mhurhangee/patent-ind-claim-en huggingface dataset:
Locking apparatus for coupling with at least one drive rod , preferably for coupling at least two drive rods , of a fitting , in particular of a, preferably pivotable, sash of a window or a door, comprising a locking device and a closing device , in particular a closing cylinder, wherein the closing device can be actuated by means of a release means , in particular a key, in such a way that the closing device can be transferred from a locking position into a release position by activation with the release means , wherein in the release position the release means is inseparably connected to the closing device and wherein in the locking position the release means can be separated from the closing device , wherein the locking device comprises a coupling element for connection to at least one drive rod , preferably the drive rods , and a pretensioned, springloaded lock for cooperation with the closing device , wherein the closing device has a projection , in particular a rotatable projection, for cooperating with the lock , wherein the projection is designed and arranged in such a way that in the locking position of the closing device the projection acts on the lock against the pretension in such a way in that at least one longitudinal movement of the coupling element can be blocked by striking the lock against a stop of the coupling element , and in that, in the release position of the closing device , the projection can be disengaged from the lock , so that the lock is disengaged from the stop in the prestressed state, as a result of which the at least one longitudinal movement of the coupling element can be released, wherein a spring means , in particular a sash spring, is associated with the lock . wherein the closing device can be actuated by means of a release means , in particular a key, in such a way that the closing device can be transferred from a locking position into a release position by activation with the release means , wherein in the release position the release means is inseparably connected to the closing device and wherein in the locking position the release means can be separated from the closing device , wherein the locking device comprises a coupling element for connection to at least one drive rod , preferably the drive rods , and a pretensioned, springloaded lock for cooperation with the closing device , wherein the closing device has a projection , in particular a rotatable projection, for cooperating with the lock , wherein the projection is designed and arranged in such a way that in the locking position of the closing device the projection acts on the lock against the pretension in such a way in that at least one longitudinal movement of the coupling element can be blocked by striking the lock against a stop of the coupling element , and in that, in the release position of the closing device , the projection can be disengaged from the lock , so that the lock is disengaged from the stop in the prestressed state, as a result of which the at least one longitudinal movement of the coupling element can be released, wherein a spring means , in particular a sash spring, is associated with the lock .
Centrifugal spreader for manures, fertilizers and granular materials in general, comprising: - a hopper for containing the granular material; - a dispensing container which receives the granular material from the hopper and comprises at least one outlet opening for the controlled exit of the granular material; - a distribution disc which receives the granular material from the outlet opening ; - a transmission assembly which transmits a rotary motion to the distribution disc and which comprises a rotation shaft extending between the distribution disc and the dispensing container , wherein the rotation shaft is divided into a first and a second part, connected or connectable by a connecting element which is selectively capable of either fixing the two parts to one another rotationally or separating them, characterized in that one of the first and second parts comprises an articulated portion rotatably connected thereto. - a hopper for containing the granular material; - a dispensing container which receives the granular material from the hopper and comprises at least one outlet opening for the controlled exit of the granular material; - a distribution disc which receives the granular material from the outlet opening ; - a transmission assembly which transmits a rotary motion to the distribution disc and which comprises a rotation shaft extending between the distribution disc and the dispensing container , wherein the rotation shaft is divided into a first and a second part, connected or connectable by a connecting element which is selectively capable of either fixing the two parts to one another rotationally or separating them, characterized in that one of the first and second parts comprises an articulated portion rotatably connected thereto.
A farnesyltransferase inhibitor (FTI) for use in a method of treating head and neck squamous cell carcinoma (HNSCC) in a human, wherein said human has an activating H-Ras mutation, and wherein said HNSCC is at an advanced stage, metastatic, relapsed, recurrent or refractory.
Covering and holding device for weather protection of wall copings and masonry, comprising at least one wall bracket with a modular structure for attaching a cover over copings and masonry, as well as a cover constructed from a material that is flexible, watertight and/or protected from UV radiation that can be fixed in position as a subjacent cover on the wall coping and the masonry using one or more wall brackets , wherein the wall bracket exhibits two leg sections and one transverse section , each of which are constructed from plastic, characterised in that each leg section on the one side and the transverse section on the other each exhibit initial connection elements that mate with one another for connecting the respective leg section with the transverse section , and wherein each leg section exhibits a corner section that - starting from a leg area - passes over a rounded off or non-rounded off corner and into a connection area , in which the connecting element of the leg section is constructed for connection with at least one final corresponding connection element of the transverse section , wherein the connection area is oriented at an acute angle, right angle or obtuse angle to the leg area .
A caliper device (20; 120) comprising a coupling member (30; 130) coupled to a bracket (21; 121) and movable relative to the bracket (21; 121), the bracket (21; 121) being suitable to be attached to a vehicle having a wheel, wherein the coupling member (30; 130) supports two arms , two brake shoes are located to hold a disc that rotates together with the wheel of the vehicle, when the two arms rotate, the two brake shoes are selectively moved between a position contacting the disc and a position separated from the disc , and the caliper device (20; 120) being characterized by further comprising a resistance application portion (70; 100) that applies a resistance to relative movement of the coupling member (30; 130) and the bracket (21; 121).
A control method of a battery apparatus , comprising: acquiring a state parameter of a first battery module in the battery apparatus ; controlling the first battery module and a charging device to form a first charging loop when the state parameter of the first battery module is less than a preset threshold; and controlling the first battery module , a second battery module in the battery apparatus and the charging device to be connected in series to form a second charging loop when the state parameter of the first battery module is greater than or equal to the preset threshold; wherein a charging rate of the first charging loop is higher than a charging rate of the second charging loop; characterised in that the state parameter comprises a state of charge (SOC) or a voltage. acquiring a state parameter of a first battery module in the battery apparatus ; controlling the first battery module and a charging device to form a first charging loop when the state parameter of the first battery module is less than a preset threshold; and controlling the first battery module , a second battery module in the battery apparatus and the charging device to be connected in series to form a second charging loop when the state parameter of the first battery module is greater than or equal to the preset threshold; wherein a charging rate of the first charging loop is higher than a charging rate of the second charging loop; characterised in that the state parameter comprises a state of charge (SOC) or a voltage.
Method of laser welding of a workpiece made of unalloyed or low-alloy steel using a CO 2 laser, in which the weld site is purged by a protective gas during the welding, characterized in that the protective gas used is a gas mixture consisting of between 30% by volume and 35% by volume of carbon dioxide, the remainder being argon, the workpiece used is a sheet of thickness 3 to 5 mm, and the power of the laser is between 1.5 and 3 kW.
A method for synchronizing a massive multiple-input multiple-output, MIMO, link between an access point, AP, (101; 630; 701) and a contaminating AP (102; 702), the method comprising the following successive steps: detecting, by an AP (101; 630; 701), a contaminating AP (102; 702), wherein the contaminating AP (102; 702) interferes with communication between the AP (101; 630; 701) and other UEs (110, 120; 710, 720) in communication with the AP (101; 630; 701); and extracting, by the AP (101; 630; 701), a broadcasted pilot from a first channel provided on a downlink, DL, part of a data frame , wherein the broadcasted pilot is sent by the contaminating AP (102; 702), wherein the first channel enables the AP (101; 630; 701) to directly communicate and synchronize with the contaminating AP (102; 702) via a direct communication. detecting, by an AP (101; 630; 701), a contaminating AP (102; 702), wherein the contaminating AP (102; 702) interferes with communication between the AP (101; 630; 701) and other UEs (110, 120; 710, 720) in communication with the AP (101; 630; 701); and extracting, by the AP (101; 630; 701), a broadcasted pilot from a first channel provided on a downlink, DL, part of a data frame , wherein the broadcasted pilot is sent by the contaminating AP (102; 702), wherein the first channel enables the AP (101; 630; 701) to directly communicate and synchronize with the contaminating AP (102; 702) via a direct communication.
A method for transmission of a plurality of analog videos carried by a plurality of analog broadcasting channels through a digital broadcasting medium, the method comprising: spatially multiplexing a first set of video frames of a first set of analog videos to form a first array of multiplexed video frames; spatially multiplexing a second set of video frames of a second set of analog videos to form a second array of multiplexed video frames, wherein the first array of multiplexed video frames and the second array of multiplexed video frames are formed upon reducing a frame rate of each analog video to a half of the frame rate; temporally multiplexing the first array of multiplexed video frames with the second array of multiplexed video frames; multiplexing in the temporally multiplexed first and second arrays header information related to the first and second set of video frames in a spatial domain and a temporal domain to generate a bundled multiplexed video content, wherein the bundled multiplexed video content comprises a single dimensional barcode or a two dimensional barcode in the form of a spatial and temporal map for the first set of analog videos and the second set of analog videos; encoding the bundled multiplexed video content to generate a digital video elementary stream; generating a digital transport video stream from the generated digital video elementary stream; and transporting the generated digital transport stream through a digital broadcasting medium. spatially multiplexing a first set of video frames of a first set of analog videos to form a first array of multiplexed video frames; spatially multiplexing a second set of video frames of a second set of analog videos to form a second array of multiplexed video frames, wherein the first array of multiplexed video frames and the second array of multiplexed video frames are formed upon reducing a frame rate of each analog video to a half of the frame rate; temporally multiplexing the first array of multiplexed video frames with the second array of multiplexed video frames; multiplexing in the temporally multiplexed first and second arrays header information related to the first and second set of video frames in a spatial domain and a temporal domain to generate a bundled multiplexed video content, wherein the bundled multiplexed video content comprises a single dimensional barcode or a two dimensional barcode in the form of a spatial and temporal map for the first set of analog videos and the second set of analog videos; encoding the bundled multiplexed video content to generate a digital video elementary stream; generating a digital transport video stream from the generated digital video elementary stream; and transporting the generated digital transport stream through a digital broadcasting medium.
A wind-harvesting system comprising: a plurality of crosswind power kites ; a deployable tether associated with each crosswind power kite , the tether being releasably attachable to the crosswind power kite; a shared electric power generation site including a plurality of ground anchor assemblies ; a shared runway configured for launching and landing each of the crosswind power kites; and a powered surface vehicle operable on the shared runway and configured to transport a lower end of the tether associated with a launched crosswind power kite to a ground anchor assembly to enable attachment of the tether to the ground anchor assembly; wherein the crosswind power kites are configured to take off and land on the shared runway as fixed-wing aircrafts. a plurality of crosswind power kites ; a deployable tether associated with each crosswind power kite , the tether being releasably attachable to the crosswind power kite; a shared electric power generation site including a plurality of ground anchor assemblies ; a shared runway configured for launching and landing each of the crosswind power kites; and a powered surface vehicle operable on the shared runway and configured to transport a lower end of the tether associated with a launched crosswind power kite to a ground anchor assembly to enable attachment of the tether to the ground anchor assembly; wherein the crosswind power kites are configured to take off and land on the shared runway as fixed-wing aircrafts.
A porcine parvovirus (PPV) viral protein 2 (VP2) comprising - an isoleucine residue at amino acid position 25, and - a serine residue at amino acid position 36, and - an isoleucine residue at amino acid position 37, and - a glutamic acid residue or a glutamate residue at amino acid position 228, and - a serine residue at amino acid position 414, and - a glutamine residue at amino acid position 419, and - a threonine residue at amino acid position 436, wherein the amino acid position numbering refers to the amino acid sequence of wild type PPV VP2 as shown in SEQ ID NO:1. - an isoleucine residue at amino acid position 25, and - a serine residue at amino acid position 36, and - an isoleucine residue at amino acid position 37, and - a glutamic acid residue or a glutamate residue at amino acid position 228, and - a serine residue at amino acid position 414, and - a glutamine residue at amino acid position 419, and - a threonine residue at amino acid position 436,
An injection molding machine comprising: an operation unit ; and a controller , characterized in that the operation unit has a plurality of operation buttons , and the controller has a specific information providing section which provides an operator with specific information that is displayed onto a projected portion for specifying the operation button to be pressed by the operator so that the operator recognizes whether the operation button to be pressed is a desired operation button or a button other than the desired operation button even without visually checking the operation button on the operation unit . an operation unit ; and a controller , characterized in that the operation unit has a plurality of operation buttons , and the controller has a specific information providing section which provides an operator with specific information that is displayed onto a projected portion for specifying the operation button to be pressed by the operator so that the operator recognizes whether the operation button to be pressed is a desired operation button or a button other than the desired operation button even without visually checking the operation button on the operation unit .
A method at a user equipment comprising: detecting that a circuit switched, CS, call has been requested at the user equipment and initiating a circuit switched fallback, CSFB, procedure; determining if a most recent registration attempt or registration update attempt with a network of a first radio access technology, RAT, resulted in an abnormal state; registering with a network of a second RAT if the abnormal state is detected even if a tracking area code or a location area code of a last successful network registration matches a tracking area code or a location area code in a broadcast message from the network of the second RAT; initiating the CS call with the network of the second RAT; and reselecting to the network of the second RAT for the CS call. detecting that a circuit switched, CS, call has been requested at the user equipment and initiating a circuit switched fallback, CSFB, procedure; determining if a most recent registration attempt or registration update attempt with a network of a first radio access technology, RAT, resulted in an abnormal state; registering with a network of a second RAT if the abnormal state is detected even if a tracking area code or a location area code of a last successful network registration matches a tracking area code or a location area code in a broadcast message from the network of the second RAT; initiating the CS call with the network of the second RAT; and reselecting to the network of the second RAT for the CS call.
A method for monitoring a primary variable, the method being carried out in a device having access to a set of sensors , comprising - receiving (S30), from a network service , a series of forecasted values for the primary variable, each forecasted value being associated with one of a series of future time points; characterized by - for at least one of the future time points, predicting (S33) a value for the primary variable using data of at least one secondary variable captured by a subset of the set of sensors, comparing (S34) the predicted value to the forecasted value associated with the future time point, and switching (S38) to a different subset of the set of sensors, if the predicted value deviates from the forecasted value with more than a specified threshold value - wherein a predetermined number of subsets of the set of sensors are ordered in a predetermined order and wherein switching (S38) to a different subset of the set of sensors comprises switching (S38) to the next subset according to the predetermined order. - receiving (S30), from a network service , a series of forecasted values for the primary variable, each forecasted value being associated with one of a series of future time points; characterized by - for at least one of the future time points, predicting (S33) a value for the primary variable using data of at least one secondary variable captured by a subset of the set of sensors, comparing (S34) the predicted value to the forecasted value associated with the future time point, and switching (S38) to a different subset of the set of sensors, if the predicted value deviates from the forecasted value with more than a specified threshold value - wherein a predetermined number of subsets of the set of sensors are ordered in a predetermined order and wherein switching (S38) to a different subset of the set of sensors comprises switching (S38) to the next subset according to the predetermined order.
An end structure for a laminated stacked rotor of an electric machine, wherein the end structure is attachable to an end of the stacked rotor , and the end structure comprises a ring arrangement , a rotational axis of which is a rotational axis of the stacked rotor , and at least one reinforcing structure , wherein the reinforcing structure of the end structure comprises at least one stud which is attachable to an end plate of the stacked rotor and/ or to an outermost stack element of the stacked rotor , a longitudinal axis of the at least one stud being parallel to the rotational axis of the stacked rotor ; a value of a tensile strength of the at least one reinforcing structure being higher than that of the ring arrangement , characterised in that the reinforcing structure of the end structure comprises a plurality of reinforcing plates or a plurality of wire meshes , each reinforcing plate comprising perforations ; the plurality of reinforcing plates or the plurality of wire meshes are attached with the at least one stud at a plurality of positions along the longitudinal axis of the at least one stud ; the plurality of reinforcing plates or the plurality of wire meshes are at least partly cast within the ring arrangement .
An apparatus comprising: a first plurality of photovoltaic cells connected in series to form a first serially connected sub-string of a solar panel ; a second plurality of photovoltaic cells connected in series to form a second serially connected sub-string of the solar panel ; wherein the first serially connected sub-string and the second serially connected sub-string are connected to each other in parallel to form an output of the solar panel ; a converter with an input connected to the output of the solar panel ; and a single bypass diode connected across the input of the converter . a first plurality of photovoltaic cells connected in series to form a first serially connected sub-string of a solar panel ; a second plurality of photovoltaic cells connected in series to form a second serially connected sub-string of the solar panel ; wherein the first serially connected sub-string and the second serially connected sub-string are connected to each other in parallel to form an output of the solar panel ; a converter with an input connected to the output of the solar panel ; and a single bypass diode connected across the input of the converter .