mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument , comprising: a fulcrum defining a body , the body including a first surface that defines spaced apart openings with an interior cavity disposed therebetween and is configured for disposal of a first implant support and the body including a surface that defines a passageway ; an arm including a second surface , the arm having an end member that includes a third surface and the arm being disposed within the passageway and oriented for engagement with a pressure plate disposed with the interior cavity of body ; and the pressure plate that biases the second surface into engagement with the first support ; wherein the second surface is movable relative to the fulcrum and engageable with the first implant upport to fix the first surface with the first implant support and wherein the third surface is connected with the second surface such that the second surface is translatable relative to the first implant support and the third surface is engageable with a second implant support . a fulcrum defining a body , the body including a first surface that defines spaced apart openings with an interior cavity disposed therebetween and is configured for disposal of a first implant support and the body including a surface that defines a passageway ; an arm including a second surface , the arm having an end member that includes a third surface and the arm being disposed within the passageway and oriented for engagement with a pressure plate disposed with the interior cavity of body ; and the pressure plate that biases the second surface into engagement with the first support ; wherein the second surface is movable relative to the fulcrum and engageable with the first implant upport to fix the first surface with the first implant support and wherein the third surface is connected with the second surface such that the second surface is translatable relative to the first implant support and the third surface is engageable with a second implant support .
An insert element for inserting into a device for humidifying, cleaning and/or cooling a fluid, in particular a gas, such as e.g. air, said insert element comprising - an insert body adapted to be wetted with a liquid, in particular water, the outer side of the insert body comprising a flow inlet side and a flow outlet side and, between these sides, being provided with regions adapted to be wetted with the liquid and to be exposed to a gas, in particular air, wherein the insert body and its regions between the flow inlet side and the flow outlet side are configured to allow the gas to flow therethrough, - wherein the insert body has a multi-layered design and has a plurality of mutually abutting undulated grid-type plate elements which are each delimited by an edge and are provided with elevations and depressions, - wherein, between at least two adjacent grid plate elements , at least one film-type plate element is arranged, - wherein the insert body comprises, per layer, a plurality of grid-type plate elements abutting each other by their mutually confronting edges, and - wherein at least one film-type plate element is arranged between the grid-type plate elements of at least one pair of adjacent layers of grid-type plate elements and covers these grid-type plate elements , characterized in that the at least one film-type plate element is plane. - an insert body adapted to be wetted with a liquid, in particular water, the outer side of the insert body comprising a flow inlet side and a flow outlet side and, between these sides, being provided with regions adapted to be wetted with the liquid and to be exposed to a gas, in particular air, wherein the insert body and its regions between the flow inlet side and the flow outlet side are configured to allow the gas to flow therethrough, - wherein the insert body has a multi-layered design and has a plurality of mutually abutting undulated grid-type plate elements which are each delimited by an edge and are provided with elevations and depressions, - wherein, between at least two adjacent grid plate elements , at least one film-type plate element is arranged, - wherein the insert body comprises, per layer, a plurality of grid-type plate elements abutting each other by their mutually confronting edges, and - wherein at least one film-type plate element is arranged between the grid-type plate elements of at least one pair of adjacent layers of grid-type plate elements and covers these grid-type plate elements ,
Tea strainer insert for insertion into a brewing chamber of an automatic tea maker , - with a support element for a strainer and - with a sealing element arranged on the support element , which limits the tea strainer insert at least in sections towards the outside edge, characterised in that - the sealing element has a plurality of sealing segments spaced apart from one another in the circumferential direction of the sealing element and pointing outwardly at the edge, and - that the support element has an edge-side groove into which the sealing element can be inserted, and that the sealing element and the support element have complementary fastening means (64a-b, 65a-b) in order to fix the sealing element in the groove of the support element , wherein the sealing element has a hook and the groove of the support element has a contour corresponding thereto as complementary fastening means (64a -b, 65a-b). - with a support element for a strainer and - with a sealing element arranged on the support element , which limits the tea strainer insert at least in sections towards the outside edge, - the sealing element has a plurality of sealing segments spaced apart from one another in the circumferential direction of the sealing element and pointing outwardly at the edge, and - that the support element has an edge-side groove into which the sealing element can be inserted, and that the sealing element and the support element have complementary fastening means (64a-b, 65a-b) in order to fix the sealing element in the groove of the support element , wherein the sealing element has a hook and the groove of the support element has a contour corresponding thereto as complementary fastening means (64a -b, 65a-b).
- A rotary wing aircraft comprising a nacelle ; at least one rotor mast mounted so as to rotate around a first rotation axis and provided with at least one blade ; a first operating device to move the rotor mast around the first rotation axis ; a braking device to stop the rotation of the rotor mast ; an emergency parachute mounted on the nacelle and comprising a canopy and a rope provided with an end loop fitted around the rotor mast ; a rocket to start the extraction of the canopy from the nacelle ; a second operating device to operate the braking device ; and a third operating device to operate the rocket ; and characterized in that it further comprises one single actuator device to operate both the second operating device and the third operating device .
A pharmaceutical composition, wherein the pharmaceutical composition comprises micro RNAs with or without chemical modification, and a carrier suitable for delivery in vivo , the carrier is a branched histidine-lysine polypeptide characterized in that the micro RNAs include one or more of a miR-150, a miR-143 and a miR-195, the sequence of the miR-150 is 5'-UCUCCCAACCCUUGUACCAGUG-3', the sequence of the miR-143 is 5'-UGAGAUGAAGCACUGUAGCUC-3', the sequence of the miR-195 is 5'-UAGCAGCACAGAAAUAUUGGC-3'.
A method for simulating a large scale perfusion culture of cells in suspension, comprising (a) providing a small scale cell culture having a culture volume of 10% or less of the large scale perfusion culture; (b) cultivating cells in the small scale cell culture using one or more culturing conditions of the large scale perfusion culture to be simulated, wherein the small scale cell culture is stirred; (c) stopping the stirring of the small scale cell culture; (d) removing a part of the culture medium of the small scale cell culture from the top part of the cell culture after at least partial sedimentation of the cells in the small scale cell culture; and (e) adding fresh culture medium to the small scale cell culture; wherein the cells are eukaryotic cells which grow in suspension. (a) providing a small scale cell culture having a culture volume of 10% or less of the large scale perfusion culture; (b) cultivating cells in the small scale cell culture using one or more culturing conditions of the large scale perfusion culture to be simulated, wherein the small scale cell culture is stirred; (c) stopping the stirring of the small scale cell culture; (d) removing a part of the culture medium of the small scale cell culture from the top part of the cell culture after at least partial sedimentation of the cells in the small scale cell culture; and (e) adding fresh culture medium to the small scale cell culture;
A cable support positionable about a cable of a wellsite, the cable support comprising: a body having a base portion and a ball portion with a cable channel to receive a cable therethrough, the base portion having a cavity to receive a ball portion of another cable support , whereby the cable is flexibly supported the body comprising a plurality of axial segments movable between an open position to access the cable channel and a closed position to enclose the cable in the cable channel ; characterized in that an aligner operatively connects the body with the body of another cable support in a predefined orientation, wherein the aligner comprises a thread disposable through the body and the body of the another cable support . a body having a base portion and a ball portion with a cable channel to receive a cable therethrough, the base portion having a cavity to receive a ball portion of another cable support , whereby the cable is flexibly supported the body comprising a plurality of axial segments movable between an open position to access the cable channel and a closed position to enclose the cable in the cable channel ; characterized in that an aligner operatively connects the body with the body of another cable support in a predefined orientation, wherein the aligner comprises a thread disposable through the body and the body of the another cable support .
A cylinder lock , comprising a body and, inside it, an inner cylinder unit provided with an inner cylinder , a tumbler and electric means , which electric means allow the tumbler to be guided from a locking position into an opening position, the tumbler preventing the turning of the inner cylinder with respect to the body in the locking position and allowing the inner cylinder to be turned with respect to the body in the opening position, the inner cylinder having a channel inside it, the cylinder lock comprising a generator for generating electricity to the cylinder lock from the movement of a key inserted in the cylinder lock, the electricity generated being used to identify the key , and the electricity generated also being used in the electric means if opening the cylinder lock is allowed on the basis of the identification of the key, wherein the cylinder lock comprises, in connection with the generator , a generator shaft system , a channel axis and transmission parts from the channel axis to the generator, and a key channel module with a key channel and an opening from its side surface into the key channel, the key channel and the channel inside the inner cylinder forming a joint channel , in which key channel module opening is positioned a part of the channel axis , which extends into the key channel , and which channel axis comprises a gearwheel which is in the key channel and arranged to rotate by the movement of the key inserted in the cylinder lock, the generator shaft system , the channel axis , the transmission parts and the key channel module being in connection with the inner cylinder such that they are arranged to turn with the inner cylinder, and the cylinder lock comprises a circuit board provided with a memory for identifying the key, and also for conveying the electricity generated to the electric means if opening the cylinder lock is allowed on the basis of the identification of the key, and which cylinder lock comprises at least one protective cover , between which protective cover and the key channel module are located the channel axis , the transmission parts , the generator shaft system and the generator .
A process for transitioning a reactor from base-catalyzed polyol production to double metal cyanide (DMC)-catalyzed polyol production, the process comprising: (i) conducting a base-catalyzed polyol production reaction in a reactor, thereby producing a base-catalyzed product mixture; (ii) discharging the base-catalyzed product mixture from the reactor, wherein the base-catalyzed product mixture is not neutralized before being discharged from the reactor; (iii) adding a starter mixture to the reactor, wherein the reactor is not washed-out or rinsed between the discharging of the base-catalyzed product mixture and the addition of the starter mixture, wherein the starter mixture is added in an amount that contacts at least 12.5% of the total internal surface area of the reactor, and wherein the starter mixture comprises: (a) a polyether polyol starter; (b) a DMC catalyst; and (c) 500-1200 ppm acid based on the total weight of the starter mixture; and (iv) conducting a DMC-catalyzed polyol production reaction in the reactor. (i) conducting a base-catalyzed polyol production reaction in a reactor, thereby producing a base-catalyzed product mixture; (ii) discharging the base-catalyzed product mixture from the reactor, wherein the base-catalyzed product mixture is not neutralized before being discharged from the reactor; (iii) adding a starter mixture to the reactor, wherein the reactor is not washed-out or rinsed between the discharging of the base-catalyzed product mixture and the addition of the starter mixture, wherein the starter mixture is added in an amount that contacts at least 12.5% of the total internal surface area of the reactor, and wherein the starter mixture comprises: (a) a polyether polyol starter; (b) a DMC catalyst; and (c) 500-1200 ppm acid based on the total weight of the starter mixture; and (a) a polyether polyol starter; (b) a DMC catalyst; and (c) 500-1200 ppm acid based on the total weight of the starter mixture; and (iv) conducting a DMC-catalyzed polyol production reaction in the reactor.
A state detecting system comprising: a state detecting device including a chargeable all-solid-state battery ; a power generator which is adapted to supply charging power to the all-solid-state battery , and a sensor which is adapted to operate with electric power supplied from the all-solid-state battery ; and a flexible object-to-be-measured to which the state detecting device is attached; characterized in that the state detecting device further comprises: a flexible substrate on which all of the all-solid-state battery , the power generator and the sensor are mounted; wherein the power generator is a piezoelectric element which is separate from the all-solid-state battery , a thermal conduction pattern formed on at least part of a surface on the side of the flexible substrate where the object-to-be-measured is located, the sensor includes a temperature sensor and at least one selected from an acceleration sensor, a pressure sensor and a distortion sensor, the flexible substrate is attached to the object-to-be-measured or constitutes at least part of an inner surface of a space to be measured, and the piezoelectric element is adapted to generate power by the vibration of the object-to-be-measured . a state detecting device including a chargeable all-solid-state battery ; a power generator which is adapted to supply charging power to the all-solid-state battery , and a sensor which is adapted to operate with electric power supplied from the all-solid-state battery ; and a flexible object-to-be-measured to which the state detecting device is attached; characterized in that the state detecting device further comprises: a flexible substrate on which all of the all-solid-state battery , the power generator and the sensor are mounted; wherein the power generator is a piezoelectric element which is separate from the all-solid-state battery , a thermal conduction pattern formed on at least part of a surface on the side of the flexible substrate where the object-to-be-measured is located, the sensor includes a temperature sensor and at least one selected from an acceleration sensor, a pressure sensor and a distortion sensor, the flexible substrate is attached to the object-to-be-measured or constitutes at least part of an inner surface of a space to be measured, and the piezoelectric element is adapted to generate power by the vibration of the object-to-be-measured . a flexible substrate on which all of the all-solid-state battery , the power generator and the sensor are mounted; wherein the power generator is a piezoelectric element which is separate from the all-solid-state battery , a thermal conduction pattern formed on at least part of a surface on the side of the flexible substrate where the object-to-be-measured is located, the sensor includes a temperature sensor and at least one selected from an acceleration sensor, a pressure sensor and a distortion sensor, the flexible substrate is attached to the object-to-be-measured or constitutes at least part of an inner surface of a space to be measured, and the piezoelectric element is adapted to generate power by the vibration of the object-to-be-measured .
A management method used in a management system having an equipment to which a dynamic address is dynamically assigned and a control apparatus that performs communication with the equipment via a predetermined network using the dynamic address assigned to the equipment , comprising: a step A of transmitting a classification message including a classification of the equipment by multicast from the equipment ; a step B1 of specifying, at the control apparatus, the dynamic address of the equipment by a source address of the classification message; a step B2 of transmitting, after the dynamic address of the equipment was specified, an identification information request message from the control apparatus to the equipment based on the specified dynamic address, the identification information request message requesting identification information for identifying the equipment ; a step C of transmitting an identification information notification message including the identification information from the equipment to the control apparatus ; and a step D of managing the equipment , on the basis of the identification information and the dynamic address by the control apparatus , wherein the identification information is unchanged information uniquely determined within the predetermined network . a step A of transmitting a classification message including a classification of the equipment by multicast from the equipment ; a step B1 of specifying, at the control apparatus, the dynamic address of the equipment by a source address of the classification message; a step B2 of transmitting, after the dynamic address of the equipment was specified, an identification information request message from the control apparatus to the equipment based on the specified dynamic address, the identification information request message requesting identification information for identifying the equipment ; a step C of transmitting an identification information notification message including the identification information from the equipment to the control apparatus ; and a step D of managing the equipment , on the basis of the identification information and the dynamic address by the control apparatus , wherein the identification information is unchanged information uniquely determined within the predetermined network .
A computer program product that implements an application programming interface for obtaining navigation information for a software application executed on a mobile computing device implementing a mobile operating system , the mobile computing device having one or more processors and a display device, the application programming interface comprising: a first set of instructions which is a navigator class , the navigator class exposing a plurality of functions to control the implementation of a navigation service by the software application, the navigation service providing navigation information to a user of the software application, the functions comprising one or more of display of routes, navigation start, navigation stop, and camera angle change; a second set of instructions which is a navigator delegate of navigator class which implements a navigator delegate protocol , the navigator delegate implementing one or more calls to update the navigation information provided as part of the navigation service; wherein the navigator delegate protocol comprises an update remaining time or distance function operable to be called when a respective estimated time or distance to the destination is updated; and wherein the navigator class comprises a respective specifiable time or distance update threshold property configured to trigger the respective update remaining time or distance function. a first set of instructions which is a navigator class , the navigator class exposing a plurality of functions to control the implementation of a navigation service by the software application, the navigation service providing navigation information to a user of the software application, the functions comprising one or more of display of routes, navigation start, navigation stop, and camera angle change; a second set of instructions which is a navigator delegate of navigator class which implements a navigator delegate protocol , the navigator delegate implementing one or more calls to update the navigation information provided as part of the navigation service; wherein the navigator delegate protocol comprises an update remaining time or distance function operable to be called when a respective estimated time or distance to the destination is updated; and wherein the navigator class comprises a respective specifiable time or distance update threshold property configured to trigger the respective update remaining time or distance function.
A method for operating a household appliance with an accumulator and a control and evaluation device for controlling a charging start time of a charging operation of the accumulator , wherein the charging start time of a charging operation for charging the accumulator is controlled in dependence on predefined conditions, characterized in that the control and evaluation device controls the charging start time is controlled in dependence on a charging period and a predefined time of use of the household appliance in such a way that the charging operation is completed exactly when the time of use is reached, wherein the control and evaluation device calculates an expected charging period for reaching a required charge capacity and calculates the required charge capacity based on an energy demand for a scheduled use of the household appliance .
A glazing and notably a vehicle glazing, comprising a laminated glazed element comprising an outside sheet of glass , an inside sheet of glass and an interlayer sheet of plastic situated between said two sheets of glass, said outside sheet of glass having an outside face , an edge face and an interlayer face which is oriented toward said interlayer sheet of plastic , said inside sheet of glass having an interlayer face which is oriented toward said interlayer sheet of plastic , an edge face and an inside face , said glazing comprising along at least part of at least one edge a profiled beading comprising a groove for clip-fastening a cover piece onto said profiled beading , said cover piece comprising, viewed in cross section, a barbed hook that enters said groove at the time of clip-fastening, characterized in that said profiled beading comprises, when viewed in cross section, an interlayer flange situated between said interlayer face of said outside sheet of glass and said interlayer face of said inside sheet of glass , said interlayer flange does not come into contact with said edge face of said interlayer sheet of plastic .