mhurhangee/patent-ind-claim-en huggingface dataset:
Structural component , in particular for a vehicle, having - a beam which is profiled and has at least one inner chamber , and - at least one energy absorption device which is arranged on a portion of the outer surface of the beam and is formed from glass- and/or carbon-fibre-reinforced plastic, characterized in that - the energy absorption device degrades the energy/force acting thereon by crumbling, and - the energy absorption device is surrounded at least in certain portions by projecting regions or projecting walls . - a beam which is profiled and has at least one inner chamber , and - at least one energy absorption device which is arranged on a portion of the outer surface of the beam and is formed from glass- and/or carbon-fibre-reinforced plastic, - the energy absorption device degrades the energy/force acting thereon by crumbling, and - the energy absorption device is surrounded at least in certain portions by projecting regions or projecting walls .
A touch screen device , comprising: a panel comprising a channel electrode (110-1) configured to receive a signal from an input device, wherein the channel electrode (110-1) comprises a group of first electrodes and a group of second electrodes ; a driver circuit configured to apply a drive signal to the channel electrode (110-1); a receiver circuit configured to receive the signal from the channel electrode (110-1); and a processor configured to; control the driver circuit to transmit an input device identification information by a capacitive coupling to at least one input device among a plurality of input devices located within a predetermined range to the touch screen device , in response to a signal transmitted from the at least one input device being received through the receiver , based on a frequency of the received signal or a pattern of the received signal, determine if the received signal is associated with the input device identification information transmitted to the at least one input device among the plurality of input devices, wherein the input device identification information is differently allotted to each of the plurality of input devices. a panel comprising a channel electrode (110-1) configured to receive a signal from an input device, wherein the channel electrode (110-1) comprises a group of first electrodes and a group of second electrodes ; a driver circuit configured to apply a drive signal to the channel electrode (110-1); a receiver circuit configured to receive the signal from the channel electrode (110-1); and a processor configured to; control the driver circuit to transmit an input device identification information by a capacitive coupling to at least one input device among a plurality of input devices located within a predetermined range to the touch screen device , in response to a signal transmitted from the at least one input device being received through the receiver , based on a frequency of the received signal or a pattern of the received signal, determine if the received signal is associated with the input device identification information transmitted to the at least one input device among the plurality of input devices, wherein the input device identification information is differently allotted to each of the plurality of input devices.
A power conversion apparatus equipped with switching devices (Su, Sv, Sw, Sx, Sy, and Sz) to perform power conversion of input AC power supplied from an AC power supply to output AC power having a predetermined voltage and a predetermined frequency, and to supply the output AC power to a motor connected thereto, the apparatus comprising: a controller configured to control switching of the switching devices (Su, Sv, Sw, Sx, Sy, and Sz); a capacitor configured to smooth a ripple generated by the switching of the switching devices (Su, Sv, Sw, Sx, Sy, and Sz); a current controller configured to output voltage reference values (vd* and vq*) for controlling a current flowing to the motor ; characterized in that the apparatus further comprises a voltage distortion corrector configured to detect a harmonic component caused by distortion in input power to the motor, and to superimpose compensation values (vd_h and vq_h) for distorting motor currents on an output of the current controller in accordance with a value of the harmonic component to reduce the harmonic component. a controller configured to control switching of the switching devices (Su, Sv, Sw, Sx, Sy, and Sz); a capacitor configured to smooth a ripple generated by the switching of the switching devices (Su, Sv, Sw, Sx, Sy, and Sz); a current controller configured to output voltage reference values (vd* and vq*) for controlling a current flowing to the motor ; characterized in that the apparatus further comprises a voltage distortion corrector configured to detect a harmonic component caused by distortion in input power to the motor, and to superimpose compensation values (vd_h and vq_h) for distorting motor currents on an output of the current controller in accordance with a value of the harmonic component to reduce the harmonic component.
A two-part curable urethane adhesive composition comprising: a base agent containing a urethane prepolymer, and a curing agent containing a compound having two or more active hydrogen groups in each molecule; the curing agent containing at least one type of terpene compound selected from the group consisting of monoterpenes, hydrogenated monoterpenes, modified monoterpenes formed by modifying the monoterpenes or the hydrogenated monoterpenes with hydroxy groups, and oligomers having from 2 to 6 repeating units derived from the monoterpenes or the modified monoterpenes, wherein the curing agent contains a polybutadiene diol as the compound having two or more active hydrogen groups in each molecule. a base agent containing a urethane prepolymer, and a curing agent containing a compound having two or more active hydrogen groups in each molecule; the curing agent containing at least one type of terpene compound selected from the group consisting of monoterpenes, hydrogenated monoterpenes, modified monoterpenes formed by modifying the monoterpenes or the hydrogenated monoterpenes with hydroxy groups, and oligomers having from 2 to 6 repeating units derived from the monoterpenes or the modified monoterpenes, wherein the curing agent contains a polybutadiene diol as the compound having two or more active hydrogen groups in each molecule.
A media content rendering method, wherein the method is applied in a user equipment in a rendering system, the rendering system further comprises a cloud device , and the method comprises: determining, according to a rendering requirement of to-be-rendered media content, wherein the to-be-rendered media content comprises a first part and a second part, that the first part of the to-be-rendered media content is to be rendered by the cloud device ; sending, to the cloud device , a rendering indication message and first media content that needs to be rendered by the cloud device , wherein the rendering indication message is used to instruct the cloud device to render the first media content, and the first media content is the first part of the to-be-rendered media content; receiving a cloud processing result returned by the cloud device for the first media content; rendering, by the user equipment , second media content to obtain a rendering result of the second media content, wherein the second media content is the second part of the to-be-rendered media content; and synthesizing the cloud processing result and the rendering result of the second media content to obtain a synthesis result of the to-be-rendered media content, wherein the cloud processing result is a rendering result of the first media content. determining, according to a rendering requirement of to-be-rendered media content, wherein the to-be-rendered media content comprises a first part and a second part, that the first part of the to-be-rendered media content is to be rendered by the cloud device ; sending, to the cloud device , a rendering indication message and first media content that needs to be rendered by the cloud device , wherein the rendering indication message is used to instruct the cloud device to render the first media content, and the first media content is the first part of the to-be-rendered media content; receiving a cloud processing result returned by the cloud device for the first media content; rendering, by the user equipment , second media content to obtain a rendering result of the second media content, wherein the second media content is the second part of the to-be-rendered media content; and synthesizing the cloud processing result and the rendering result of the second media content to obtain a synthesis result of the to-be-rendered media content, wherein the cloud processing result is a rendering result of the first media content.
A chair comprising: a leg arrangeable on a floor surface; a leg support pole erected from the leg ; a support base provided at an upper end of the leg support pole ; a seat arranged above the support base ; and a support mechanism interposed between the support base and the seat and configured to support the seat movably in a front-rear direction and a left-right direction, wherein the support mechanism includes a left-right support part and a front-rear support part , and one of the left-right support part and the front-rear support part is attached to the support base and the seat is attached to the other of the left-right support part and the front-rear support part , wherein the support base is attached above the leg support pole , a left-right support portion which configures the left-right support part is arranged from the support base through a pair of right and left support members , a front-rear support portion which configures the front-rear support part is arranged at the left-right support portion through a pair of front and rear support members , and the seat is attached to the front-rear support portion , characterized in that the support base has an arm attachment part , and the support base is attached to the leg support pole , the left-right support portion is arranged below the arm attachment part , the front-rear support portion is arranged above the arm attachment part , and the seat is attached to the front-rear support portion . a leg arrangeable on a floor surface; a leg support pole erected from the leg ; a support base provided at an upper end of the leg support pole ; a seat arranged above the support base ; and a support mechanism interposed between the support base and the seat and configured to support the seat movably in a front-rear direction and a left-right direction, wherein the support mechanism includes a left-right support part and a front-rear support part , and one of the left-right support part and the front-rear support part is attached to the support base and the seat is attached to the other of the left-right support part and the front-rear support part , wherein the support base is attached above the leg support pole , a left-right support portion which configures the left-right support part is arranged from the support base through a pair of right and left support members , a front-rear support portion which configures the front-rear support part is arranged at the left-right support portion through a pair of front and rear support members , and the seat is attached to the front-rear support portion , the support base has an arm attachment part , and the support base is attached to the leg support pole , the left-right support portion is arranged below the arm attachment part , the front-rear support portion is arranged above the arm attachment part , and the seat is attached to the front-rear support portion .
A vehicle , in particular for conveying objects , such as vehicle bodies , wherein the vehicle comprises: - a base body ; - a chassis , by means of which the base body rests on and/or is movable on a drivable base ; - a drive device for driving the vehicle ; - a receiving device , which comprises one receiving element , two receiving elements , or more than two receiving elements for receiving at least one object ; - one or more sensor devices , by means of which a surrounding region of the vehicle can be detected, wherein, by means of a control device of the vehicle , boundary lines between different zones of the surrounding region are varied depending on a current state of the vehicle , wherein, for the current state of the vehicle , one or more of the following state characteristics are taken into account: a) whether the vehicle is loaded or unloaded with an object ; and/or b) at what speed and in what direction the vehicle is moving; and/or c) at which position the vehicle is arranged in a conveyor device and/or processing facility . - a base body ; - a chassis , by means of which the base body rests on and/or is movable on a drivable base ; - a drive device for driving the vehicle ; - a receiving device , which comprises one receiving element , two receiving elements , or more than two receiving elements for receiving at least one object ; - one or more sensor devices , by means of which a surrounding region of the vehicle can be detected, wherein, by means of a control device of the vehicle , boundary lines between different zones of the surrounding region are varied depending on a current state of the vehicle , wherein, for the current state of the vehicle , one or more of the following state characteristics are taken into account: a) whether the vehicle is loaded or unloaded with an object ; and/or b) at what speed and in what direction the vehicle is moving; and/or c) at which position the vehicle is arranged in a conveyor device and/or processing facility . wherein, by means of a control device of the vehicle , boundary lines between different zones of the surrounding region are varied depending on a current state of the vehicle , wherein, for the current state of the vehicle , one or more of the following state characteristics are taken into account: a) whether the vehicle is loaded or unloaded with an object ; and/or b) at what speed and in what direction the vehicle is moving; and/or c) at which position the vehicle is arranged in a conveyor device and/or processing facility . a) whether the vehicle is loaded or unloaded with an object ; and/or b) at what speed and in what direction the vehicle is moving; and/or c) at which position the vehicle is arranged in a conveyor device and/or processing facility .
Method for connecting a device (1,2; 21, 22) with a tubular element , which device (1, 2; 21, 22) comprises a body having a connection end (2; 22) and a tubular element insertion end (1; 21), having a cylindrical channel (3, 4; 23, 24) extending from the connection end (2; 22) to the tubular element insertion end (1; 21), where the connection end (2; 22) serves the purpose of connecting to another part of the hydraulic or pneumatic system, and wherein the cylindrical channel (3, 4; 23, 24) comprises a first part (3; 23) and a second part (4; 24), wherein the first part (3; 23) is arranged in the tubular element insertion end (1; 21) and wherein the second part (4; 24) is arranged in the connection end (2; 22), wherein the tubular element insertion end (1; 21) comprises at a middle section a recess (5; 25) extending radially from the first part of the cylindrical channel (3; 23), along the entire circumference and which recess (5; 25) borders the second part of the cylindrical channel (4; 24); and wherein the tubular element insertion end (1; 21) comprises at least one bore (6; 26) connecting said recess (5; 25) with the outer surface of the body, wherein the method comprises the steps of: - providing a tubular element having a tubular channel ; - providing the device (1,2; 21, 22); - inserting the tubular element into the tubular element insertion end (1; 21) and at least partially along the recess (5; 25); - sealing the recess (5; 25) from the tubular channel and the second part (4; 24) of the cylindrical channel of the device (1,2; 21, 22); - providing a bonding compound ; - filling the recess (5; 25) supplying the bonding compound via the at least one bore (6; 26) characterized by the steps of: - providing a sealing body ; - inserting the sealing body into the cylindrical channel (3, 4; 23, 24) sealing the second part (4; 24) of the cylindrical channel; wherein the sealing body is inserted partially into the tubular channel to seal the tubular channel from the recess (5; 25); - after filling the recess (5; 25) with the bonding compound , removing the sealing body from the second part (4; 24) of the cylindrical channel. - providing a tubular element having a tubular channel ; - providing the device (1,2; 21, 22); - inserting the tubular element into the tubular element insertion end (1; 21) and at least partially along the recess (5; 25); - sealing the recess (5; 25) from the tubular channel and the second part (4; 24) of the cylindrical channel of the device (1,2; 21, 22); - providing a bonding compound ; - filling the recess (5; 25) supplying the bonding compound via the at least one bore (6; 26) characterized by - providing a sealing body ; - inserting the sealing body into the cylindrical channel (3, 4; 23, 24) sealing the second part (4; 24) of the cylindrical channel; wherein the sealing body is inserted partially into the tubular channel to seal the tubular channel from the recess (5; 25); - after filling the recess (5; 25) with the bonding compound , removing the sealing body from the second part (4; 24) of the cylindrical channel.
A computer-implemented method for performing image or video recognition using a transformer-based machine learning, ML, model, the method comprising: receiving an image depicting at least one feature to be identified, the image comprising a plurality of channels; dividing the received image into a plurality of patches; mixing the channels using a projection of the plurality of patches; shifting a predefined number of channels between patches to generate shifted patches; computing, using the shifted patches, a channel-wise rescaling value and a channel-wise bias value; applying the computed rescaling and bias values to the channels of the shifted patches; and inputting the shifted patches, after applying the rescaling and bias values to the channels and further mixing of the channels using a projection of the shifted patches, into a classifier module of the ML model. receiving an image depicting at least one feature to be identified, the image comprising a plurality of channels; dividing the received image into a plurality of patches; mixing the channels using a projection of the plurality of patches; shifting a predefined number of channels between patches to generate shifted patches; computing, using the shifted patches, a channel-wise rescaling value and a channel-wise bias value; applying the computed rescaling and bias values to the channels of the shifted patches; and inputting the shifted patches, after applying the rescaling and bias values to the channels and further mixing of the channels using a projection of the shifted patches, into a classifier module of the ML model.
Electrical link comprising a protective sheath surrounding at least two conductors in which each of said conductors is suitable for linking a direct voltage source to a user equipment item , each conductor being surrounded by an insulating jacket , characterized in that the electrical link also comprises an electrical protection system comprising: • associated with each conductor : ∘ a conductive sheath arranged around the insulating jacket of the conductor , ∘ a circuit breaker arranged on the conductor and configured, when activated, to open and power down said conductor ; ∘ a direct current generator connected to the conductive sheath and configured to generate a non-zero current (Ig) on reception of an activation signal; and ∘ a leakage current detection assembly connected to the conductive sheath and to the circuit breaker ; • a sequencer supplying, in succession, an activation signal to the current generators of the electrical link ; the detection assembly of a conductor being configured to measure a current (Ir) passing through the conductive sheath and characterized in that the detection assembly is configured to compare a voltage (Ur) proportional to said current (Ir) to a first range of values and to a second range of values, the detection assembly activating the circuit breaker : - if the voltage (Ur) is outside of the first range of values while the current generator generates a non-zero current (Ig); or - if the voltage (Ur) is outside of the second range of values while the current generator generates a zero current. • associated with each conductor : ∘ a conductive sheath arranged around the insulating jacket of the conductor , ∘ a circuit breaker arranged on the conductor and configured, when activated, to open and power down said conductor ; ∘ a direct current generator connected to the conductive sheath and configured to generate a non-zero current (Ig) on reception of an activation signal; and ∘ a leakage current detection assembly connected to the conductive sheath and to the circuit breaker ; ∘ a conductive sheath arranged around the insulating jacket of the conductor , ∘ a circuit breaker arranged on the conductor and configured, when activated, to open and power down said conductor ; ∘ a direct current generator connected to the conductive sheath and configured to generate a non-zero current (Ig) on reception of an activation signal; and ∘ a leakage current detection assembly connected to the conductive sheath and to the circuit breaker ; • a sequencer supplying, in succession, an activation signal to the current generators of the electrical link ; - if the voltage (Ur) is outside of the first range of values while the current generator generates a non-zero current (Ig); or - if the voltage (Ur) is outside of the second range of values while the current generator generates a zero current.
A layout of a hot-gas pipe of an aircraft engine, the pipe extending under a face called inner face of an engine wall , opposite to a face called outer face of the wall, the pipe comprising an outlet to which it is connected, consisting of a plurality of oblong and distinct openings passing through the wall , having a direction of main elongation (X) substantially coinciding with a direction of a flow of cool gas over the outer face during ordinary engine operation, the openings succeeding each other in a transverse direction (T) of the wall which is perpendicular to the direction of main elongation (X) characterised in that the openings are provided with slats flaring in the transverse direction, and extending beyond one end of the openings in said downstream direction.
A kit of post-lumpectomy breast implants , comprising: multiple post-lumpectomy breast implants each including: a spherical outer shell comprising a medical-grade silicone; and an inner chamber within the outer shell filled with a medical-grade silicone gel; the spherical outer shell and the inner chamber having a total volume of less than 100cc; and breast implant sizers, including a device having a shape and volume matching that of each of the post-lumpectomy breast implants ; wherein the total volumes of each breast implant in the kit differs from the volume of the others by at least 5cc. multiple post-lumpectomy breast implants each including: a spherical outer shell comprising a medical-grade silicone; and an inner chamber within the outer shell filled with a medical-grade silicone gel; the spherical outer shell and the inner chamber having a total volume of less than 100cc; and a spherical outer shell comprising a medical-grade silicone; and an inner chamber within the outer shell filled with a medical-grade silicone gel; the spherical outer shell and the inner chamber having a total volume of less than 100cc; breast implant sizers, including a device having a shape and volume matching that of each of the post-lumpectomy breast implants ; wherein the total volumes of each breast implant in the kit differs from the volume of the others by at least 5cc.