mhurhangee/patent-ind-claim-en huggingface dataset:
A device for clearing obstructions from a medical tube comprising: an enclosure having an interior defining a sterile field, an exterior , and a distal opening for providing access to the interior ; a spool provided within the enclosure that is rotatable about an axis (X); an elongated guide member coupled to the spool , wherein rotation of the spool in a first direction causes the guide member to unwind about the spool and advance through the distal opening , and wherein rotation of the spool in a second direction causes the guide member to wind about the spool and retract through the distal opening ; a drive mechanism that is operable to rotate the spool within the enclosure without compromising the sterile field within the enclosure ; and a control system configured to automatically control operation of the drive mechanism to automatically stroke the guide member intermittently according to a predetermined set period of time between successive strokes. an enclosure having an interior defining a sterile field, an exterior , and a distal opening for providing access to the interior ; a spool provided within the enclosure that is rotatable about an axis (X); an elongated guide member coupled to the spool , wherein rotation of the spool in a first direction causes the guide member to unwind about the spool and advance through the distal opening , and wherein rotation of the spool in a second direction causes the guide member to wind about the spool and retract through the distal opening ; a drive mechanism that is operable to rotate the spool within the enclosure without compromising the sterile field within the enclosure ; and a control system configured to automatically control operation of the drive mechanism to automatically stroke the guide member intermittently according to a predetermined set period of time between successive strokes.
An exhaust gas turbocharger comprising: a turbine wheel attached to a rotating shaft and having a plurality of turbine blades in a circumferential direction; respective two scroll passages formed in a spiral shape outside the turbine wheel , divided into a plurality of pieces in the circumferential direction, and communicating with each other at a position of the turbine wheel located between mutual tongue sections ; and a thread disposed on a back facing surface located to face a back surface axially opposite to the turbine blade side of the turbine wheel , and extending toward the rotating shaft side from a starting point in the vicinity of the respective tongue sections so as to suppress a passage of a fluid between the back surface and the back facing surface , characterized in that the thread is continuously formed from one of the tongue sections to the other one of the tongue sections along a side portion of the rotating shaft . a turbine wheel attached to a rotating shaft and having a plurality of turbine blades in a circumferential direction; respective two scroll passages formed in a spiral shape outside the turbine wheel , divided into a plurality of pieces in the circumferential direction, and communicating with each other at a position of the turbine wheel located between mutual tongue sections ; and a thread disposed on a back facing surface located to face a back surface axially opposite to the turbine blade side of the turbine wheel , and extending toward the rotating shaft side from a starting point in the vicinity of the respective tongue sections so as to suppress a passage of a fluid between the back surface and the back facing surface , characterized in that the thread is continuously formed from one of the tongue sections to the other one of the tongue sections along a side portion of the rotating shaft .
A coated roofing granule, comprising: a roofing granule having an external surface and a coating on the external surface of the roofing granule, wherein the coating is formed from a coating composition comprising: photocatalytic TiO 2 particles and an alkali metal silicate binder, wherein the alkali metal silicate binder further comprises an alkoxysilane which comprises tetraethoxysilane; wherein the coating composition has a solid weight percentage of photocatalytic particles in the range of 30% to 80% and the coating composition has a solid weight percentage of the alkoxysilane of more than 10%. photocatalytic TiO 2 particles and an alkali metal silicate binder, wherein the alkali metal silicate binder further comprises an alkoxysilane which comprises tetraethoxysilane; wherein the coating composition has a solid weight percentage of photocatalytic particles in the range of 30% to 80% and the coating composition has a solid weight percentage of the alkoxysilane of more than 10%.
A LED strip for providing indirect light emission having an upper surface and a lower surface opposite to the upper surface, the LED strip comprising a plurality of LEDs arranged on the upper surface, wherein the LED strip has an unfolded state and a folded state, the LED strip being substantially planar in the unfolded state and extending along a central longitudinal axis, the LED strip comprising a first side and a second side opposite to the first side, the first and second side being parallel to the central longitudinal axis (L) in the unfolded state, wherein the LED strip in the folded state has a plurality of first loops , each of the plurality of first loops comprising at least one opening and being provided with at least one of the plurality of LEDs, which is configured to emit light towards a reflective interior surface of the loop, whereby at least a portion of the light reflected from the reflective interior surface may exit the at least one opening of each loop of the plurality of first loops, thereby providing indirect light emission.
A terminal comprising: a receiving section that is adapted to receive a Channel State Information Reference Signal, CSI-RS, candidate list, from a macro base station , wherein the CSI-RS candidate list includes a plurality of CSI-RS configurations corresponding to a plurality of transmission points in a macro cell of the macro base station, the CSI-RS candidate list being indicated by Radio Resource Control, RRC, signaling, wherein each of the CSI-RS configurations includes a CSI-RS individual offset for offsetting a result of a reception power measurement; a measuring section that is adapted to specify at least one CSI-RS resource information of measurement target based on the CSI-RS candidate list, and to measure the reception power using the specified CSI-RS, wherein the result of the reception power measurement is offset by the CSI-RS individual offset; and a transmitting section that is adapted to report the result of the reception power measurement in case the offset result of the reception power measurement is greater than a threshold. a receiving section that is adapted to receive a Channel State Information Reference Signal, CSI-RS, candidate list, from a macro base station , wherein the CSI-RS candidate list includes a plurality of CSI-RS configurations corresponding to a plurality of transmission points in a macro cell of the macro base station, the CSI-RS candidate list being indicated by Radio Resource Control, RRC, signaling, wherein each of the CSI-RS configurations includes a CSI-RS individual offset for offsetting a result of a reception power measurement; a measuring section that is adapted to specify at least one CSI-RS resource information of measurement target based on the CSI-RS candidate list, and to measure the reception power using the specified CSI-RS, wherein the result of the reception power measurement is offset by the CSI-RS individual offset; and a transmitting section that is adapted to report the result of the reception power measurement in case the offset result of the reception power measurement is greater than a threshold.
A method for wastewater treatment with zero discharge of sludge, the method comprising: a) providing a membrane bioreactor system comprising a membrane separation system and a reaction vessel; b) inoculating silicate-solubilising bacteria into the reaction vessel; c) introducing wastewater and inorganic silt that includes relatively small particles into the reaction vessel, wherein the inorganic silt comprises silica; and d) aerating the membrane separation system and the reaction vessel to control a dissolved oxygen concentration of the wastewater around the membrane separation system to be greater than 0 and smaller than 2 mg/L and the dissolved oxygen concentration of the wastewater in the reaction vessel excluding the membrane separation system to be greater than 0 and smaller than 1 mg/L. a) providing a membrane bioreactor system comprising a membrane separation system and a reaction vessel; b) inoculating silicate-solubilising bacteria into the reaction vessel; c) introducing wastewater and inorganic silt that includes relatively small particles into the reaction vessel, wherein the inorganic silt comprises silica; and d) aerating the membrane separation system and the reaction vessel to control a dissolved oxygen concentration of the wastewater around the membrane separation system to be greater than 0 and smaller than 2 mg/L and the dissolved oxygen concentration of the wastewater in the reaction vessel excluding the membrane separation system to be greater than 0 and smaller than 1 mg/L.
Battery sensor for a vehicle, wherein the battery sensor comprises a measurement resistor , which is arranged between a first connection element and a second connection element and is electrically contacted thereby, wherein at least two first contacts are provided at the first connection element and at least two second contacts are provided at the second connection element , wherein a first measurement device is provided with a first current measurement device and a second measurement device is provided with a second current measurement device , wherein the current measurement devices are each in electrical contact with a first contact and a second contact , characterized in that the first measurement device has a first temperature sensor , which is thermally connected to a first contact or a second contact , and the second measurement device has a second temperature sensor , which is thermally connected to a first contact or a second contact , and in that an evaluation circuit , connected to the first measurement device and the second measurement device , for evaluating the temperature signals output by the temperature sensors is provided.
A method for transmitting a physical layer protocol data unit performed by an apparatus, comprising: generating, a physical layer protocol data unit, PPDU, wherein the PPDU comprises a long training field carrying an LTF sequence, a 320 MHz 4x LTF sequence is 4xEHT_LTF_320M -2036:2036 , 4xEHT_LTF_320M -2036:2036 = {4xEHT_LTF_partA, 0 5 , 4xEHT_LTF_partB, 0 23 , 4xEHT_LTF_partA, 0 5 ,-4xEHT_LTF_partB, 0 23 , -4xEHT_LTF_partA, 0 5 , -4xEHT_LTF_partB, 0 23 , -4xEHT_LTF_partA, 0 5 , 4xEHT_LTF_partB }, wherein 0 5 represents 5 consecutive 0s; 0 23 represents 23 consecutive 0s; sending the PPDU. generating, a physical layer protocol data unit, PPDU, wherein the PPDU comprises a long training field carrying an LTF sequence, a 320 MHz 4x LTF sequence is 4xEHT_LTF_320M -2036:2036 , 4xEHT_LTF_320M -2036:2036 = {4xEHT_LTF_partA, 0 5 , 4xEHT_LTF_partB, 0 23 , 4xEHT_LTF_partA, 0 5 ,-4xEHT_LTF_partB, 0 23 , -4xEHT_LTF_partA, 0 5 , -4xEHT_LTF_partB, 0 23 , -4xEHT_LTF_partA, 0 5 , 4xEHT_LTF_partB }, wherein 0 5 represents 5 consecutive 0s; 0 23 represents 23 consecutive 0s; sending the PPDU.
Poly(aryl-ether-ketone) (PAEK) composition, capable of being used in a process for constructing a three-dimensional object layer-by-layer by electromagnetic radiation-generated sintering, said composition being characterized in that it comprises an aromatic ether content of between 0 and 0.4% by weight, and a weight content of aluminium of less than 1000 ppm, preferably less than 600 ppm and more preferably less than 500 ppm, the content of which is measured in accordance with the description.
A system for scalable real-time micro-object position control with the aid of a digital computer, comprising: at least one processor configured to execute computer-executable code, comprising: a parameter module configured to obtain one or more parameters of a system for positioning of at least one micro-object , the system comprising a plurality of electrodes (15A-15D), the electrodes configured to induce a movement of the micro-object when the micro-object is suspended in a fluid proximate to the electrodes upon a generation of one or more forces by the electrodes; an interaction module configured to model a parameter of an interaction between each of the electrodes and the micro-object as a function of a distance between that electrode and the micro-object using the system parameters; a position module configured to obtain a position of the micro-object within the fluid; and a control signal module configured to generate a control signal for each of the electrodes, the control signal comprising a command to generate one or more of the forces for the predefined period of time by that electrode, using the obtained position, the interaction parameter, and a desired location of the micro-object. a parameter module configured to obtain one or more parameters of a system for positioning of at least one micro-object , the system comprising a plurality of electrodes (15A-15D), the electrodes configured to induce a movement of the micro-object when the micro-object is suspended in a fluid proximate to the electrodes upon a generation of one or more forces by the electrodes; an interaction module configured to model a parameter of an interaction between each of the electrodes and the micro-object as a function of a distance between that electrode and the micro-object using the system parameters; a position module configured to obtain a position of the micro-object within the fluid; and a control signal module configured to generate a control signal for each of the electrodes, the control signal comprising a command to generate one or more of the forces for the predefined period of time by that electrode, using the obtained position, the interaction parameter, and a desired location of the micro-object.
An oil scraper piston ring for an internal combustion engine, comprising two webs which are axially placed one above the other in the area of its bearing surface , wherein both webs are in contact with a counter-bearing surface and thus form the bearing surface and the webs are provided with a profile on the side of the counter-bearing surface, which profile comprises, in case of need, an at least partial coating , wherein both webs are provided with different web geometries such that the lower web assumes the main part of the scraping effect during the upwards stroke and the upper web essentially swims up on a residual oil film on the counter-bearing surface during the upwards stroke, characterized in that the upper web extends approximately parallel to the counter-bearing surface starting from its upper flank , conically into the direction of the counter-bearing surface and afterwards over a partial area of the web height, and it is subsequently provided with an asymmetrically crowned bearing surface profile at least over a partial area of the web height.
An electronic atomizing device, comprising: a liquid reservoir having a storage cavity , the liquid reservoir being provided with a mounting hole that communicates with the storage cavity ; ventilation valve comprising: a valve sleeve received in the mounting hole and provided with a through hole in communication with the storage cavity of the liquid reservoir ; and a valve element having air permeability and comprising an oleophobic material layer adjacent to the storage cavity , and a semi-permeable membrane connected to an end of the oleophobic material layer away from the storage cavity , characterized in that the oleophobic material layer and the semi-permeable membrane are accommodated in the through hole . a liquid reservoir having a storage cavity , the liquid reservoir being provided with a mounting hole that communicates with the storage cavity ; ventilation valve comprising: a valve sleeve received in the mounting hole and provided with a through hole in communication with the storage cavity of the liquid reservoir ; and a valve element having air permeability and comprising an oleophobic material layer adjacent to the storage cavity , and a semi-permeable membrane connected to an end of the oleophobic material layer away from the storage cavity , characterized in that the oleophobic material layer and the semi-permeable membrane are accommodated in the through hole . a valve sleeve received in the mounting hole and provided with a through hole in communication with the storage cavity of the liquid reservoir ; and a valve element having air permeability and comprising an oleophobic material layer adjacent to the storage cavity , and a semi-permeable membrane connected to an end of the oleophobic material layer away from the storage cavity , characterized in that the oleophobic material layer and the semi-permeable membrane are accommodated in the through hole .
Method for assigning connection information for an assembly of a charging apparatus designed for charging an electrical energy store, wherein connection information is determined by a computing apparatus for each charging apparatus of a plurality of charging apparatuses , wherein each charging apparatus comprises at least one phase connection (2, 3, 12-15) and the connection information for the at least one phase connection (2, 3, 12-15) specifies a permitted phase assignment from a set of a plurality of permitted phase assignments, wherein the phase assignments describe an assignment in each case of a phase of a multiphase power network to the at least one phase connection (2, 3, 12-15) during the assembly of the charging apparatus , and wherein the connection information is determined by the computing apparatus in such a way that different connection information is determined in each case for at least one pair of charging apparatuses , characterised in that after a charging apparatus has been assembled, assembly information describing the phase assignment made during the assembly is transmitted to the computing apparatus , whereupon, if the assembly information matches the connection information assigned to the charging apparatus , the computing apparatus transmits enabling information to a communication apparatus of the charging apparatus and/or to a mobile device , wherein a charging function of the charging apparatus is enabled or can be enabled by the enabling information.
A method for conferring or enhancing herbicide resistance on a plant or alga, the method including transforming a plant, alga, plant cell, protoplast, callus, hypocotyl, seed, cotyledon, or shoot with a gene encoding a polypeptide consisting of an amino acid sequence of SEQ ID NO: 5 or an amino acid sequence having 95% or higher homology thereto, wherein the herbicide is a protoporphyrinogen oxidase-inhibiting herbicide.
A method for increasing the production of flowers, seeds and/or fruits in a plant, comprising the step of contacting said plant with a composition, the composition comprising the microorganism Colletotrichum tofieldiae and/or filtrates of said microorganism.
A film machine for producing stretch films, having a discharge device with a discharge gap for the discharge of flowable film material and a rotatably mounted casting roller for receiving the discharged flowable film material on the surface of the casting roller , further having a cleaning apparatus with a rotatably mounted cleaning roller for a contacting of the film material arranged on the surface of the casting roller , characterized in that the cleaning apparatus has an adjusting mechanism with a circumferential adjustment for an adjustment of a cleaning position (PP) of the cleaning roller along the circumferential direction of the casting roller , wherein the adjusting mechanism has a sensor device for the detection at least of one of the following load parameters of the cleaning roller for a load balancing: - dead weight - angle between the dead weight vector of the cleaning roller of the casting roller - circumferential position of the cleaning roller in relation to the casting roller - axial deflection of the cleaning roller - axial contact course and/or pressure force of the cleaning roller on the casting roller . - dead weight - angle between the dead weight vector of the cleaning roller of the casting roller - circumferential position of the cleaning roller in relation to the casting roller - axial deflection of the cleaning roller - axial contact course and/or pressure force of the cleaning roller on the casting roller .
A method for connecting a blade to a hub of a wind turbine , the method comprising pulling (S5) the blade towards the hub using a rope guided through an interior of the hub , wherein said rope may be a tension line, a cable, a belt, a chain and/or a wire wherein said method comprises the steps of: a) providing (S1) the hub which is mounted to a tower of the wind turbine , b) providing (S2) the blade and the rope which is connected to the blade with its one end , c) lifting (S3) the blade towards the hub , d) placing (S4) the other end of the rope into the interior of the hub , e) pulling (S5) the rope at the other end , and f) connecting (S9) the blade to the hub wherein the blade is pulled towards the hub in the longitudinal direction (L) of the blade ; wherein a movement of the blade perpendicular to the longitudinal direction (L) of the blade is restricted by means of a first guiding element ; wherein the first guiding element is a guiding cage connected to the hub and protruding from the hub , in particular from the blade connecting surface . a) providing (S1) the hub which is mounted to a tower of the wind turbine , b) providing (S2) the blade and the rope which is connected to the blade with its one end , c) lifting (S3) the blade towards the hub , d) placing (S4) the other end of the rope into the interior of the hub , e) pulling (S5) the rope at the other end , and f) connecting (S9) the blade to the hub wherein the blade is pulled towards the hub in the longitudinal direction (L) of the blade ; wherein a movement of the blade perpendicular to the longitudinal direction (L) of the blade is restricted by means of a first guiding element ; wherein the first guiding element is a guiding cage connected to the hub and protruding from the hub , in particular from the blade connecting surface .