mhurhangee/patent-ind-claim-en huggingface dataset:
A packaged module, comprising: a bearing structure , at least one metal strip comprising a first metal strip , a circuit element , and a magnetic material 400); wherein a first surface of the bearing structure bears the circuit element ; two ends of the first metal strip are integrally formed with a side of the bearing structure , and a part of the first metal strip other than the two ends is spaced apart from the bearing structure , wherein the bearing structure is a metal frame; the magnetic material covers a circumference of a winding functional region of the first metal strip , wherein the winding functional region is a part or all of the metal strip, characterized by a heat dissipation plate , J Z wherein the heat dissipation plate includes a first supporting part and a first stacking part , one side of the first supporting part is integrally formed with the first metal strip , and the first supporting part supports the first stacking part , so that a distance between the first stacking part and the bearing structure is greater than a distance between a second stacking part of the first metal strip and the bearing structure . a first surface of the bearing structure bears the circuit element ; two ends of the first metal strip are integrally formed with a side of the bearing structure , and a part of the first metal strip other than the two ends is spaced apart from the bearing structure , wherein the bearing structure is a metal frame; the magnetic material covers a circumference of a winding functional region of the first metal strip , wherein the winding functional region is a part or all of the metal strip, characterized by a heat dissipation plate , J Z wherein the heat dissipation plate includes a first supporting part and a first stacking part , one side of the first supporting part is integrally formed with the first metal strip , and the first supporting part supports the first stacking part , so that a distance between the first stacking part and the bearing structure is greater than a distance between a second stacking part of the first metal strip and the bearing structure .
A method for wireless communication at a first communication device , comprising: receiving an alert broadcast over a first communication network (502; 532) in a first format, wherein the method is characterized by : converting the alert to a second format compatible with transmission over a sidelink interface in a second communication network; and forwarding the alert in the second format over the sidelink interface to a second communication device (515; 520) in the second communication network; wherein the second communication network is different from the first communication network and comprises a vehicle-to-vehicle communication network, and further wherein the second communication device (515; 520) is incapable of receiving the alert over the first communication network (502; 532) in the first format. converting the alert to a second format compatible with transmission over a sidelink interface in a second communication network; and forwarding the alert in the second format over the sidelink interface to a second communication device (515; 520) in the second communication network; wherein the second communication network is different from the first communication network and comprises a vehicle-to-vehicle communication network, and further wherein the second communication device (515; 520) is incapable of receiving the alert over the first communication network (502; 532) in the first format.
A method for removing sulfide in a fluid hydrocarbon stream, comprising: obtaining a measurement of a specific gravity of the fluid hydrocarbon stream; obtaining a measurement of a specific gravity of a scavenger composition; reducing a settling velocity of the sulfide scavenger composition in the fluid hydrocarbon stream by adjusting the specific gravity of the sulfide scavenger composition to be within fifteen percent or less of a specific gravity of the fluid hydrocarbon stream; and adding to the fluid hydrocarbon stream an effective amount of the adjusted scavenger composition, wherein the scavenger composition comprises at least one aldehyde; or the scavenger composition comprises at least one hexahydrotriazine, and wherein a solvent is used to adjust the specific gravity of the sulfide scavenger composition; wherein the at least one aldehyde is present from 1 percent by weight to 25 percent by weight of a total weight of a sulfide scavenger composition. obtaining a measurement of a specific gravity of the fluid hydrocarbon stream; obtaining a measurement of a specific gravity of a scavenger composition; reducing a settling velocity of the sulfide scavenger composition in the fluid hydrocarbon stream by adjusting the specific gravity of the sulfide scavenger composition to be within fifteen percent or less of a specific gravity of the fluid hydrocarbon stream; and adding to the fluid hydrocarbon stream an effective amount of the adjusted scavenger composition, wherein the scavenger composition comprises at least one aldehyde; or the scavenger composition comprises at least one hexahydrotriazine, and the scavenger composition comprises at least one aldehyde; or the scavenger composition comprises at least one hexahydrotriazine, and wherein a solvent is used to adjust the specific gravity of the sulfide scavenger composition; wherein the at least one aldehyde is present from 1 percent by weight to 25 percent by weight of a total weight of a sulfide scavenger composition.
A frame comprising: a) a base ; b) at least one front panel ; the front panel being a printable medium and having a direct printing on it; the base and the front panel being fixed in direct contact with one another through magnets wherein the magnets are located on the rear surface of the base and on the rear surface of the front panel , both rear surfaces having perforations where the magnets are engaged and glued in the said perforations, the perforations with the same dimensions and thicknesses of the magnets , these perforations not running through the full thickness of the base and front panel ; characterized in that on the rear surface of the base and on the rear surface of the front panel , it comprises fastening means for fixing the base and the front panel simultaneously to a vertical surface. a) a base ; b) at least one front panel ; the front panel being a printable medium and having a direct printing on it; the base and the front panel being fixed in direct contact with one another through magnets wherein the magnets are located on the rear surface of the base and on the rear surface of the front panel , both rear surfaces having perforations where the magnets are engaged and glued in the said perforations, the perforations with the same dimensions and thicknesses of the magnets , these perforations not running through the full thickness of the base and front panel ; characterized in that on the rear surface of the base and on the rear surface of the front panel , it comprises fastening means for fixing the base and the front panel simultaneously to a vertical surface.
A loam panel with a flat wooden framework consisting of a plurality of crossing wooden slats joined to one another at the intersections and a plurality of a loam components arranged between the wooden slats , wherein the loam components are in the form of flat prefabricated loam components , which are inserted between the wooden slats such that their edge surfaces facing towards the wooden slats bear at least in some sections flat against the edge surfaces of the wooden slats surrounding them.
A system for authorizing access to vehicle functions, comprising: a processor ; data storage , operatively coupled to the processor , the data storage configured to store fob data relating to a key fob linked to the vehicle, and device data comprising data relating to one or more devices that are authorized to access the vehicle; and communications circuitry , (412, operatively coupled to the processor , 1524), the communications circuitry configured to receive an access request indicating that a new device is requesting access to the vehicle, wherein the processor is configured to transmit a challenge via the communications circuitry to one of the one or more devices that are authorized to access the vehicle and receive a response thereto, generate a secure fob key based on the response, wherein the secure fob key comprises limitation data for setting parameters on vehicle access and wherein the limitation data comprises fob key refresh data for refreshing the secure fob key at predetermined times, transmit the secure fob key to the new device, authenticate the new device based at least in part on the secure fob key, wherein the new device is authorized to access the vehicle subject to the limitation data upon completion of the authentication, wherein a new secure fob key is generated based on the refresh data and transmitted to the new device, to refresh the secure fob key. a processor ; data storage , operatively coupled to the processor , the data storage configured to store fob data relating to a key fob linked to the vehicle, and device data comprising data relating to one or more devices that are authorized to access the vehicle; and communications circuitry , (412, operatively coupled to the processor , 1524), the communications circuitry configured to receive an access request indicating that a new device is requesting access to the vehicle, wherein the processor is configured to transmit a challenge via the communications circuitry to one of the one or more devices that are authorized to access the vehicle and receive a response thereto, generate a secure fob key based on the response, wherein the secure fob key comprises limitation data for setting parameters on vehicle access and wherein the limitation data comprises fob key refresh data for refreshing the secure fob key at predetermined times, transmit the secure fob key to the new device, authenticate the new device based at least in part on the secure fob key, wherein the new device is authorized to access the vehicle subject to the limitation data upon completion of the authentication, wherein a new secure fob key is generated based on the refresh data and transmitted to the new device, to refresh the secure fob key.
Process line for the production of chocolate with different process stages , wherein at least one mixing arrangement for mixing chocolate ingredients, a grinding arrangement and a conching arrangement are provided as the respective process stage , wherein a control device is provided which controls the adding of at least one chocolate ingredient to the mixing arrangement as a function of measurement data from the conching arrangement , wherein the control device is connected to each process stage in a control-related manner and wherein at least one sensor arrangement , which is connected in a control-related manner to the control device , is assigned to each process stage in such a way that each process stage can be controlled individually or in combination with other process stages by the control device , characterized in that the mixing arrangement is provided with a plasticity sensor, wherein the grinding arrangement comprises a pre-grinding arrangement and a main grinding arrangement , wherein the main grinding arrangement comprises a thin film liquid unit on the pairs of rollers or between the rollers, wherein the conching arrangement comprises as sensor arrangement at least one spectroscopy sensor and/or an air space sensor for monitoring organic volatiles, by means of which the basic parameters of the individual process stages are to be optimized as a function of their interaction.
A method for transitioning from an active wireless controller to a standby wireless controller, comprising: receiving , at a layer 2 switch , a first message to establish a fast re-switch tunnel for switching from a first wireless controller to a second wireless controller , wherein the fast re-switch tunnel is between the layer 2 switch and the second wireless controller , wherein the first wireless controller is an active wireless controller, and wherein the second wireless controller is a standby wireless controller; in response to receiving the first message, setting up, by the layer 2 switch , the fast re-switch tunnel as a standby backup path to the second wireless controller for data intended for the first wireless controller ; receiving , at the layer 2 switch , a second message to trigger use of the fast re-switch tunnel; in response to receiving the second message, activating the fast re-switch tunnel; receiving data at the layer 2 switch intended for the first wireless controller ; and forwarding the data to the second wireless controller through the fast re-switch tunnel instead of to the first wireless controller to transition from the active wireless controller to the standby wireless controller. receiving , at a layer 2 switch , a first message to establish a fast re-switch tunnel for switching from a first wireless controller to a second wireless controller , wherein the fast re-switch tunnel is between the layer 2 switch and the second wireless controller , wherein the first wireless controller is an active wireless controller, and wherein the second wireless controller is a standby wireless controller; in response to receiving the first message, setting up, by the layer 2 switch , the fast re-switch tunnel as a standby backup path to the second wireless controller for data intended for the first wireless controller ; receiving , at the layer 2 switch , a second message to trigger use of the fast re-switch tunnel; in response to receiving the second message, activating the fast re-switch tunnel; receiving data at the layer 2 switch intended for the first wireless controller ; and forwarding the data to the second wireless controller through the fast re-switch tunnel instead of to the first wireless controller to transition from the active wireless controller to the standby wireless controller.
A vacuum pump , in particular a turbomolecular pump, comprising a vacuum space ; a motor rotor arranged in the vacuum space ; and a motor stator surrounding the motor rotor , characterized by a motor support which accommodates the motor stator , whose outer side partly adjoins a pressure space that has a connection opening , said connection opening facing the pressure space and being closed in a vacuum-tight manner by means of a connection board , and which includes a casting compound partly enclosing the motor stator , at least one electrical connection conductor which extends through the casting compound and whose one end is connected to the motor stator and whose other end is connected to a side of the connection board facing the casting compound , and at least one electrical supply conductor which extends through the pressure space and whose one end is connected to a side of the connection board facing the pressure space . a vacuum space ; a motor rotor arranged in the vacuum space ; and a motor stator surrounding the motor rotor , characterized by a motor support which accommodates the motor stator , whose outer side partly adjoins a pressure space that has a connection opening , said connection opening facing the pressure space and being closed in a vacuum-tight manner by means of a connection board , and which includes a casting compound partly enclosing the motor stator , at least one electrical connection conductor which extends through the casting compound and whose one end is connected to the motor stator and whose other end is connected to a side of the connection board facing the casting compound , and at least one electrical supply conductor which extends through the pressure space and whose one end is connected to a side of the connection board facing the pressure space .
An apparatus for delivering a pre-filled prosthesis into a surgical pocket, the prosthesis being a breast implant, the apparatus comprising: a flexible sleeve including a proximal opening , a distal opening , and an interior with a hydrophilic coating adhered thereon, wherein said coating is adapted to become lubricious when the flexible sleeve is soaked in fluid, wherein the sleeve is tapered, wherein the proximal opening is relatively larger than the distal opening , and wherein the sleeve is adapted to be manually manipulatable to apply pressure via the sleeve to the prosthesis to push the prosthesis along the interior and through the distal opening . a flexible sleeve including a proximal opening , a distal opening , and an interior with a hydrophilic coating adhered thereon, wherein said coating is adapted to become lubricious when the flexible sleeve is soaked in fluid, wherein the sleeve is tapered, wherein the proximal opening is relatively larger than the distal opening , and wherein the sleeve is adapted to be manually manipulatable to apply pressure via the sleeve to the prosthesis to push the prosthesis along the interior and through the distal opening .
A method of fabricating a composite material part having a body secured to at least one platform (14; 16) present at one end of said body, the method comprising: - using multilayer weaving between a plurality of layers of warp yarns to form a fiber blank having a longitudinal direction corresponding to the longitudinal direction of the body of the part that is to be made, the fiber blank being separated in its thickness direction into first, second, and third portions (102, 104, 106; 112, 114, 116) in at least one zone of non-interlinking (103; 105) adjacent to one of its ends, the first portion (102; 112) being situated between the second and third portions (104, 106; 114, 116), to which it is connected by weaving outside said at least one zone of non-interlinking (103; 105); - using the fiber blank to form a preform for the part that is to be made by folding out segments (104a, 106a; 114a, 116a) of the second and third portions that are not interlinked with the first portion on opposite sides of the first portion, by shaping the folded-out segments (104a, 106a; 114a, 116a) of the second and third portions to form preform portions for a platform (14; 16) of the part to be fabricated, and by folding down the segment (102; 112a) of the first portion in order to fill in the groove (108; 118) present in the gap between the second and third portions (104, 106; 114, 116); and - densifying the preform with a matrix in order to obtain a part made of composite material having at least one integrated platform (14; 16). - using multilayer weaving between a plurality of layers of warp yarns to form a fiber blank having a longitudinal direction corresponding to the longitudinal direction of the body of the part that is to be made, the fiber blank being separated in its thickness direction into first, second, and third portions (102, 104, 106; 112, 114, 116) in at least one zone of non-interlinking (103; 105) adjacent to one of its ends, the first portion (102; 112) being situated between the second and third portions (104, 106; 114, 116), to which it is connected by weaving outside said at least one zone of non-interlinking (103; 105); - using the fiber blank to form a preform for the part that is to be made by folding out segments (104a, 106a; 114a, 116a) of the second and third portions that are not interlinked with the first portion on opposite sides of the first portion, by shaping the folded-out segments (104a, 106a; 114a, 116a) of the second and third portions to form preform portions for a platform (14; 16) of the part to be fabricated, and by folding down the segment (102; 112a) of the first portion in order to fill in the groove (108; 118) present in the gap between the second and third portions (104, 106; 114, 116); and - densifying the preform with a matrix in order to obtain a part made of composite material having at least one integrated platform (14; 16).
Wearable protection device comprising: - at least one inflatable bag configured to assume alternately a rest configuration, wherein it is in a deflated state, and an active configuration, wherein it is in an inflated state; - inflation means in fluid communication with the at least one inflatable bag and configured to introduce therein an inflation fluid once they have been triggered; characterized by comprising at least one pressure detecting device associated with the at least one inflatable bag and configured for directly or indirectly detecting the pressure of the inflation fluid inside the at least one inflatable bag after triggering of the inflation means . - at least one inflatable bag configured to assume alternately a rest configuration, wherein it is in a deflated state, and an active configuration, wherein it is in an inflated state; - inflation means in fluid communication with the at least one inflatable bag and configured to introduce therein an inflation fluid once they have been triggered; characterized by comprising at least one pressure detecting device associated with the at least one inflatable bag and configured for directly or indirectly detecting the pressure of the inflation fluid inside the at least one inflatable bag after triggering of the inflation means .
Use of a lupin peptide extract to prevent the onset of skin dimpling or to reduce skin dimpling, or to remodel the body silhouette, characterized in that the lupin peptide extract is obtained by enzymatic hydrolysis and said peptide extract comprises at least 80% by weight of peptides relative to the total dry weight of the extract.
Agricultural baler for forming round-cylindrical bales in a pressing chamber of the baler , having a wrapping device for wrapping a bale , comprising wrapping material , wherein the wrapping device comprises a braking device for the wrapping material and the braking device is configured such that it causes the wrapping material , in particular at the start of a wrapping operation, to take up an at least substantially predetermined position, wherein the braking device is operatively connected to an open-loop or closed-loop control device of the baler and has a sensor , characterized in that the sensor is an optical sensor with which it is possible to register whether a marking provided in a peripheral region of the wrapping material is located in a sensing region of the sensor , wherein the marking is arranged on the wrapping material such that the marking indicates to the braking device that it needs to brake the wrapping material when a starting region of a portion trailing the portion wrapping a bale , or its end that is now free after the portion wrapping the bale has been severed along the predetermined tearing region , takes up the predetermined position, and the portion is able to be braked such that its starting region , or its free end, is arranged in the feed gap such that a spacing (A) between the starting region and the pressing chamber is at least substantially identical at the start of each wrapping operation.
Method for detecting a gesture for actuating a closing element of a vehicle , comprising: detecting a movement of an object using a two-dimensional sensor , which detecting comprises detecting dimensions and/or a shape of the object , activating a distance measuring sensor depending on the detected movement and, if the dimensions are smaller than a predetermined maximum variable threshold value and greater than a predetermined minimum variable threshold value and/or if the shape corresponds to one of predetermined pattern shapes, and detecting the gesture using the activated distance measuring sensor . detecting a movement of an object using a two-dimensional sensor , which detecting comprises detecting dimensions and/or a shape of the object , activating a distance measuring sensor depending on the detected movement and, if the dimensions are smaller than a predetermined maximum variable threshold value and greater than a predetermined minimum variable threshold value and/or if the shape corresponds to one of predetermined pattern shapes, and detecting the gesture using the activated distance measuring sensor .