surface of the outer cover.
A method of navigating a self-propelled robotic tool, the method comprising transmitting a wireless signal along a first signal path between the robotic tool and a first wireless interface of a base station remote from the robotic tool ; transmitting a wireless signal along a second signal path between the robotic tool and a second wireless interface of the base station , said second wireless interface being spatially separated from the first wireless interface by a separation distance (D); characterised in that upon receipt, comparing the signal transmitted along the first signa path with the signal transmitted along the second signal path to obtain a propagation time difference between the signal transmitted along the first signal path and the signal transmitted along the second signal path , said propagation time difference defining a path length difference (δ) between said first and second signal paths ; and calculating, based on the separation distance (D) and the path length difference (δ), a value representative of a bearing (φ) from the base station to the robotic tool , wherein the signal transmitted along the first signal path is the same as the signal transmitted along the second signal path . transmitting a wireless signal along a first signal path between the robotic tool and a first wireless interface of a base station remote from the robotic tool ; transmitting a wireless signal along a second signal path between the robotic tool and a second wireless interface of the base station , said second wireless interface being spatially separated from the first wireless interface by a separation distance (D); characterised in that upon receipt, comparing the signal transmitted along the first signa path with the signal transmitted along the second signal path to obtain a propagation time difference between the signal transmitted along the first signal path and the signal transmitted along the second signal path , said propagation time difference defining a path length difference (δ) between said first and second signal paths ; and calculating, based on the separation distance (D) and the path length difference (δ), a value representative of a bearing (φ) from the base station to the robotic tool , wherein the signal transmitted along the first signal path is the same as the signal transmitted along the second signal path .