mhurhangee/patent-ind-claim-en huggingface dataset:
Actuating device for a motor vehicle brake, comprising the following components: - an operating device, namely a brake pedal (PB), - a pressure supply device driven by an electric motor drive (M), - a piston-cylinder unit which can be actuated by means of the operating device, which is hydraulically connected to a pressure fluid reservoir (VB) and which forms at least two pressure chambers which are connected to hydraulic brake circuits, - a valve arrangement (HCU) having valves for wheel-specific adjustment of brake pressures and for disconnecting or connecting the wheel brakes to the pressure supply device and the piston-cylinder unit, - an electronic control and regulation unit (ECU), and - at least one sensor device, having at least one sensor element and a sensor target , for sensing a movement of a device component, wherein the at least one sensor element of the sensor device is arranged in the electronic control and regulation unit (ECU) or connected thereto, and that a movement of the device component (10; 45; 46; 48) is transmitted to the electronic control and regulation unit via a sensor actuating device, characterized in that the transmission of the movement of the device component (10; 45; 46; 48) to the associated sensor element is effected by means of flux conductors . - an operating device, namely a brake pedal (PB), - a pressure supply device driven by an electric motor drive (M), - a piston-cylinder unit which can be actuated by means of the operating device, which is hydraulically connected to a pressure fluid reservoir (VB) and which forms at least two pressure chambers which are connected to hydraulic brake circuits, - a valve arrangement (HCU) having valves for wheel-specific adjustment of brake pressures and for disconnecting or connecting the wheel brakes to the pressure supply device and the piston-cylinder unit, - an electronic control and regulation unit (ECU), and - at least one sensor device, having at least one sensor element and a sensor target , for sensing a movement of a device component, wherein the at least one sensor element of the sensor device is arranged in the electronic control and regulation unit (ECU) or connected thereto, and that a movement of the device component (10; 45; 46; 48) is transmitted to the electronic control and regulation unit via a sensor actuating device, characterized in that the transmission of the movement of the device component (10; 45; 46; 48) to the associated sensor element is effected by means of flux conductors .
A device for curing a liner inserted, via an inversion method, into a pipe , comprising: a body element with a first end portion and a second end portion ; and a pull coupling on the second end portion of the body element , wherein the pull coupling is arranged for connection to a pull cable , characterised by a pneumatic coupling on the first end portion of the body element , wherein the pneumatic coupling is arranged for connection to a liner to be inverted. a body element with a first end portion and a second end portion ; and a pull coupling on the second end portion of the body element , wherein the pull coupling is arranged for connection to a pull cable , characterised by a pneumatic coupling on the first end portion of the body element , wherein the pneumatic coupling is arranged for connection to a liner to be inverted.
A system for building and managing at least one tunnel (17-CP80) by sharing information between devices, the system comprising: at least one endpoint device ; multiple access point servers ; a central control server (17-200); wherein the at least one endpoint device , the access point servers and the central control server (17-200) comprise a further system for building and managing the at least one tunnel (17-CP80) by sharing information; wherein the at least one tunnel (17-CP80) is built between the least one endpoint device and the access point servers , wherein the system further comprises an advanced smart routing module (G106) which is configured to manage routing over the at least one tunnel (17-CP80) between the at least one endpoint device and the access point servers ; and the system being characterised in that the system is adapted to perform algorithms to continually analyze current network state while taking into account trailing trends plus long term historical performance to determine best route for traffic to take and which is the best access point server or series of access point servers to push traffic through. at least one endpoint device ; multiple access point servers ; a central control server (17-200); wherein the at least one endpoint device , the access point servers and the central control server (17-200) comprise a further system for building and managing the at least one tunnel (17-CP80) by sharing information; wherein the at least one tunnel (17-CP80) is built between the least one endpoint device and the access point servers , wherein the system further comprises an advanced smart routing module (G106) which is configured to manage routing over the at least one tunnel (17-CP80) between the at least one endpoint device and the access point servers ; and the system being characterised in that the system is adapted to perform algorithms to continually analyze current network state while taking into account trailing trends plus long term historical performance to determine best route for traffic to take and which is the best access point server or series of access point servers to push traffic through. wherein the at least one endpoint device , the access point servers and the central control server (17-200) comprise a further system for building and managing the at least one tunnel (17-CP80) by sharing information; wherein the at least one tunnel (17-CP80) is built between the least one endpoint device and the access point servers , wherein the system further comprises an advanced smart routing module (G106) which is configured to manage routing over the at least one tunnel (17-CP80) between the at least one endpoint device and the access point servers ; and the system being characterised in that the system is adapted to perform algorithms to continually analyze current network state while taking into account trailing trends plus long term historical performance to determine best route for traffic to take and which is the best access point server or series of access point servers to push traffic through.
Tyre, the tread of which comprises: - a plurality of tread pattern features formed from a first rubber-like material called base material (MB), defined by cut-outs ; - these tread pattern features comprising a contact face intended to come in contact with the road during the rolling of the tyre, and at least one sidewall ; - on at least one sidewall of all or a part of said tread pattern features, the base material being at least partly covered by a layer of a second rubber-like material called covering material (MR), different from the base material, which comprises at least one rubber composition, characterised in that said rubber composition of the covering material comprises at least: - 50 to 100 phr of a copolymer based on styrene units and butadiene units, the glass transition temperature of which is greater than -40°C; - optionally, 0 to 50 phr of another diene elastomer; - more than 50 phr of a reinforcing filler; - between 5 and 70 phr of microparticles of a metal oxide or carbide, the median size by weight of which is between 1 μm and 1 mm; - more than 25 phr of a hydrocarbon plasticising resin, the glass transition temperature of which is greater than 20°C; - optionally, 0 to less than 20 phr of a liquid plasticiser. - a plurality of tread pattern features formed from a first rubber-like material called base material (MB), defined by cut-outs ; - these tread pattern features comprising a contact face intended to come in contact with the road during the rolling of the tyre, and at least one sidewall ; - on at least one sidewall of all or a part of said tread pattern features, the base material being at least partly covered by a layer of a second rubber-like material called covering material (MR), different from the base material, which comprises at least one rubber composition, - 50 to 100 phr of a copolymer based on styrene units and butadiene units, the glass transition temperature of which is greater than -40°C; - optionally, 0 to 50 phr of another diene elastomer; - more than 50 phr of a reinforcing filler; - between 5 and 70 phr of microparticles of a metal oxide or carbide, the median size by weight of which is between 1 μm and 1 mm; - more than 25 phr of a hydrocarbon plasticising resin, the glass transition temperature of which is greater than 20°C; - optionally, 0 to less than 20 phr of a liquid plasticiser.
Side panel for a drawer , having an inner wall , an outer wall and a cover element (8, 8', 8", 18, 28) on an upper edge between the inner wall and outer wall , wherein the inner wall and/or the outer wall is or are made of a bent sheet metal, wherein a channel for receiving a base is formed on an inner side of the side panel and means for receiving a front plate and a rear wall are formed in the side panel , characterized in that a magnetic film is fixed to the inner wall and/or the outer wall , the upper edge of which is at least partially covered by the cover element (8, 8', 8", 18, 28), and the cover element (8, 8', 8", 18) is fixed as a separate part to an upper side of the side panel , the cover element (8, 8', 8", 18) having a strip which engages in the side panel and/or the cover element (8, 8', 8", 18) engaging around an upper region of the side panel .
An apparatus for computing, comprising: a processor; and memory coupled with the processor, with instructions stored therein, wherein the instructions are configured to be operated by the processor to cause the apparatus: provide a management virtual machine, MVM, in a first secure enclave of the apparatus; provide a virtual machine trusted platform module, vTPM, for a guest virtual machine, VM, of the apparatus, the vTPM being provided in a second secure enclave of the apparatus different from the first secure enclave; receive , at the vTPM, a command to change a value stored in a platform configuration register, PCR, of the vTPM, wherein the command to change the value stored in the PCR is a command to extend the value stored in the PCR with a cryptographic hash of an integrity measurement of a VM resource associated with the PCR; receive , at the vTPM from the MVM through a secure channel, a modifier indicating that the command is allowed; and after receiving the modifier, change the value stored in the PCR. a processor; and memory coupled with the processor, with instructions stored therein, wherein the instructions are configured to be operated by the processor to cause the apparatus: provide a management virtual machine, MVM, in a first secure enclave of the apparatus; provide a virtual machine trusted platform module, vTPM, for a guest virtual machine, VM, of the apparatus, the vTPM being provided in a second secure enclave of the apparatus different from the first secure enclave; receive , at the vTPM, a command to change a value stored in a platform configuration register, PCR, of the vTPM, wherein the command to change the value stored in the PCR is a command to extend the value stored in the PCR with a cryptographic hash of an integrity measurement of a VM resource associated with the PCR; receive , at the vTPM from the MVM through a secure channel, a modifier indicating that the command is allowed; and after receiving the modifier, change the value stored in the PCR. provide a management virtual machine, MVM, in a first secure enclave of the apparatus; provide a virtual machine trusted platform module, vTPM, for a guest virtual machine, VM, of the apparatus, the vTPM being provided in a second secure enclave of the apparatus different from the first secure enclave; receive , at the vTPM, a command to change a value stored in a platform configuration register, PCR, of the vTPM, wherein the command to change the value stored in the PCR is a command to extend the value stored in the PCR with a cryptographic hash of an integrity measurement of a VM resource associated with the PCR; receive , at the vTPM from the MVM through a secure channel, a modifier indicating that the command is allowed; and after receiving the modifier, change the value stored in the PCR.
A resistive metal oxide gas sensor , comprising a support structure ; a patch of sensing material, comprising a metal oxide material , the patch arranged on the support structure or partly housed therein; electrodes in electrical communication with the patch ; a heater , in thermal communication with the patch ; and a selective gas-permeable filter , wherein: the selective gas-permeable filter comprises a fluoropolymer ; a first part (S1) of an external surface of the patch covers a part of the support structure ; and a remaining part (S2) of said external surface is coated by the selective gas-permeable filter , so as to form a coated patch (2, 2a - 2c) of sensing material. a support structure ; a patch of sensing material, comprising a metal oxide material , the patch arranged on the support structure or partly housed therein; electrodes in electrical communication with the patch ; a heater , in thermal communication with the patch ; and a selective gas-permeable filter , the selective gas-permeable filter comprises a fluoropolymer ; a first part (S1) of an external surface of the patch covers a part of the support structure ; and a remaining part (S2) of said external surface is coated by the selective gas-permeable filter , so as to form a coated patch (2, 2a - 2c) of sensing material.
A control system of an agricultural implement which is to be open-loop and/or closed-loop controlled by way of an ISO data bus comprising a control device and a man-machine interface , wherein the control device exchanges data by way of the ISO data bus on the one hand with the agricultural implement and on the other hand with the man-machine interface , wherein the man-machine interface has an operating terminal and a joystick , wherein functions of the implement can be freely placed by way of the operating terminal by an operator on auxiliary input keys of the operating terminal and/or the joystick to operate those functions by way of the auxiliary input keys , characterised in that the operating terminal and/or a display and input device which can be coupled to the operating terminal or the control device has a voice input device and functions of the implement which can be placed by an operator on the auxiliary input keys of the man-machine interface can be associated by an operator by way of the operating terminal and/or the display and input device with the respective voice input device in order to operate those functions by way of the voice input device .
A heating device for heating a workpiece, comprising: a furnace defining a closed space insulated from an exterior and surrounded by a heat insulator; a heater disposed in the furnace to heat a workpiece; bar-shaped support elements for supporting a workpiece in the furnace , each support element comprising a rectangular tube comprising a combination of two sheet metal members each having an L-shaped cross section; and bases holding longitudinal ends of the support elements for mounting the support elements on a wall of the furnace , each base having support element retaining portions , the support elements being held by the support element retaining portions , each support element being made of an austenitic nickel-iron-chromium solid solution alloy thereby increasing the bending strength against sagging between its longitudinal ends. a furnace defining a closed space insulated from an exterior and surrounded by a heat insulator; a heater disposed in the furnace to heat a workpiece; bar-shaped support elements for supporting a workpiece in the furnace , each support element comprising a rectangular tube comprising a combination of two sheet metal members each having an L-shaped cross section; and bases holding longitudinal ends of the support elements for mounting the support elements on a wall of the furnace , each base having support element retaining portions , the support elements being held by the support element retaining portions , each support element being made of an austenitic nickel-iron-chromium solid solution alloy thereby increasing the bending strength against sagging between its longitudinal ends.
A memory refresh method, wherein the method is applied to a computer system comprising a memory controller and a dynamic random access memory, DRAM, the DRAM comprising a plurality of ranks, and the method comprising: receiving , by the memory controller, access requests; refreshing , by the memory controller, a first rank in the plurality of ranks at a T/N interval when a quantity of target ranks of access requests received within a time period is less than a specified first threshold and a proportion of read requests or write requests in the access requests is greater than a specified second threshold, wherein T is used to indicate a standard average refresh interval, and N is an integer greater than 1; and refreshing , by the memory controller, the first rank at a T interval when a quantity of target ranks of access requests received within the time period is not less than the specified first threshold or a proportion of read requests or write requests in the access requests is not greater than the specified second threshold. refreshing , by the memory controller, a first rank in the plurality of ranks at a T/N interval when a quantity of target ranks of access requests received within a time period is less than a specified first threshold and a proportion of read requests or write requests in the access requests is greater than a specified second threshold, wherein T is used to indicate a standard average refresh interval, and N is an integer greater than 1; and refreshing , by the memory controller, the first rank at a T interval when a quantity of target ranks of access requests received within the time period is not less than the specified first threshold or a proportion of read requests or write requests in the access requests is not greater than the specified second threshold.
A method for producing polylactic acid-based resin expanded beads, comprising the steps of: dispersing polylactic acid-based resin particles, which are obtained by a method including melting and kneading a polylactic acid resin in an extruder, extruding the kneaded resin in the form of strands and cutting the extrudate, in an aqueous dispersing medium contained in a pressure resisting vessel in the presence of a physical blowing agent with heating under a pressure to obtain blowing agent-impregnated foamable resin particles, and releasing the foamable resin particles together with the dispersing medium from the pressure resisting vessel into an atmosphere having a lower pressure than that in the pressure resisting vessel to foam and expand the foamable resin particles, wherein the polylactic acid-based resin satisfies the following conditions to : 10 mN ≤ MT ≤ 30 mN logMT ≤ 0.93 log η − 1.75 4,000 sec ≥ CT 1 / 2 ≥ 600 sec where MT represents a melt tension [mN] of the polylactic acid-based resin at 190°C, η represents a melt viscosity [Pa·s] of the polylactic acid-based resin at 190°C and a shear speed of 20 sec -1 , and CT 1/2 represents a half crystallization time [sec] of the polylactic acid-based resin at 110°C, wherein MT, η and CT 1/2 are measured in accordance with the methods specified in the description. dispersing polylactic acid-based resin particles, which are obtained by a method including melting and kneading a polylactic acid resin in an extruder, extruding the kneaded resin in the form of strands and cutting the extrudate, in an aqueous dispersing medium contained in a pressure resisting vessel in the presence of a physical blowing agent with heating under a pressure to obtain blowing agent-impregnated foamable resin particles, and releasing the foamable resin particles together with the dispersing medium from the pressure resisting vessel into an atmosphere having a lower pressure than that in the pressure resisting vessel to foam and expand the foamable resin particles, wherein the polylactic acid-based resin satisfies the following conditions to : 10 mN ≤ MT ≤ 30 mN logMT ≤ 0.93 log η − 1.75 4,000 sec ≥ CT 1 / 2 ≥ 600 sec where MT represents a melt tension [mN] of the polylactic acid-based resin at 190°C, η represents a melt viscosity [Pa·s] of the polylactic acid-based resin at 190°C and a shear speed of 20 sec -1 , and CT 1/2 represents a half crystallization time [sec] of the polylactic acid-based resin at 110°C, wherein MT, η and CT 1/2 are measured in accordance with the methods specified in the description.
Blank for producing a dosing device by folding made from a single piece of material characterized in that the single piece of material is essentially rectangular, recyclable, and without incisions or notches, wherein the blank comprises - a folding line extending essentially from the middle of one shorter side of the rectangular recyclable material in parallel to the longer sides of the rectangular recyclable material to a star point located in the middle between the longer sides of the rectangular recyclable material, - two folding lines and , each one extending from the star point to one of two corners of the rectangular recyclable material that are closest to the star point so that each one of the two corners is connected to the star point by one of the folding lines or , and - two folding lines and , each one extending from the star point in an angle (α) to one of two longer sides of the rectangular recyclable material so that folding line is extending to the longer side connected to the corner of the rectangular recyclable material that folding line is connected to and folding line is extending to the longer side connected to the corner of the rectangular recyclable material that folding line is connected to and the angle (α) between the folding lines and or and , respectively is smaller than the angle (β) between the folding lines and and and , respectively. - a folding line extending essentially from the middle of one shorter side of the rectangular recyclable material in parallel to the longer sides of the rectangular recyclable material to a star point located in the middle between the longer sides of the rectangular recyclable material, - two folding lines and , each one extending from the star point to one of two corners of the rectangular recyclable material that are closest to the star point so that each one of the two corners is connected to the star point by one of the folding lines or , and - two folding lines and , each one extending from the star point in an angle (α) to one of two longer sides of the rectangular recyclable material so that folding line is extending to the longer side connected to the corner of the rectangular recyclable material that folding line is connected to and folding line is extending to the longer side connected to the corner of the rectangular recyclable material that folding line is connected to and the angle (α) between the folding lines and or and , respectively is smaller than the angle (β) between the folding lines and and and , respectively.