mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly including a filtering element and a cover configured to be removably fixed to a filter housing adapted to receive the filtering element , said cover comprising a wall , wherein an inspection hole is formed on said wall to allow the presence of the filtering element to be detected, the cover further comprising a plug for closing the inspection hole , the assembly being characterized in that the filtering element comprises a zigzag folded filtering web that ends at the front with an end panel , wherein the wall of the cover is adapted to be placed in front of and in contact with the end panel of the filtering element , and wherein the plug is formed as a single piece of plastics material with the wall of the cover . a filtering element and a cover configured to be removably fixed to a filter housing adapted to receive the filtering element , said cover comprising a wall , wherein an inspection hole is formed on said wall to allow the presence of the filtering element to be detected, the cover further comprising a plug for closing the inspection hole , the assembly being characterized in that the filtering element comprises a zigzag folded filtering web that ends at the front with an end panel , wherein the wall of the cover is adapted to be placed in front of and in contact with the end panel of the filtering element , and wherein the plug is formed as a single piece of plastics material with the wall of the cover .
Device (H) for holding or fastening a corrugated tube (W) on or to a solid surface (F), wherein the device (H) has a corrugated tube latching formation (S1, S2) which is complementary to the outer contour (C) of the corrugated tube (W), wherein, in a elastically non-deformed state or in a first elastically deformed state with a first deformation D1, the device (H) can be in form-fitting engagement with the corrugated tube (W), and wherein, as it is brought into engagement with the corrugated tube (W) and as it is brought out of engagement with the corrugated tube (W), the device (H) passes through a second elastically deformed state with a second deformation D2, wherein the second elastic deformation D2 is greater than the first elastic deformation D1; wherein the corrugated tube latching formation (S1, S2) has a first limb (S1) and a second limb (S2), which are connected to each other in one piece in a base area (B) of the device (H), wherein the first limb (S1) has a first limb end region (ES1) and the second limb (S2) has a second limb end region (ES2), wherein the two limb end regions (ES1, ES2) are arranged opposite each other and wherein, between the first limb end region (ES1) and the second limb end region (ES2), a corrugated tube (W) can be brought into engagement and out of engagement with the device (H) with elastic deformation of the two limbs (S1, S2) and while passing through the second elastically deformed state with the second elastic deformation D2; characterized in that the device (H) has a third device connecting formation (C3) on the outer side of at least one of its two limbs (S1, S2) and, in its base area (B), has a fourth device connecting formation (C4), which is complementary to the third device connecting formation (C3) and permits the device to be connected to the third device connecting formation (C3) of a second device arranged offset laterally underneath it.
An electronic device , comprising: a case defining an accommodating groove ; a movable support slidably connected to the case , and capable of moving out of or retracting into the accommodating groove ; and a first antenna installed on the movable support ; wherein, the electronic device further comprises: a first circuit board connected to the case ; and a transmission wire electrically connected between the first circuit board and the first antenna , wherein the transmission wire is capable of stretching or contracting in accordance with a movement of the movable support ; wherein, the electronic device further comprises a guiding component connected to the movable support and configured to limit a movement of the transmission wire so as to guide the transmission wire; wherein, the electronic device is characterized in that : the guiding component is a guiding rod ; a first end of the guiding component is connected with the movable support , and a second end of the guiding component abuts the transmission wire such that the transmission wire is capable of sliding on a surface of the second end of the guiding component when stretching or contracting. a case defining an accommodating groove ; a movable support slidably connected to the case , and capable of moving out of or retracting into the accommodating groove ; and a first antenna installed on the movable support ; wherein, the electronic device further comprises: a first circuit board connected to the case ; and a transmission wire electrically connected between the first circuit board and the first antenna , wherein the transmission wire is capable of stretching or contracting in accordance with a movement of the movable support ; a first circuit board connected to the case ; and a transmission wire electrically connected between the first circuit board and the first antenna , wherein the transmission wire is capable of stretching or contracting in accordance with a movement of the movable support ; wherein, the electronic device further comprises a guiding component connected to the movable support and configured to limit a movement of the transmission wire so as to guide the transmission wire; wherein, the electronic device is characterized in that : the guiding component is a guiding rod ; a first end of the guiding component is connected with the movable support , and a second end of the guiding component abuts the transmission wire such that the transmission wire is capable of sliding on a surface of the second end of the guiding component when stretching or contracting.
A trailer vehicle function control system for a trailer, the system comprising an electronic control unit , which electronic control unit is provided with a standards compliant communications interface adapted to communicate wirelessly with an electronic device remote from the communications interface adapted to actuate control of functions on the trailer, characterised in that the electronic control unit is adapted to measure the signal strength of signals received from the electronic device, wherein if the signal strength is below a pre-determined level, the electronic control unit disables the actuation of control functions by the electronic device.
An electronic device comprising: a display ; and at least one processor configured to control the display to display: an execution screen of a first application being presently executed, and an application switch object in at least a portion of the display with the execution screen of the first application if input for displaying the application switch object is received while the first application is being executed, wherein the application switch object comprises at least one first object corresponding to an application usage history of the electronic device, a second object corresponding to the first application, and at least one third object corresponding to at least one second application selected based on priorities of applications executable in the electronic device, wherein, based on occurrence of a notification event, a change in location of the electronic device, or a current time, the at least one third object is replaced with at least one fourth object indicating at least one third application selected based on the occurrence of the notification event, the change in location of the electronic device, or the current time, while the execution screen of the first application and the application switch object are being displayed on the display. a display ; and at least one processor configured to control the display to display: an execution screen of a first application being presently executed, and an application switch object in at least a portion of the display with the execution screen of the first application if input for displaying the application switch object is received while the first application is being executed, an execution screen of a first application being presently executed, and an application switch object in at least a portion of the display with the execution screen of the first application if input for displaying the application switch object is received while the first application is being executed, wherein the application switch object comprises at least one first object corresponding to an application usage history of the electronic device, a second object corresponding to the first application, and at least one third object corresponding to at least one second application selected based on priorities of applications executable in the electronic device, wherein, based on occurrence of a notification event, a change in location of the electronic device, or a current time, the at least one third object is replaced with at least one fourth object indicating at least one third application selected based on the occurrence of the notification event, the change in location of the electronic device, or the current time, while the execution screen of the first application and the application switch object are being displayed on the display.
A method for setting the axis of rotation between a virtual maxillary model and a virtual mandible model to a virtual hinge axis representing the axis of rotation of the mandibular condyles, the method comprises the steps of: - obtaining at least one 2D photograph of the face of a patient comprising at least one facial feature, - obtaining a virtual dental model comprising the virtual maxillary model and the virtual mandible model representing at least a part of the dental situation of the patient , - aligning the virtual dental model with the at least one facial feature, wherein the method further comprises the steps of, - determining the virtual hinge axis based on the at least one 2D photograph of the face of the patient , - setting the axis of rotation to the virtual hinge axis , and arranging the virtual dental model in a virtual articulator simulating a corresponding physical articulator comprising the steps of: - defining an alignment reference plane F-F in the 2D photograph , - arranging the virtual dental model in the virtual articulator by aligning the articulator alignment reference plane F-F with a corresponding alignment reference plane F'-F' in the virtual articulator . - obtaining at least one 2D photograph of the face of a patient comprising at least one facial feature, - obtaining a virtual dental model comprising the virtual maxillary model and the virtual mandible model representing at least a part of the dental situation of the patient , - aligning the virtual dental model with the at least one facial feature, wherein the method further comprises the steps of, - determining the virtual hinge axis based on the at least one 2D photograph of the face of the patient , - setting the axis of rotation to the virtual hinge axis , and arranging the virtual dental model in a virtual articulator simulating a corresponding physical articulator comprising the steps of: - defining an alignment reference plane F-F in the 2D photograph , - arranging the virtual dental model in the virtual articulator by aligning the articulator alignment reference plane F-F with a corresponding alignment reference plane F'-F' in the virtual articulator .
An image processing method comprising: image capturing processing for capturing each component holding state of multiple suction nozzles , the multiple suction nozzles mounted on a mounting head, as one image; image dividing processing for dividing image data of the multiple component holding states obtained by the image capturing processing; direction conversion processing for unifying for each component holding state image of the suction nozzles a direction of each of the divided image data divided by the image dividing processing relating to the component holding state into a converted image data, and display processing for displaying an image based on the converted image data subjected to the direction conversion processing characterized in that the component holding states are obtained by capturing tip portions of the multiple suction nozzles from a side surface side, and in the direction conversion processing, directions of the suction nozzles are matched by a direction conversion of divided image data. image capturing processing for capturing each component holding state of multiple suction nozzles , the multiple suction nozzles mounted on a mounting head, as one image; image dividing processing for dividing image data of the multiple component holding states obtained by the image capturing processing; direction conversion processing for unifying for each component holding state image of the suction nozzles a direction of each of the divided image data divided by the image dividing processing relating to the component holding state into a converted image data, and display processing for displaying an image based on the converted image data subjected to the direction conversion processing characterized in that the component holding states are obtained by capturing tip portions of the multiple suction nozzles from a side surface side, and in the direction conversion processing, directions of the suction nozzles are matched by a direction conversion of divided image data.
A vehicle periphery information verification device comprising: an obstacle detecting unit configured to detect an obstacle existing in a periphery of a host vehicle (M); an arranging unit configured to arrange a travelable region (R) on a map using position information of the host vehicle (M) and a map database and to arrange the obstacle which is detected by the obstacle detecting unit on the map stored in the map database ; an action determining unit configured to determine an action of the host vehicle (M) by using information on the obstacle arranged by the arranging unit ; a contradiction judging unit configured to judge whether the obstacle arranged by the arranging unit is arranged in the travelable region (R); and a prohibiting unit configured to prohibit the action determining unit from determining the action of the host vehicle (M) when the contradiction judging unit judges that the obstacle is not arranged in the travelable region (R), wherein the obstacle is a vehicle (V1) different from the host vehicle (M); the travelable region is a region in which the host vehicle (M) can physically travel; and the contradiction judging unit judges that the vehicle (V1) is not arranged in the travelable region (R) when a part of the vehicle (V1) is arranged to overlap outside the travelable region (R) and the other part of the vehicle (V1) is arranged to overlap in the travelable region (R). an obstacle detecting unit configured to detect an obstacle existing in a periphery of a host vehicle (M); an arranging unit configured to arrange a travelable region (R) on a map using position information of the host vehicle (M) and a map database and to arrange the obstacle which is detected by the obstacle detecting unit on the map stored in the map database ; an action determining unit configured to determine an action of the host vehicle (M) by using information on the obstacle arranged by the arranging unit ; a contradiction judging unit configured to judge whether the obstacle arranged by the arranging unit is arranged in the travelable region (R); and a prohibiting unit configured to prohibit the action determining unit from determining the action of the host vehicle (M) when the contradiction judging unit judges that the obstacle is not arranged in the travelable region (R), wherein the obstacle is a vehicle (V1) different from the host vehicle (M); the travelable region is a region in which the host vehicle (M) can physically travel; and the contradiction judging unit judges that the vehicle (V1) is not arranged in the travelable region (R) when a part of the vehicle (V1) is arranged to overlap outside the travelable region (R) and the other part of the vehicle (V1) is arranged to overlap in the travelable region (R).
Masked grating-based cryptographic method for encrypting or decrypting data using a key s, comprising multiplying an input vector (u') by a key matrix ( ŝ T ), - wherein the input vector (u') comprises, as data, n data elements (u 0 , ..., u n-1 ) concatenated with n masking elements (r 0 , ..., r n-1 ) , - wherein the key s is represented by the key matrix ŝ T , - wherein the input vector (u') is multiplied by the key matrix ( ŝ T ) in an NTT implementation in which the data elements (u 0 , ..., u n-1 ) and the masking elements (r 0 , ..., r n-1 ) are multiplied by powers of the key s that are predetermined by the cryptographic method, and - wherein at least one, or some, of the masking elements (r 0 , ..., r n-1 ) , with the exception of at least one single masking element (r i ), is or are intentionally set to zero. - wherein the input vector (u') comprises, as data, n data elements (u 0 , ..., u n-1 ) concatenated with n masking elements (r 0 , ..., r n-1 ) , - wherein the key s is represented by the key matrix ŝ T , - wherein the input vector (u') is multiplied by the key matrix ( ŝ T ) in an NTT implementation in which the data elements (u 0 , ..., u n-1 ) and the masking elements (r 0 , ..., r n-1 ) are multiplied by powers of the key s that are predetermined by the cryptographic method, and - wherein at least one, or some, of the masking elements (r 0 , ..., r n-1 ) , with the exception of at least one single masking element (r i ), is or are intentionally set to zero.
An oven comprising: - a door movable between an open position and a closed position; - a cooking chamber configured to receive a food product, the cooking chamber being defined at least in part by a top wall , a bottom wall , a first sidewall and a second sidewall , the cooking chamber further defining an opening that interfaces with the door ; - a radio frequency, RF, energy source configured to apply RF energy to the food product; and - an RF choke being disposed at a portion of the door facing the cooking chamber when the door is in the closed position; wherein the door comprises a handle disposed on a side of the door opposite the RF choke , characterized in that the handle is attached to a front face of the door at an angle relative to the front face of the door such that the handle extends beyond a top of the door along a direction extending from a pivot axis of the door toward the top of the door , further comprising a hinge assembly operably coupling the bottom portion of the door to a body of the oven , wherein the door is configured to pivot about a horizontally oriented axis, wherein an extension portion extends below a bottom portion of the door defining a receiving space through which the bottom portion of the door pivots during transition of the door between the open position and the closed position, further comprising a cleaning slot formed in the extension portion . - a door movable between an open position and a closed position; - a cooking chamber configured to receive a food product, the cooking chamber being defined at least in part by a top wall , a bottom wall , a first sidewall and a second sidewall , the cooking chamber further defining an opening that interfaces with the door ; - a radio frequency, RF, energy source configured to apply RF energy to the food product; and - an RF choke being disposed at a portion of the door facing the cooking chamber when the door is in the closed position; wherein the door comprises a handle disposed on a side of the door opposite the RF choke ,
Device for cladding a slab of steel, comprising: an uncoiling device for unwinding and laying a metal strip on a side of the slab ; a roll stand , which is arranged in line with the uncoiling device for the metal strip , in the form of a reversing rolling stand with upper and lower work rolls for cladding the slab by rolling the slab together with the metal strip lying thereon to form a clad semi-finished product; and a drive device with a control device for driving the work rolls of the roll stands; wherein the uncoiling device is arranged above the slab in order to lay the metal strip on the upper side of the slab; or wherein the uncoiling device is arranged below the slab in order to lay the metal strip on the lower side of the slab ; characterised in that the drive device and the control device are constructed for driving the upper and lower work rolls of the reversing rolling stand at different rotational speeds so that when the metal strip is applied merely to the upper side or merely to the lower side of the slab the clad semi-finished product does not undergo bending up. an uncoiling device for unwinding and laying a metal strip on a side of the slab ; a roll stand , which is arranged in line with the uncoiling device for the metal strip , in the form of a reversing rolling stand with upper and lower work rolls for cladding the slab by rolling the slab together with the metal strip lying thereon to form a clad semi-finished product; and a drive device with a control device for driving the work rolls of the roll stands; wherein the uncoiling device is arranged above the slab in order to lay the metal strip on the upper side of the slab; or wherein the uncoiling device is arranged below the slab in order to lay the metal strip on the lower side of the slab ; characterised in that the drive device and the control device are constructed for driving the upper and lower work rolls of the reversing rolling stand at different rotational speeds so that when the metal strip is applied merely to the upper side or merely to the lower side of the slab the clad semi-finished product does not undergo bending up.
A method of producing a virus like particle (VLP) in a plant comprising, a) introducing by transformation a first nucleic acid comprising a first regulatory region active in the plant and operatively linked to a nucleotide sequence encoding an influenza hemagglutinin (HA) protein selected from the group consisting of B and H3 into the plant, or portion of the plant, b) introducing by transformation a second nucleic acid comprising a second regulatory region active in the plant and operatively linked to a nucleotide sequence encoding a proton channel protein selected from the group consisting of M2 and BM2, and c) incubating the plant or portion of the plant to produce the VLP. a) introducing by transformation a first nucleic acid comprising a first regulatory region active in the plant and operatively linked to a nucleotide sequence encoding an influenza hemagglutinin (HA) protein selected from the group consisting of B and H3 into the plant, or portion of the plant, b) introducing by transformation a second nucleic acid comprising a second regulatory region active in the plant and operatively linked to a nucleotide sequence encoding a proton channel protein selected from the group consisting of M2 and BM2, and c) incubating the plant or portion of the plant to produce the VLP.