mhurhangee/patent-ind-claim-en huggingface dataset:
Device for applying and/or introducing pasty or liquid substances to and/or into a bodywork component , comprising a recognition unit for structure, opening and/or cavity recognition of the bodywork component, wherein the recognition unit operates with microwave waves and/or millimetre waves, the recognition unit comprising a transmitting/receiving array , on which are arranged at least one transmitting module , which operates in the microwave range and/or millimetre wave range, and a plurality of receiving modules , which receive in the microwave range and/or millimetre wave range, in a fixed positioning relative to one another, wherein in addition an activating device , which can address, particularly individually, the at least one transmitting module and the plurality of receiving modules , is provided, wherein the transmitting module is activated by the activating device for transmission of a signal, wherein the receiving modules are configured for detection of reflected and/or refracted signals and wherein a computer unit , which computes from the obtained received data of the plurality of receiving modules an image of the opening and/or cavity to be measured, is provided, wherein the transmitting module is activated by the activating device for transmission of a transient pulse, which transient pulse penetrates the body to be measured and is reflected and/or refracted in the interior at cavity walls, wherein the receiving modules detect phase, amount and/or specific frequency components of the reflected signal at the respective location, which is associated with the receiving module , relative to the transmitting module as received data, wherein the transient pulse is not longer than 1 ns or not longer than 100 ps, or not longer than 20 ps and a reception time window within which the receiving modules detect radiation is predeterminable.
A computer-implemented stereo matching method comprising steps: obtaining a first feature map associated with a first view image and a second feature map associated with a second view image using a neural network model-based feature extractor; determining respective matching costs between a reference pixel of the first view image and candidate pixels of the second view image using the first feature map and the second feature map; calculating matching costs between the reference pixel and each of the candidate pixels; calculating a matching cost volume based on the results of the calculating of the matching costs; adjusting the matching cost volume through matching cost optimization, to thereby ensure a continuity of matching costs between pixels to remove noise of the matching costs and to adjust the matching costs so that pixels in a same region have similar matching costs; and determining a pixel corresponding to the reference pixel among the candidate pixels based on the adjusted matching cost volume. obtaining a first feature map associated with a first view image and a second feature map associated with a second view image using a neural network model-based feature extractor; determining respective matching costs between a reference pixel of the first view image and candidate pixels of the second view image using the first feature map and the second feature map; calculating matching costs between the reference pixel and each of the candidate pixels; calculating a matching cost volume based on the results of the calculating of the matching costs; adjusting the matching cost volume through matching cost optimization, to thereby ensure a continuity of matching costs between pixels to remove noise of the matching costs and to adjust the matching costs so that pixels in a same region have similar matching costs; and determining a pixel corresponding to the reference pixel among the candidate pixels based on the adjusted matching cost volume.
Consumable-material handling device for a transport and/or for a handling of at least one consumable material (12a; 12b), in particular a packaging material, with at least one at least partially autonomous handling unit (14a; 14b), which is configured at least for a handling of the consumable material (12a; 12b), wherein at least one, in particular at least partially autonomous, mobility unit (16a; 16b), which the handling unit (14a; 14b) is arranged on, is configured at least to enable an, in particular at least partially autonomous, locomotion of the handling unit (14a; 14b), characterized by at least one access opening unit (36a; 36b) that is configured to detect a position of an access opening (38a; 38b) to a production and/or packaging machine (40a; 40b) and to actuate at least one access closure element (42a; 42b) which closes the access opening (38a; 38b) of the production and/or packaging machine (40a; 40b).
Mould for kids, comprising: - a hollow body having at least one opening defining at least one respective forming zone; - a first element combined with said hollow body for closing-opening said at least one opening at a first side of said at least one forming zone; - a second element combined with said hollow body for closing, and possibly opening, said at least one opening , at a second side of said at least one forming zone; wherein at least one among said hollow body , said first element and said second element , comprises a plurality of holes which are open in said at least one forming zone, such that said at least one forming zone is fluidically communicating with the environment outside of said mould . - a hollow body having at least one opening defining at least one respective forming zone; - a first element combined with said hollow body for closing-opening said at least one opening at a first side of said at least one forming zone; - a second element combined with said hollow body for closing, and possibly opening, said at least one opening , at a second side of said at least one forming zone; wherein at least one among said hollow body , said first element and said second element , comprises a plurality of holes which are open in said at least one forming zone, such that said at least one forming zone is fluidically communicating with the environment outside of said mould .
Double-row tapered roller bearing, comprising an outer ring , an inner ring , and two rows of rollers arranged between the outer ring and the inner ring , characterized in that an outer periphery of the outer ring corresponding to a loaded zone of each row of rollers is provided with a groove , each groove is provided with an independent optical fibre cable comprising at least one Bragg grating, and a signal in the optical fibre cables being used to determine a preload or load on the roller bearing. an outer periphery of the outer ring corresponding to a loaded zone of each row of rollers is provided with a groove , each groove is provided with an independent optical fibre cable comprising at least one Bragg grating, and a signal in the optical fibre cables being used to determine a preload or load on the roller bearing.
A method for limiting an amount of data of a public user transferred at a subscriber access point acting as a hotspot, said method comprising: determining if said public user has established a connection with said subscriber access point; measuring a physical layer data rate of said public user; retrieving a maximum data rate usage time limit from a storage system, said maximum data rate usage time limit being based on averages of the physical layer connection rate; and limiting said amount of data transferred on a per unit of time basis responsive to said measured physical layer data rate and said maximum data rate usage time limit, wherein the measuring, retrieving and limiting are repeated if there are additional public users which have established connections with said subscriber access point or if an already connected public user's physical layer data rate has changed. determining if said public user has established a connection with said subscriber access point; measuring a physical layer data rate of said public user; retrieving a maximum data rate usage time limit from a storage system, said maximum data rate usage time limit being based on averages of the physical layer connection rate; and limiting said amount of data transferred on a per unit of time basis responsive to said measured physical layer data rate and said maximum data rate usage time limit, wherein the measuring, retrieving and limiting are repeated if there are additional public users which have established connections with said subscriber access point or if an already connected public user's physical layer data rate has changed.
A press for separating the solid and liquid parts, also called juice, of a material such as grapes, said press comprising a tank provided with at least one orifice for filling the tank , at least one pressurization orifice , at least one depressurization orifice , and at least one membrane for sealingly separating the interior volume of the tank into a treatment chamber into which the at least one orifice for filling the tank opens, and at least one control chamber into which the or at least one of the pressurization orifices and the or at least one of the depressurization orifices open, said treatment chamber being equipped with at least one drainage zone and said press further comprising a device for allowing pressurized fluid to be supplied to the or each control chamber and a control unit for controlling said device , characterized in that the treatment chamber is provided with at least one pressure sensor arranged inside the treatment chamber , in that the or at least one of the pressure sensors equipping the treatment chamber is arranged in the drainage zone , in that the press comprises at least one memory for storing at least one setpoint pressure and in that the control unit is configured to acquire the data supplied by the or at least one of the pressure sensors equipping the treatment chamber and to control the device to allow the supply of pressurized fluid to the or each control chamber based on at least the data provided by said pressure sensor , said control unit being configured to compare the or at least one of the setpoint pressures with the data supplied by the or at least one of the pressure sensors equipping the treatment chamber and arranged in the drainage zone and to control the device to enable the supply of pressurized fluid of the or each control chamber based at least on the result of the comparison.
A sun assembly for a transmission with an array of ball planets, the sun assembly comprising: a first sun rolling element rotatable about a central axis , the first sun rolling element shaped for contact with the array of ball planets; a second sun rolling element rotatable about the central axis , the second sun rolling element shaped for contact with the array of ball planets; and a torque differential mechanism coupled to each of the first sun rolling element and the second sun rolling element , wherein each of the first sun rolling element and the second sun rolling element transfer power independently of the other of the first sun rolling element and the second sun rolling element. a first sun rolling element rotatable about a central axis , the first sun rolling element shaped for contact with the array of ball planets; a second sun rolling element rotatable about the central axis , the second sun rolling element shaped for contact with the array of ball planets; and a torque differential mechanism coupled to each of the first sun rolling element and the second sun rolling element , wherein each of the first sun rolling element and the second sun rolling element transfer power independently of the other of the first sun rolling element and the second sun rolling element.
A retroreflective object comprising: i. a central glass bead component; and ii. a plurality of peripheral glass microsphere components, wherein the peripheral glass microsphere components form an array on the surface of the glass central bead component; wherein the peripheral glass microsphere components are heat bonded to the surface of the central glass bead component by a bond comprising atoms from the central glass bead component, the peripheral glass microsphere components and the inorganic component of an interfacial modifier selected from: titanate compounds, zirconate compounds, hafnium compounds, samarium compounds, strontium compounds, neodymium compounds, yttrium compounds, boron compounds, cobalt compounds, phosphonate compounds, aluminate compounds and zinc compounds. i. a central glass bead component; and ii. a plurality of peripheral glass microsphere components, wherein the peripheral glass microsphere components form an array on the surface of the glass central bead component;
A pharmaceutical composition suitable for preventing or treating a skin disease, comprising a peptide selected from the group consisting of the peptides of SEQ ID NOs: 1 to 6 as an active ingredient and a pharmaceutically acceptable carrier.
A galvanized steel sheet having an oxide layer on a surface of a galvanized steel sheet, wherein: the oxide layer has an average thickness of 20 nm or more; and the oxide layer contains 30 mg/m 2 or more of Zn, 1.0 mg/m 2 or more of S, and 50 mg/m 2 or more and 1,000 mg/m 2 or less of polyethylene particles having an average particle size of 5.0 μm or less. the oxide layer has an average thickness of 20 nm or more; and the oxide layer contains 30 mg/m 2 or more of Zn, 1.0 mg/m 2 or more of S, and 50 mg/m 2 or more and 1,000 mg/m 2 or less of polyethylene particles having an average particle size of 5.0 μm or less.
A rotary caulking device for manufacturing a bearing unit, comprising: a base configured to support a unit main body of the bearing unit; a pressing die configured to perform a caulking motion relative to the unit main body to which an inner ring of the bearing unit is to be attached; and an adapter configured to move an outer ring of the bearing unit around an axis of the unit main body ; characterized in that the adapter includes an adapter main body , and at least one block which is held in the adapter main body , and is disposed to be movable in an axial direction of the unit main body relative to the adapter main body .
A hearing assistive system comprising a hearing assistive device and a remote-control unit for controlling the hearing assistive device by sending a control signal with instructions as an acoustic signal, the remote-control unit having a processor , an input transducer , an output transducer , and a memory , the processor is adapted for controlling a calibration process during which: - the remote-control unit is adapted for outputting tones applied by the control signal via the output transducer , - the hearing assistive device is adapted for receiving the tones, characterized in that the hearing assistive device is further adapted for evaluating tone level of the received tones and wherein the hearing assistive device is adapted for responding to the reception of the tones output by the remote-control unit by sending the evaluation to the remote-control unit as a further control signal with instructions as acoustic signals, - the processor is further adapted for: • adjusting relative volumes of the tones applied by the control signal in dependence of the evaluation, and • storing the adjusted relative volumes of the tones for use when sending the control signal with instructions as an acoustic signal. - the remote-control unit is adapted for outputting tones applied by the control signal via the output transducer , - the hearing assistive device is adapted for receiving the tones, characterized in that the hearing assistive device is further adapted for evaluating tone level of the received tones and wherein the hearing assistive device is adapted for responding to the reception of the tones output by the remote-control unit by sending the evaluation to the remote-control unit as a further control signal with instructions as acoustic signals, - the processor is further adapted for: • adjusting relative volumes of the tones applied by the control signal in dependence of the evaluation, and • storing the adjusted relative volumes of the tones for use when sending the control signal with instructions as an acoustic signal. • adjusting relative volumes of the tones applied by the control signal in dependence of the evaluation, and • storing the adjusted relative volumes of the tones for use when sending the control signal with instructions as an acoustic signal.
A method for automatic exposure control setup for a volume radiographic imaging apparatus to capture radiographic images of a patient, the method comprising: a) providing, on a display , an operator interface configured to allow operator selection of an image slice from a reconstructed image volume (56a-d), the reconstructed image volume (56a-d) obtained from prior captured radiographic images of a prior subject or object at various x-ray exposure levels; b) displaying a ruler image of the selected operator image slice from the reconstructed image volume (56a-d) in at least a first rendering having a first corresponding noise factor associated with a first x-ray exposure level of the prior subject or object; c) displaying a ruler image of the operator selected image slice from the reconstructed image volume (56a-d) in at least a second rendering having an operator selected second corresponding noise factor associated with a second x-ray exposure level of the prior subject or object; and d) in response to an operator selection input on the operator interface between the displayed ruler images and associated noise factors, configuring the imaging apparatus to provide automatic exposure control according to the operator selected noise factor to capture the radiographic images of the patient. a) providing, on a display , an operator interface configured to allow operator selection of an image slice from a reconstructed image volume (56a-d), the reconstructed image volume (56a-d) obtained from prior captured radiographic images of a prior subject or object at various x-ray exposure levels; b) displaying a ruler image of the selected operator image slice from the reconstructed image volume (56a-d) in at least a first rendering having a first corresponding noise factor associated with a first x-ray exposure level of the prior subject or object; c) displaying a ruler image of the operator selected image slice from the reconstructed image volume (56a-d) in at least a second rendering having an operator selected second corresponding noise factor associated with a second x-ray exposure level of the prior subject or object; and d) in response to an operator selection input on the operator interface between the displayed ruler images and associated noise factors, configuring the imaging apparatus to provide automatic exposure control according to the operator selected noise factor to capture the radiographic images of the patient.
A method for preparing a standard sample for a gas flow type analysis system (w), that is used to detect an explosive attached to a test subject comprising: weighing into a container (J1) a background , wherein the background is particulates of dust; adding a solution of a sample of said explosive to the background ; drying the solution of the sample ; adding a solvent that can dissolve the sample into the container (J1); and drying the solvent added into the container (J1). weighing into a container (J1) a background , wherein the background is particulates of dust; adding a solution of a sample of said explosive to the background ; drying the solution of the sample ; adding a solvent that can dissolve the sample into the container (J1); and drying the solvent added into the container (J1).
An optical connector , comprising: a coupling device that is made of metal, and that is to be coupled to a coupling mechanism of another optical connector that is to be coupled with the optical connector ; a ferrule ; a housing that is accommodated by the coupling device while accommodating the ferrule in such a manner that the ferrule can move rearward; and a metal member that is affixed to the coupling device while holding the housing between the metal member and the coupling device ; two metal pins ; a fastening device which accommodates the metal member and affixes the metal member to the coupling device , the metal member including two first pin holes for holding the metal pins , and the coupling device including two second pin holes for holding the metal pins , and the two first pin holes and the two second pin holes being covered by the fastening device , characterized in that the housing is made of resin and each metal pin affixes between the coupling device and the metal member by being inserted into a first pin hole and a second pin hole , the metal pins being located inside the fastening device . a coupling device that is made of metal, and that is to be coupled to a coupling mechanism of another optical connector that is to be coupled with the optical connector ; a ferrule ; a housing that is accommodated by the coupling device while accommodating the ferrule in such a manner that the ferrule can move rearward; and a metal member that is affixed to the coupling device while holding the housing between the metal member and the coupling device ; two metal pins ; a fastening device which accommodates the metal member and affixes the metal member to the coupling device , the metal member including two first pin holes for holding the metal pins , and the coupling device including two second pin holes for holding the metal pins , and the two first pin holes and the two second pin holes being covered by the fastening device , the metal member including two first pin holes for holding the metal pins , and the coupling device including two second pin holes for holding the metal pins , and the two first pin holes and the two second pin holes being covered by the fastening device , characterized in that the housing is made of resin and each metal pin affixes between the coupling device and the metal member by being inserted into a first pin hole and a second pin hole , the metal pins being located inside the fastening device .