mhurhangee/patent-ind-claim-en huggingface dataset:
A delivery system for radiation shielded brachytherapy, the delivery system being adapted to receive an input of radionuclide from an afterloader, the delivery system comprising: a drive assembly having a drive mechanism and connectors rotatable by the drive mechanism , each of the connectors having one of two or more shield assemblies detachably coupled thereto for rotation about a longitudinal axis of the respective shield assembly , each of the shield assemblies including a needle having a tubular body defining an outer surface and a bore longitudinally extending between opposite ends of the tubular body , the bore being adapted to receive therethrough the input of radionuclide for delivery to a target site, a radiation shielding material extending about a circumferential portion of the tubular body of the needle and disposed radially outwardly of the bore ; and an interlocking system operatively mounted to the drive assembly , the interlocking system engaging a group of the two or more shield assemblies via their respective connectors , wherein the interlocking system transmits a rotational input received from the driving mechanism to the group of shield assemblies and synchronously rotates each of the shield assemblies of the group about its respective longitudinal axis , characterized in that the interlocking system comprises a plurality of stages , each stage controlling a given group of the plurality of shield assemblies . a drive assembly having a drive mechanism and connectors rotatable by the drive mechanism , each of the connectors having one of two or more shield assemblies detachably coupled thereto for rotation about a longitudinal axis of the respective shield assembly , each of the shield assemblies including a needle having a tubular body defining an outer surface and a bore longitudinally extending between opposite ends of the tubular body , the bore being adapted to receive therethrough the input of radionuclide for delivery to a target site, a radiation shielding material extending about a circumferential portion of the tubular body of the needle and disposed radially outwardly of the bore ; and an interlocking system operatively mounted to the drive assembly , the interlocking system engaging a group of the two or more shield assemblies via their respective connectors , wherein the interlocking system transmits a rotational input received from the driving mechanism to the group of shield assemblies and synchronously rotates each of the shield assemblies of the group about its respective longitudinal axis , characterized in that the interlocking system comprises a plurality of stages , each stage controlling a given group of the plurality of shield assemblies .
A process for reshaping keratin fibers, preferably human keratin fibers, more preferably human hair characterized in that it comprises the steps of: a) putting keratin fibers under mechanical tension, b) applying to keratin fibers a non-reducing, non-oxidizing alkaline composition with a pH in the range of 7 to 12 comprising two or more alkalizing agents, wherein i) one or more first alkalizing agent(s) is/are selected from ammonia and/or its salts, and ii) one or more second alkalizing agent(s) is/are selected from organic alkalizing agent(s) and/or their salts, c) covering keratin fibers with a moisture barrier, d) heating the keratin fibers to a temperature in the range of 50°C to 230°C, e) removing the moisture barrier from keratin fibers, f) releasing tension from keratin fibers, g) optionally rinsing-off the keratin fibers, wherein process steps a), b), and f), g) can be executed in either order, wherein the weight ratio of the first alkalizing agent i) to second alkalizing agent ii) is in the range of 0.1 to 20, and wherein the second alkalizing agent of the alkaline composition of step b) is selected from guanidine and/or its salt(s), and/or organic alkyl and/or alkanol amines according to the general structure wherein R1, R2, and R3 are independently selected from H, linear C1-C6 alkyl substituted with one hydroxyl group, or branched C3-C12 alkyl or alkanol, wherein at least one of R1, R2, or R3 is different from H, and/or their salts. a) putting keratin fibers under mechanical tension, b) applying to keratin fibers a non-reducing, non-oxidizing alkaline composition with a pH in the range of 7 to 12 comprising two or more alkalizing agents, wherein i) one or more first alkalizing agent(s) is/are selected from ammonia and/or its salts, and ii) one or more second alkalizing agent(s) is/are selected from organic alkalizing agent(s) and/or their salts, i) one or more first alkalizing agent(s) is/are selected from ammonia and/or its salts, and ii) one or more second alkalizing agent(s) is/are selected from organic alkalizing agent(s) and/or their salts, c) covering keratin fibers with a moisture barrier, d) heating the keratin fibers to a temperature in the range of 50°C to 230°C, e) removing the moisture barrier from keratin fibers, f) releasing tension from keratin fibers, g) optionally rinsing-off the keratin fibers, wherein process steps a), b), and f), g) can be executed in either order, wherein the weight ratio of the first alkalizing agent i) to second alkalizing agent ii) is in the range of 0.1 to 20, and wherein the second alkalizing agent of the alkaline composition of step b) is selected from guanidine and/or its salt(s), and/or organic alkyl and/or alkanol amines according to the general structure wherein R1, R2, and R3 are independently selected from H, linear C1-C6 alkyl substituted with one hydroxyl group, or branched C3-C12 alkyl or alkanol, wherein at least one of R1, R2, or R3 is different from H, and/or their salts.
An integrated circuit block for a laser voltage probe test system , the integrated circuit block comprising: a sense node wherein the integrated circuit block is configured such that the sense node develops a low frequency electrical parameter when the integrated circuit block is powered, wherein said low frequency electrical parameter is constant or varies at a frequency below a predetermined frequency level of 10 kHz; and a converter circuit coupled to said sense node and including a laser probe area , wherein said converter circuit is configured to convert said low frequency electrical parameter into an alternating electrical parameter having a frequency at or above 10 kHz, wherein the laser probe area is configured to be energized by the alternating electrical parameter such that it creates an electric field which modulates an incident reflected laser beam focused on a point within said laser probe area for detection by the laser voltage probe test system. a sense node wherein the integrated circuit block is configured such that the sense node develops a low frequency electrical parameter when the integrated circuit block is powered, wherein said low frequency electrical parameter is constant or varies at a frequency below a predetermined frequency level of 10 kHz; and a converter circuit coupled to said sense node and including a laser probe area , wherein said converter circuit is configured to convert said low frequency electrical parameter into an alternating electrical parameter having a frequency at or above 10 kHz, wherein the laser probe area is configured to be energized by the alternating electrical parameter such that it creates an electric field which modulates an incident reflected laser beam focused on a point within said laser probe area for detection by the laser voltage probe test system.
A fluid sensory device comprising: - A gas sensor for sensing an analyte and generating a first fluid sensing signal; - A liquid sensor for sensing an analyte and generating a second fluid sensing signal; - A communication capability configured to send to a first processing capability a first dataset representative of the fluid sensing signals; wherein said first dataset further comprises a label characterizing the fluid sensing signals, wherein said fluid sensory device having an elongated form factor, characterised in that the fluid sensory device comprises a distal end comprising a contact surface of the liquid sensor and a proximal end comprising an entry port of said gas sensor. - A gas sensor for sensing an analyte and generating a first fluid sensing signal; - A liquid sensor for sensing an analyte and generating a second fluid sensing signal; - A communication capability configured to send to a first processing capability a first dataset representative of the fluid sensing signals; wherein said first dataset further comprises a label characterizing the fluid sensing signals, wherein said fluid sensory device having an elongated form factor, characterised in that the fluid sensory device comprises a distal end comprising a contact surface of the liquid sensor and a proximal end comprising an entry port of said gas sensor.
A belt-tensioning device for a rock crusher or a screening machine for tensioning at least one revolving drive belt which is deflected around a pulley of a drive and has a tight side and a slack side , wherein by means of the drive belt the drive is drivable together with a breaking aggregate, a screening unit, a generator or the like of the rock crusher, the belt-tensioning device has two tensioning rollers , each of which is rotatably mounted on a holder of a tensioning part , wherein one tensioning roller is assignable to the slack side of belt and the other to the tight side of the belt, and the two tensioning parts are adjustable with respect to each other between an opening and a tensioning position and in the tensioning position are supported against each other, in particular are blockable against each other, at least counter to the tensioning direction, characterised in that one of the tensioning parts bears a guide element , in that the guide element forms a sliding guide (42.4) which cooperates with a sliding guide of the other tensioning part , in that the guide element is fixedly connected to the tensioning part or integrally formed thereon, and in that two sliding guides (42.4) are angled away from the guide element and engage over the edges (55.1) of the second tensioning part opposite the sliding guides (42.4) to form the linear guide.
Method of securing two components together by means of a screw thread, comprising a first component having a male screw thread adapted to be screwed into a female screw thread on a second component , each component having a frusto-conical surface having an angle ∝ 1, ∝ 2, respectively, wherein a difference in the angle ∝ 1, ∝ 2 of the frusto-conical surface of the first component and the frusto-conical surface of the second component is between 0° and 29°, characterized in that the frusto-conical surfaces are in contact over a predetermined area of the frusto-conical surfaces after being screwed with a predetermined minimum torque forming a fluid thight seal between the first component and the second component , wherein the first component carries an indicia , and wherein the indicia on the first component being positioned in a predetermined location after being rotated with a torque between the predetermined minimum torque and a predetermined maximum torque, wherein the first component is rotatable after the predetermined minimum torque is reached such that the torque required to turn the first component by at least a further 180° or preferably a further 360° does not exceed a predetermined maximum torque, characterized in that a further component is secured to the first component, the further component carrying the indicia .
Gulley comprising a gulley pot , a sewer outlet in a side wall of the gulley pot and a baffle configured to act as odour trap, wherein the sewer outlet is configured to couple the gulley to a sewer system and has an underside defining a normal outflow level L norm , and wherein the baffle has an underside defining a minimal liquid level L min to enable the baffle to act as odour trap; wherein the gulley pot further comprises an additional reservoir in the form of a drainage means , and at least one infiltration outlet through the side wall, characterised in that the at least one infiltration outlet being configured to transfer liquid in the gulley pot to the drainage means facilitating infiltration of collected water into the ground around the gulley when the liquid level in the gulley pot exceeds an additional outflow level L drain , wherein L min < L drain ≤ L norm .
An airfoil , comprising: a leading edge and an opposing trailing edge ; a pressure sidewall and an opposing suction sidewall , with a leading edge cavity defined between the pressure sidewall and the suction sidewall, the leading edge cavity having a first end at the leading edge and a second end defined at a rib extending from the pressure sidewall to the suction sidewall; and at least one pin structure defined in the leading edge cavity between the first end and the second end, characterized in that the at least one pin structure includes a main body, a first branch and a second branch , the main body coupled to the second end and extending toward the first end, the first branch extending from the main body toward the first end and the second branch extends from the main body; wherein the main body extends along an axis (A5), the first branch extends along a first axis (A6) and the second branch extends along a second axis (A7), and each of the first axis and the second axis are different and intersect the axis of the main body. a leading edge and an opposing trailing edge ; a pressure sidewall and an opposing suction sidewall , with a leading edge cavity defined between the pressure sidewall and the suction sidewall, the leading edge cavity having a first end at the leading edge and a second end defined at a rib extending from the pressure sidewall to the suction sidewall; and at least one pin structure defined in the leading edge cavity between the first end and the second end, characterized in that the at least one pin structure includes a main body, a first branch and a second branch , the main body coupled to the second end and extending toward the first end, the first branch extending from the main body toward the first end and the second branch extends from the main body; wherein the main body extends along an axis (A5), the first branch extends along a first axis (A6) and the second branch extends along a second axis (A7), and each of the first axis and the second axis are different and intersect the axis of the main body.
An electronic key registration system comprising an electronic key and a verification electronic control unit , the electronic key registration system registering a key ID and an encryption key (Kcr) of the electronic key to the verification electronic control unit installed in a communication subject that communicates with the electronic key through wireless connection, wherein the verification electronic control unit includes a monitoring unit and a registration invalidation unit , and the electronic key includes a monitoring unit and a registration invalidation unit , each of the monitoring unit of the verification electronic control unit and the monitoring unit of the electronic key is configured to monitor whether or not registration of the electronic key is attempted in a certain permissible period, and each of the registration invalidation unit of the verification electronic control unit and the registration invalidation unit of the electronic key is configured to prohibit registration of the electronic key to the communication subject when the permissible period expires, wherein the monitoring unit of the verification electronic control unit is configured to measure the elapsed time (Tx) from when the verification electronic control unit is manufactured and monitor whether or not registration of the electronic key is attempted when the elapsed time (Tx) is in the permissible period, and wherein the monitoring unit of the electronic key is configured to measure the elapsed time (Tx) from when the electronic key is manufactured and monitor whether or not registration of the electronic key is attempted when the elapsed time (Tx) is in the permissible period.
A method comprising: binding , by a processor, a software thread in a set of software threads to an available hardware context in a set of hardware contexts, the set of software threads having instructions waiting to issue; storing , by the processor, an identifier of the available hardware context bound to the software thread in a next available entry in an ordered list; reading , by the processor, the identifier stored in the ordered list; responsive to determining that an instruction associated with the identifier does not have dependencies with any other instructions among the instructions waiting to issue, issuing , by the processor, the instruction to the hardware context associated with the identifier; and characterised in that responsive to determining that the instruction associated with the identifier has one or more dependencies with other instructions among the instructions waiting to issue, issuing, by the processor, a no-operation for the associated software thread. binding , by a processor, a software thread in a set of software threads to an available hardware context in a set of hardware contexts, the set of software threads having instructions waiting to issue; storing , by the processor, an identifier of the available hardware context bound to the software thread in a next available entry in an ordered list; reading , by the processor, the identifier stored in the ordered list; responsive to determining that an instruction associated with the identifier does not have dependencies with any other instructions among the instructions waiting to issue, issuing , by the processor, the instruction to the hardware context associated with the identifier; and characterised in that responsive to determining that the instruction associated with the identifier has one or more dependencies with other instructions among the instructions waiting to issue, issuing, by the processor, a no-operation for the associated software thread.
A fire notification facility in which: a plurality of fire detectors _are connected to a loop transmission path connected in a loop shape to a receiver or a relay connected to the receiver , and at the termination of the loop transmission path a break monitoring control unit is provided, monitoring a break fault in the loop transmission path ; when the loop transmission path is normal, a signal is transmitted from a transmitting unit of the receiver or relay connected to a starting end of the loop transmission path to the fire detectors to monitor fire; and when a break occurs in the loop transmission path , the termination of the loop transmission path is connected to the transmitting unit to transmit a signal from both ends of the loop transmission path to the fire detectors to monitor fire with the fire notification facility, wherein a plurality of current direction detecting units is provided which are connected to the loop transmission path , each of the plurality of current direction detecting units having a unique address set thereto, and being configured to detect a current direction flowing through the loop transmission path in a predetermined direction as a current normal direction and detect a current flowing through a direction opposite to the normal current direction as a current reverse direction, wherein the plurality of said current direction detecting units transmits the current direction to the receiver or the relay, and wherein a break section determining unit is provided to the receiver or the relay the break section determining unit which determines, as a break section, a section in which the current normal direction detected at the plurality of current direction detecting units is changed to the current reverse direction when a break occurs in the loop transmission path , and notifies as such. wherein a plurality of current direction detecting units is provided which are connected to the loop transmission path , each of the plurality of current direction detecting units having a unique address set thereto, and being configured to detect a current direction flowing through the loop transmission path in a predetermined direction as a current normal direction and detect a current flowing through a direction opposite to the normal current direction as a current reverse direction, wherein the plurality of said current direction detecting units transmits the current direction to the receiver or the relay, and wherein a break section determining unit is provided to the receiver or the relay the break section determining unit which determines, as a break section, a section in which the current normal direction detected at the plurality of current direction detecting units is changed to the current reverse direction when a break occurs in the loop transmission path , and notifies as such.
A charging station monitoring system comprising: a radar , a digital camera and a communication device which are arranged at and in association with a charging apparatus of a charging station, the radar and the digital camera each having a sensing range covering a parking lot associated with the charging apparatus and an area around the parking lot, the digital camera being normally closed, and the charging apparatus being normally deactivated; a cloud server in communication with an intelligent portable device of a user, the communication device being configured to communicate with the cloud server; the charging station monitoring system being characterized by a controller configured to: activate the digital camera when the radar senses there is a vehicle entering the parking lot, determine whether the vehicle is an electric vehicle or not, wake up the charging apparatus for preparation for charging if the controller determines that the vehicle is an electric vehicle, and send the occupation state of the charging apparatus to the cloud server after the charging apparatus starts to charge the vehicle; wherein, when the controller determines that the vehicle entered the parking lot is a non-electric vehicle, the controller sends corresponding information of the vehicle to the cloud server so that the cloud server is able to send the received information to the user's intelligent portable device . a radar , a digital camera and a communication device which are arranged at and in association with a charging apparatus of a charging station, the radar and the digital camera each having a sensing range covering a parking lot associated with the charging apparatus and an area around the parking lot, the digital camera being normally closed, and the charging apparatus being normally deactivated; a cloud server in communication with an intelligent portable device of a user, the communication device being configured to communicate with the cloud server; the charging station monitoring system being characterized by a controller configured to: activate the digital camera when the radar senses there is a vehicle entering the parking lot, determine whether the vehicle is an electric vehicle or not, wake up the charging apparatus for preparation for charging if the controller determines that the vehicle is an electric vehicle, and send the occupation state of the charging apparatus to the cloud server after the charging apparatus starts to charge the vehicle; wherein, when the controller determines that the vehicle entered the parking lot is a non-electric vehicle, the controller sends corresponding information of the vehicle to the cloud server so that the cloud server is able to send the received information to the user's intelligent portable device .