mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing User Equipment, UE, comprising: receiving (S 102), by a forwarding device, an indication message for managing a UE sent by a controller; and managing (S104), by the forwarding device, the UE according to the received indication message; characterized by managing, by the forwarding device, the UE according to the received indication message comprises at least one of the followings: performing, by the forwarding device, keep-alive detection to the UE; and charging, by the forwarding device, the UE, wherein performing, by the forwarding device, the keep-alive detection to the UE comprises: receiving, by the forwarding device, a first prompt message sent by the controller, wherein the first prompt message carries a keep-alive field for performing the keep-alive detection to the UE; judging, by the forwarding device, whether to perform the keep-alive detection to the UE according to the keep-alive field; and when determining, by the forwarding device, to perform the keep-alive detection to the UE according to the keep-alive field, performing, by the forwarding device, the keep-alive detection to the UE; or charging, by the forwarding device, the UE comprises: receiving, by the forwarding device, a second prompt message sent by the controller, wherein the second prompt message carries a control word for charging the UE; judging, by the forwarding device, whether to charge the UE according to the control word; and when determining, by the forwarding device, to charge the UE according to the control word, charging, by the forwarding device, the UE. receiving (S 102), by a forwarding device, an indication message for managing a UE sent by a controller; and managing (S104), by the forwarding device, the UE according to the received indication message; characterized by managing, by the forwarding device, the UE according to the received indication message comprises at least one of the followings: performing, by the forwarding device, keep-alive detection to the UE; and charging, by the forwarding device, the UE, wherein performing, by the forwarding device, the keep-alive detection to the UE comprises: receiving, by the forwarding device, a first prompt message sent by the controller, wherein the first prompt message carries a keep-alive field for performing the keep-alive detection to the UE; judging, by the forwarding device, whether to perform the keep-alive detection to the UE according to the keep-alive field; and when determining, by the forwarding device, to perform the keep-alive detection to the UE according to the keep-alive field, performing, by the forwarding device, the keep-alive detection to the UE; or charging, by the forwarding device, the UE comprises: receiving, by the forwarding device, a second prompt message sent by the controller, wherein the second prompt message carries a control word for charging the UE; judging, by the forwarding device, whether to charge the UE according to the control word; and when determining, by the forwarding device, to charge the UE according to the control word, charging, by the forwarding device, the UE.
A post-surgical protective garment for pets, especially dogs and cats, which comprises a central portion , made from an elastic fabric, having dimensions suitable to cover the chest and abdomen of the animal, the central portion having sides, and the sides have: front extensions , intermediate extensions , and rear extensions , which are provided with adjustable fastening means and which form, respectively: a collar, a belt for fastening at the level of the chest and a belt for fastening at the level of the waist of the animal; characterised in that : the front extensions , forming the collar, have an internal longitudinal passage wherein a sheet of semi-rigid material is housed, which acts like a brace, which makes the collar rigid, limiting the rotation of the animal's head towards the torso, and the central portion of the garment has two rear straps at the rear end thereof, which are intended to be positioned behind the rear legs of the animal and provided with adjustable securing means on the rear extensions of the central portion of the garment . the front extensions , forming the collar, have an internal longitudinal passage wherein a sheet of semi-rigid material is housed, which acts like a brace, which makes the collar rigid, limiting the rotation of the animal's head towards the torso, and the central portion of the garment has two rear straps at the rear end thereof, which are intended to be positioned behind the rear legs of the animal and provided with adjustable securing means on the rear extensions of the central portion of the garment .
A bending press , in particular a press brake, for bending workpieces comprising - an upper tool and a lower tool , - a tool holder , in which the upper tool is inserted, and a tool holder , in which the lower tool is inserted, wherein the upper tool and the lower tool can be fixed in various positions within the respective tool holder , - a control device for controlling the bending press , - a sensor device , which is connected to the control device , - at least one stop for positioning the workpiece within the bending press , wherein the stop is movable in relation to the tools by means of a drive controlled by the control device , wherein the sensor device is designed to detect the position or the position and the type of the upper tool and of the lower tool within the bending press , without contact, characterised in that the control device is designed to adapt the movement process by means of which the at least one stop is positioned in relation to the tools , in dependence on the position or the position and the type of the upper tool and of the lower tool detected by means of the sensor device . - an upper tool and a lower tool , - a tool holder , in which the upper tool is inserted, and a tool holder , in which the lower tool is inserted, wherein the upper tool and the lower tool can be fixed in various positions within the respective tool holder , - a control device for controlling the bending press , - a sensor device , which is connected to the control device , - at least one stop for positioning the workpiece within the bending press , wherein the stop is movable in relation to the tools by means of a drive controlled by the control device , wherein the sensor device is designed to detect the position or the position and the type of the upper tool and of the lower tool within the bending press , without contact, characterised in that the control device is designed to adapt the movement process by means of which the at least one stop is positioned in relation to the tools , in dependence on the position or the position and the type of the upper tool and of the lower tool detected by means of the sensor device .
A laser processing method, comprising: irradiating a pulse laser light on a first region (r1) of a processing object, the processing object including a metal, wherein the pulse laser light includes a first laser light (LL1) and a second laser light (LL2), being characterised in that : the first laser light (LL1) is irradiated on the first region (r1), a first output value (P1) of the first laser light (LL1) is 3000 W or more, and in that : the second laser light (LL2) is irradiated on the first region (r1) after the irradiation of the first laser light (LL1), a second output value (P2) of the second laser light (LL2) is not less than 60% and not more than 70% of the first output value (P1). irradiating a pulse laser light on a first region (r1) of a processing object, the processing object including a metal, wherein the pulse laser light includes a first laser light (LL1) and a second laser light (LL2), being characterised in that : the first laser light (LL1) is irradiated on the first region (r1), a first output value (P1) of the first laser light (LL1) is 3000 W or more, and in that : the second laser light (LL2) is irradiated on the first region (r1) after the irradiation of the first laser light (LL1), a second output value (P2) of the second laser light (LL2) is not less than 60% and not more than 70% of the first output value (P1). the first laser light (LL1) is irradiated on the first region (r1), a first output value (P1) of the first laser light (LL1) is 3000 W or more, and in that : the second laser light (LL2) is irradiated on the first region (r1) after the irradiation of the first laser light (LL1), a second output value (P2) of the second laser light (LL2) is not less than 60% and not more than 70% of the first output value (P1).
A vehicle for patching road pavements which comprise bituminous mixes which has a longitudinal direction (L), characterised in that it comprises: - a frame ; - a container for holding a new paving material (N); - a radiating plate for heating a zone to be patched (Z) which has a radiating area; - a rake for raking the zone to be patched (Z); - a paver for distributing and levelling the new paving material in the zone to be patched (Z); - a compactor for compacting the zone to be patched (Z) and the new paving material (N); - a support structure which comprises a movable part ; wherein: - the frame supports the container and the support structure ; - the container comprises an outlet for feeding the paver with the new paving material (N); - the movable part bears the paver , the rake and the compactor ; - the movable part translates with respect to the frame according to a first direction (A) from a retracted position to an extracted position in which the volume of the vehicle is greater; - the movable part is configured to translate so that the rake operates in succession on a plurality of parts of the zone to be patched (Z), the paver operates in succession on a plurality of parts of the zone to be patched (Z) and the compactor operates in succession on a plurality of parts of the zone to be patched (Z); - the frame supports the radiating plate which is movable vertically beneath the frame from a non-active position near to the frame to an active position away from the frame ; - the rake is vertically movable with respect to the paver and the compactor . - a frame ; - a container for holding a new paving material (N); - a radiating plate for heating a zone to be patched (Z) which has a radiating area; - a rake for raking the zone to be patched (Z); - a paver for distributing and levelling the new paving material in the zone to be patched (Z); - a compactor for compacting the zone to be patched (Z) and the new paving material (N); - a support structure which comprises a movable part ; - the frame supports the container and the support structure ; - the container comprises an outlet for feeding the paver with the new paving material (N); - the movable part bears the paver , the rake and the compactor ; - the movable part translates with respect to the frame according to a first direction (A) from a retracted position to an extracted position in which the volume of the vehicle is greater; - the movable part is configured to translate so that the rake operates in succession on a plurality of parts of the zone to be patched (Z), the paver operates in succession on a plurality of parts of the zone to be patched (Z) and the compactor operates in succession on a plurality of parts of the zone to be patched (Z); - the frame supports the radiating plate which is movable vertically beneath the frame from a non-active position near to the frame to an active position away from the frame ; - the rake is vertically movable with respect to the paver and the compactor .
A battery module, comprising: a battery group and an insulating plate ; wherein the battery group comprises a bus bar and a plurality of battery units , each battery unit comprises a tab ; and the bus bar is fixed at one side of the insulating plate away from the battery group ; wherein the insulating plate comprises a plurality of plate assemblies , the adjacent plate assemblies are connected through a connecting plate ; and there is an obtuse first angle between each plate assembly and the connecting plate connected thereto; and the plate assembly comprises a guiding groove , and each tab passes through the guiding groove and is fixed and connected to the bus bar . wherein the battery group comprises a bus bar and a plurality of battery units , each battery unit comprises a tab ; and the bus bar is fixed at one side of the insulating plate away from the battery group ; wherein the insulating plate comprises a plurality of plate assemblies , the adjacent plate assemblies are connected through a connecting plate ; and there is an obtuse first angle between each plate assembly and the connecting plate connected thereto; and the plate assembly comprises a guiding groove , and each tab passes through the guiding groove and is fixed and connected to the bus bar .
Connector device for a waterproof connector for a cable , preferably a coaxial cable , in particular a copper cable and/or an aluminium cable , for the automotive sector, having a connection housing and a protective cover , wherein the connection housing comprises a sealing chamber for a seal , which sealing chamber can be covered by the protective cover , wherein the connector device further has a sealing device , wherein the sealing device at/in the sealing chamber can be arranged directly adjacent and staggered relative to one another with the seal which can be provided in the sealing chamber , wherein the sealing device is mechanically connected to the connection housing or the protective cover by means of a hinge , in particular a film hinge , characterised in that the sealing device is constructed with the connection housing or the protective cover in one piece, in a materially engaging manner or integrally. a connection housing and a protective cover , wherein the connection housing comprises a sealing chamber for a seal , which sealing chamber can be covered by the protective cover , wherein the connector device further has a sealing device , wherein the sealing device at/in the sealing chamber can be arranged directly adjacent and staggered relative to one another with the seal which can be provided in the sealing chamber , wherein the sealing device is mechanically connected to the connection housing or the protective cover by means of a hinge , in particular a film hinge , characterised in that the sealing device is constructed with the connection housing or the protective cover in one piece, in a materially engaging manner or integrally.
An imaging system , comprising: an X-ray radiation source configured to emit radiation that traverses an examination region; a detector array configured to detect radiation that traverses an examination region and generate a signal indicative thereof, wherein the detected radiation is for a 3-D prescan; a reconstructor configured to reconstruct the signal to generate a 2-D prescan projection image; and a console with a processor and a memory , wherein the processor is configured to execute 3-D volume planning instructions in the memory, which causes the processor to: display the 2-D pre-scan projection image and a scan plan or bounding box for planning a 3-D volume scan of a region/tissue of interest based on a selected protocol for a 3-D volume scan of a region/tissue of interest being planned; and receive an input confirming or adjusting the scan plan or bounding box to create a 3-D volume scan plan for the 3-D volume scan of the region/tissue of interest, wherein the 3-D volume scan of the region/tissue of interest is performed based on the 3-D volume scan plan; and wherein the console is configured to identify the region/tissue of interest based on the selected scan protocol, obtain a rendering algorithm for the identified region/tissue of interest, and render the 2-D pre-scan projection image of the region/tissue of interest based on the obtained rendering algorithm. an X-ray radiation source configured to emit radiation that traverses an examination region; a detector array configured to detect radiation that traverses an examination region and generate a signal indicative thereof, wherein the detected radiation is for a 3-D prescan; a reconstructor configured to reconstruct the signal to generate a 2-D prescan projection image; and a console with a processor and a memory , wherein the processor is configured to execute 3-D volume planning instructions in the memory, which causes the processor to: display the 2-D pre-scan projection image and a scan plan or bounding box for planning a 3-D volume scan of a region/tissue of interest based on a selected protocol for a 3-D volume scan of a region/tissue of interest being planned; and receive an input confirming or adjusting the scan plan or bounding box to create a 3-D volume scan plan for the 3-D volume scan of the region/tissue of interest, display the 2-D pre-scan projection image and a scan plan or bounding box for planning a 3-D volume scan of a region/tissue of interest based on a selected protocol for a 3-D volume scan of a region/tissue of interest being planned; and receive an input confirming or adjusting the scan plan or bounding box to create a 3-D volume scan plan for the 3-D volume scan of the region/tissue of interest, wherein the 3-D volume scan of the region/tissue of interest is performed based on the 3-D volume scan plan; and wherein the console is configured to identify the region/tissue of interest based on the selected scan protocol, obtain a rendering algorithm for the identified region/tissue of interest, and render the 2-D pre-scan projection image of the region/tissue of interest based on the obtained rendering algorithm.
An imaging element comprising: a photoelectric conversion section that includes a first electrode , a photoelectric conversion layer , and a second electrode stacked on one another, wherein an inorganic oxide semiconductor material layer is formed between the first electrode and the photoelectric conversion layer , and the inorganic oxide semiconductor material layer includes indium atoms, gallium atoms, tin atoms, and zinc atoms, characterised in that the photoelectric conversion section further includes an insulating layer , and a charge storage electrode that is disposed spaced from the first electrode and that is disposed to face the inorganic oxide semiconductor material layer , with the insulating layer interposed therebetween. a photoelectric conversion section that includes a first electrode , a photoelectric conversion layer , and a second electrode stacked on one another, wherein an inorganic oxide semiconductor material layer is formed between the first electrode and the photoelectric conversion layer , and the inorganic oxide semiconductor material layer includes indium atoms, gallium atoms, tin atoms, and zinc atoms, characterised in that the photoelectric conversion section further includes an insulating layer , and a charge storage electrode that is disposed spaced from the first electrode and that is disposed to face the inorganic oxide semiconductor material layer , with the insulating layer interposed therebetween.
A method of generating a reconstruction model for source separation, characterized by comprising: learning , by a processor, mixing parameters for modeling acoustic paths between at least one source and at least two microphones based on first microphone signals, and a spectral basis of the at least one source via a non-negative matrix factorization method or a discriminative non-negative matrix factorization method, by considering a power spectrogram of the first microphone signals of each of the at least one source as a power spectrogram of the at least one source, under an assumption that the first microphone signals for each individual one of the at least one source are captured respectively by the at least two microphones for a period during which only the individual one produces sounds; and estimating , by the processor, the reconstruction model based on the mixing parameters, the spectral basis and second microphone signals, under an assumption that the second microphone signals are captured respectively by the at least two microphones for a period during which all of the at least one source produce sounds, wherein the reconstruction model is adapted to reconstruct spatial images of the at least one source on the microphones, and wherein the mixing parameters for each of the at least one source are characterized as ratios between spatial images of the at least one source on the microphones and the spatial image of the at least one source on a reference one of the microphones. learning , by a processor, mixing parameters for modeling acoustic paths between at least one source and at least two microphones based on first microphone signals, and a spectral basis of the at least one source via a non-negative matrix factorization method or a discriminative non-negative matrix factorization method, by considering a power spectrogram of the first microphone signals of each of the at least one source as a power spectrogram of the at least one source, under an assumption that the first microphone signals for each individual one of the at least one source are captured respectively by the at least two microphones for a period during which only the individual one produces sounds; and estimating , by the processor, the reconstruction model based on the mixing parameters, the spectral basis and second microphone signals, under an assumption that the second microphone signals are captured respectively by the at least two microphones for a period during which all of the at least one source produce sounds, wherein the reconstruction model is adapted to reconstruct spatial images of the at least one source on the microphones, and wherein the mixing parameters for each of the at least one source are characterized as ratios between spatial images of the at least one source on the microphones and the spatial image of the at least one source on a reference one of the microphones.
A bale wrap tensioning system comprising: a spindle that can be operatively and coaxially coupled to a wrap material supply roll ; a rotary hydraulic device having a rotatable input shaft , the input shaft being coupled to the spindle for rotation with the wrap material supply roll ; a control valve operable to control a variable pressure of hydraulic fluid displaced by the rotary hydraulic device ; and a controller for adjusting the control valve to alter the variable pressure of the hydraulic fluid displaced by the rotary hydraulic device . a spindle that can be operatively and coaxially coupled to a wrap material supply roll ; a rotary hydraulic device having a rotatable input shaft , the input shaft being coupled to the spindle for rotation with the wrap material supply roll ; a control valve operable to control a variable pressure of hydraulic fluid displaced by the rotary hydraulic device ; and a controller for adjusting the control valve to alter the variable pressure of the hydraulic fluid displaced by the rotary hydraulic device .