mhurhangee/ep-ind-claims huggingface dataset:
An externally insulated clad wall structure comprising: a structural wall element; a plurality of cladding support battens located a distance from the structural wall element; a layer of insulation material positioned between the structural wall element and the plurality of cladding support battens; at least one cladding element being secured to at least one cladding support batten, characterised in that at least one cladding support batten being supported by a support member (33, 34) that is secured at or near the base of the structural wall element; and at least one batten support member (33, 34) includes a fixing flange for securing to the structural wall element and a support flange that is of sufficient depth to support the end of at least one cladding support batten. a structural wall element; a plurality of cladding support battens located a distance from the structural wall element; a layer of insulation material positioned between the structural wall element and the plurality of cladding support battens; at least one cladding element being secured to at least one cladding support batten, characterised in that at least one cladding support batten being supported by a support member (33, 34) that is secured at or near the base of the structural wall element; and at least one batten support member (33, 34) includes a fixing flange for securing to the structural wall element and a support flange that is of sufficient depth to support the end of at least one cladding support batten.
Electrical discharge milling machine using tool electrodes of elongate shape and of constant cross section, which carry out the machining at their ends and are subject to longitudinal wear, said machine being equipped with: - an erosive discharge generator, - a rotating spindle with a mandrel, - a numerical controller, - a set of motorized axes controlled by the numerical controller, - a device for measuring the length of the tool outside the machining process, - a tool path generator interfaced with the numerical controller, which divides the workpiece into a stack of successive layers to be machined and define one or more paths for the sweep of the tool in each layer, and - a post-processor acting as a set value generator, interfaced with the numerical controller or integrated therein, - characterized in that the post-processor generates a file of set values C [m 3 /m] equivalent to the set linear volume which has to be eroded from the workpiece per unit of length of the tool movement on the path, interacting with a first controller which executes a repetitive control cycle composed of at least the following steps: - determining the volume Q eroded by each discharge, - calculating the distance s travelled by the tool from one effective discharge to the next, - calculating the actual eroded linear volume M [m 3 /m] for at least one effective discharge, M forming a measurement sample from the values Q and s, - comparing said sample M with the corresponding set value C to generate an error D = C - M [m 3 /m], - calculating and transmitting a command by the numerical controller intended to reduce this error D during the following cycle or cycles. - an erosive discharge generator, - a rotating spindle with a mandrel, - a numerical controller, - a set of motorized axes controlled by the numerical controller, - a device for measuring the length of the tool outside the machining process, - a tool path generator interfaced with the numerical controller, which divides the workpiece into a stack of successive layers to be machined and define one or more paths for the sweep of the tool in each layer, and - a post-processor acting as a set value generator, interfaced with the numerical controller or integrated therein, - characterized in that the post-processor generates a file of set values C [m 3 /m] equivalent to the set linear volume which has to be eroded from the workpiece per unit of length of the tool movement on the path, - determining the volume Q eroded by each discharge, - calculating the distance s travelled by the tool from one effective discharge to the next, - calculating the actual eroded linear volume M [m 3 /m] for at least one effective discharge, M forming a measurement sample from the values Q and s, - comparing said sample M with the corresponding set value C to generate an error D = C - M [m 3 /m], - calculating and transmitting a command by the numerical controller intended to reduce this error D during the following cycle or cycles.
An ultrasound imaging method, comprising: transmitting a plurality of unfocused plane wave ultrasound beams to a scan target; respectively receiving echoes of said plurality of unfocused plane wave ultrasound beams to acquire a plurality of sets of plane wave echo signals; transmitting a plurality of focused ultrasound beams to the scan target; respectively receiving echoes of said plurality of focused ultrasound beams to acquire a plurality of sets of focused beam echo signals, wherein at least one portion of said plurality of unfocused plane wave ultrasound beams and at least one portion of said plurality of focused ultrasound beams are transmitted alternately; acquiring a velocity vector of a target point in said scan target using said plurality of sets of plane wave echo signals; acquiring an ultrasound image of at least part of said scan target using said plurality of sets of focused beam echo signals; and displaying the velocity vector and said ultrasound image. transmitting a plurality of unfocused plane wave ultrasound beams to a scan target; respectively receiving echoes of said plurality of unfocused plane wave ultrasound beams to acquire a plurality of sets of plane wave echo signals; transmitting a plurality of focused ultrasound beams to the scan target; respectively receiving echoes of said plurality of focused ultrasound beams to acquire a plurality of sets of focused beam echo signals, wherein at least one portion of said plurality of unfocused plane wave ultrasound beams and at least one portion of said plurality of focused ultrasound beams are transmitted alternately; acquiring a velocity vector of a target point in said scan target using said plurality of sets of plane wave echo signals; acquiring an ultrasound image of at least part of said scan target using said plurality of sets of focused beam echo signals; and displaying the velocity vector and said ultrasound image.
Floor cleaning robot, comprising: - a chassis, - at least two bumpers (10A-10C, 20A-20C) movable with respect to the chassis, - means for detecting a movement of each of the bumpers (10A-10C, 20A-20C) with respect to the chassis, the two bumpers (10A-10C, 20A-20C) being arranged on at least two stages respectively arranged at different heights with respect to a plane bearing the floor of the robot, characterised in that - at least one of the stages comprises several bumpers (10A-10C; 20A-20C), and - a normal to the plane bearing the floor which passes through a separation zone between two bumpers in the vicinity of a stage passes through a bumper of the other stage. - a chassis, - at least two bumpers (10A-10C, 20A-20C) movable with respect to the chassis, - means for detecting a movement of each of the bumpers (10A-10C, 20A-20C) with respect to the chassis, the two bumpers (10A-10C, 20A-20C) being arranged on at least two stages respectively arranged at different heights with respect to a plane bearing the floor of the robot, characterised in that - at least one of the stages comprises several bumpers (10A-10C; 20A-20C), and - a normal to the plane bearing the floor which passes through a separation zone between two bumpers in the vicinity of a stage passes through a bumper of the other stage.
A web including a plurality of fibers comprising: one or more thermoplastic aliphatic polyesters; an antishrinkage additive in an amount greater than 0% and no more than 6% by weight of the web, wherein the antishrinkage additive is a semicrystalline thermoplastic polymer that forms a dispersed phase of discrete particles having an average diameter of less than 250 nm in the aliphatic polyester; and an antistatic additive in an amount greater than 0% and no more than 10% by weight of the web, wherein the antistatic additive is a fluorochemical oligomer or polymer which, when added or applied to the fibers of the web, increases the electrical charge dissipation capability or decreases the electrical charge retention capability of the fibers, without adversely affecting the moisture or water repellency of the fibers, and wherein the web has at least one dimension in the plane of the web which decreases by no greater than 12% when the web is heated to a temperature above a glass transition temperature but below the melting temperature of the fibers while in an unrestrained condition. one or more thermoplastic aliphatic polyesters; an antishrinkage additive in an amount greater than 0% and no more than 6% by weight of the web, wherein the antishrinkage additive is a semicrystalline thermoplastic polymer that forms a dispersed phase of discrete particles having an average diameter of less than 250 nm in the aliphatic polyester; and an antistatic additive in an amount greater than 0% and no more than 10% by weight of the web, wherein the antistatic additive is a fluorochemical oligomer or polymer which, when added or applied to the fibers of the web, increases the electrical charge dissipation capability or decreases the electrical charge retention capability of the fibers, without adversely affecting the moisture or water repellency of the fibers, and wherein the web has at least one dimension in the plane of the web which decreases by no greater than 12% when the web is heated to a temperature above a glass transition temperature but below the melting temperature of the fibers while in an unrestrained condition.
A method of preventing unauthorized access to video content on a mobile device comprising: With a virtual machine receiving a request to display encrypted video content by a mobile device, the virtual machine comprising a user operating system and an operating system page table configured to map virtual machine virtual memory to real memory; transferring the encrypted video content to a virtual machine monitor decrypting the video content by the virtual machine monitor to yield decrypted video content; storing the decrypted video content in video memory using the virtual machine monitor and updating the operating system page table, by the virtual machine monitor so that a pointer corresponding to the decrypted video content in the video memory points to a memory location containing data other than the decrypted video content, when the video memory contains decrypted video content. With a virtual machine receiving a request to display encrypted video content by a mobile device, the virtual machine comprising a user operating system and an operating system page table configured to map virtual machine virtual memory to real memory; transferring the encrypted video content to a virtual machine monitor decrypting the video content by the virtual machine monitor to yield decrypted video content; storing the decrypted video content in video memory using the virtual machine monitor and updating the operating system page table, by the virtual machine monitor so that a pointer corresponding to the decrypted video content in the video memory points to a memory location containing data other than the decrypted video content, when the video memory contains decrypted video content.
A multifunctional display device, comprising: a tuner configured to tune to a channel of a broadcast signal; a network interface configured to receive data packets; a display module; a wireless input interface to receive signals from a remote controller; a storage device to store data; a processor to control the display module based on at least one of broadcast signal, data packets or signals from the remote controller, wherein: a first area of the display module is configured to display a program received through a channel of the broadcast signal tuned by the tuner, characterized in that: a second area of the display module is configured to display category tabs identifying a respective number of categories (1821, 1822), a plurality of card objects (1831, 1833, 1835) corresponding to a category corresponding to a selected category tab, and applications (1911, 1912, 1913, 1914) that fall into the category corresponding to the selected category tab, wherein the classified applications (1911, 1912, 1913, 1914) are displayed in corresponding card objects (1831, 1833, 1835); and a third area of the display module is configured to display an advertisement image, wherein, when one application among the plurality of applications (1911, 1912, 1913, 1914) is focused on based on a cursor location, the advertisement image displayed in the third area is replaced with additional information of the focused application. a tuner configured to tune to a channel of a broadcast signal; a network interface configured to receive data packets; a display module; a wireless input interface to receive signals from a remote controller; a storage device to store data; a processor to control the display module based on at least one of broadcast signal, data packets or signals from the remote controller, wherein: a first area of the display module is configured to display a program received through a channel of the broadcast signal tuned by the tuner, a second area of the display module is configured to display category tabs identifying a respective number of categories (1821, 1822), a plurality of card objects (1831, 1833, 1835) corresponding to a category corresponding to a selected category tab, and applications (1911, 1912, 1913, 1914) that fall into the category corresponding to the selected category tab, wherein the classified applications (1911, 1912, 1913, 1914) are displayed in corresponding card objects (1831, 1833, 1835); and a third area of the display module is configured to display an advertisement image, wherein, when one application among the plurality of applications (1911, 1912, 1913, 1914) is focused on based on a cursor location, the advertisement image displayed in the third area is replaced with additional information of the focused application.
Apparatus for delivering an implant, the apparatus comprising: an implant comprises an implant body and a tether connected to the implant body; a housing; a sheath portion projecting distally away from the housing, the sheath portion having a sheath with a sheath lumen, and a bearing surface in the sheath lumen or aligned with the sheath lumen, and located at or near a distal end of the sheath; wherein the tether has a first portion that extends from the implant body distally within the sheath portion and around the bearing surface, where the tether changes direction, and extends back proximally, as a second portion, from the bearing surface along and within the sheath portion; characterised in that the implant is at least partially positioned in the apparatus and in that the apparatus is configured to move the first tether portion proximally and thereby draw the implant body distally along and within the sheath lumen. an implant comprises an implant body and a tether connected to the implant body; a housing; a sheath portion projecting distally away from the housing, the sheath portion having a sheath with a sheath lumen, and a bearing surface in the sheath lumen or aligned with the sheath lumen, and located at or near a distal end of the sheath; wherein the tether has a first portion that extends from the implant body distally within the sheath portion and around the bearing surface, where the tether changes direction, and extends back proximally, as a second portion, from the bearing surface along and within the sheath portion; characterised in that the implant is at least partially positioned in the apparatus and in that the apparatus is configured to move the first tether portion proximally and thereby draw the implant body distally along and within the sheath lumen.
A power amplifier circuit with compensation mechanism for temperature and power comprising: an input port for receiving an RF input signal; an output port for outputting an RF output signal, the RF output signal being an amplified version of the RF input signal; a thermal-sensing circuit for generating a thermal sensing signal according to an operational temperature; a feedback circuit for detecting voltage variations in the RF output signal, thereby generating a corresponding power compensation signal; a logic judging circuit for outputting a compensation signal according to the thermal sensing signal and the power compensation signal; an adjusting circuit for adjusting a level of the RF input signal according to the compensation signal, thereby generating a corresponding 1st stage RF signal; and an amplifying circuit (OP1-OPn) for generating the RF output signal by amplifying the 1st stage RF signal; characterized in that the power amplifier circuit is a power amplifier integrated circuit and that the logic judging circuit outputs the thermal sensing signal or the power compensation signal as the compensation signal. an input port for receiving an RF input signal; an output port for outputting an RF output signal, the RF output signal being an amplified version of the RF input signal; a thermal-sensing circuit for generating a thermal sensing signal according to an operational temperature; a feedback circuit for detecting voltage variations in the RF output signal, thereby generating a corresponding power compensation signal; a logic judging circuit for outputting a compensation signal according to the thermal sensing signal and the power compensation signal; an adjusting circuit for adjusting a level of the RF input signal according to the compensation signal, thereby generating a corresponding 1st stage RF signal; and an amplifying circuit (OP1-OPn) for generating the RF output signal by amplifying the 1st stage RF signal; characterized in that the power amplifier circuit is a power amplifier integrated circuit and that the logic judging circuit outputs the thermal sensing signal or the power compensation signal as the compensation signal.
A power drive unit,PDU, having a magnetic hold brake for use in an aircraft, the PDU comprising: a wheel (51, 52) configured to convey cargo through a portion of the aircraft; characterized by: an armature rotatably coupled to the wheel; a brake pad; a hold solenoid configured to compress the armature against the brake pad by a brake amount in order to apply a hold braking force to the wheel by resisting rotation of the armature; a release solenoid configured to apply a force to separate the armature from the brake pad in order to allow the armature to rotate; and a biasing member configured to compress the armature against the brake pad by a drag amount that is less than the brake amount in order to apply a drag braking force to the wheel by resisting rotation of the armature. a wheel (51, 52) configured to convey cargo through a portion of the aircraft; characterized by: an armature rotatably coupled to the wheel; a brake pad; a hold solenoid configured to compress the armature against the brake pad by a brake amount in order to apply a hold braking force to the wheel by resisting rotation of the armature; a release solenoid configured to apply a force to separate the armature from the brake pad in order to allow the armature to rotate; and a biasing member configured to compress the armature against the brake pad by a drag amount that is less than the brake amount in order to apply a drag braking force to the wheel by resisting rotation of the armature. an armature rotatably coupled to the wheel; a brake pad; a hold solenoid configured to compress the armature against the brake pad by a brake amount in order to apply a hold braking force to the wheel by resisting rotation of the armature; a release solenoid configured to apply a force to separate the armature from the brake pad in order to allow the armature to rotate; and a biasing member configured to compress the armature against the brake pad by a drag amount that is less than the brake amount in order to apply a drag braking force to the wheel by resisting rotation of the armature.
A metal can comprising: - a metal can body comprising a side wall, a first end of which is connected to a bottom and a second end of which delimits an access opening, said second end including a roll that ends by a free edge, - a metal lid suitable to close said access opening, said metal can including a peripheral skirt that includes an interlocking strip adapted to cooperate by interlocking with said second end of the side wall, and - a peel-off tab which is sealed, by a heat-seal material, to the circumference of the peripheral skirt of the metal lid and of the second end of the side wall of the metal can body, characterized in that the roll of said second end of the side wall is oriented outward, away from the access opening, and in that said peel-off tab includes a strip (41, 411) that partially covers said roll, in a sealed manner, to ensure to ensure the sealing of said metal can, said peel-off tab is sealed by means of two annular sealing areas, i.e.: - an upper sealing area that is interposed between, on the one hand, an upper strip of said peel-off tab and, on the other hand, a sealing strip of the peripheral skirt of said metal lid, and - a lower sealing area that is interposed between, on the one hand, a lower strip of said peel-off tab and, on the other hand, said second end of the side wall of the can body. - a metal can body comprising a side wall, a first end of which is connected to a bottom and a second end of which delimits an access opening, said second end including a roll that ends by a free edge, - a metal lid suitable to close said access opening, said metal can including a peripheral skirt that includes an interlocking strip adapted to cooperate by interlocking with said second end of the side wall, and - a peel-off tab which is sealed, by a heat-seal material, to the circumference of the peripheral skirt of the metal lid and of the second end of the side wall of the metal can body, characterized in that the roll of said second end of the side wall is oriented outward, away from the access opening, and in that said peel-off tab includes a strip (41, 411) that partially covers said roll, in a sealed manner, to ensure to ensure the sealing of said metal can, said peel-off tab is sealed by means of two annular sealing areas, i.e.: - an upper sealing area that is interposed between, on the one hand, an upper strip of said peel-off tab and, on the other hand, a sealing strip of the peripheral skirt of said metal lid, and - a lower sealing area that is interposed between, on the one hand, a lower strip of said peel-off tab and, on the other hand, said second end of the side wall of the can body. - an upper sealing area that is interposed between, on the one hand, an upper strip of said peel-off tab and, on the other hand, a sealing strip of the peripheral skirt of said metal lid, and - a lower sealing area that is interposed between, on the one hand, a lower strip of said peel-off tab and, on the other hand, said second end of the side wall of the can body.