mhurhangee/ep-ind-claims huggingface dataset:
A user agent, UA, comprising: a processor configured to send a message specifying a subset of Session Initiation Protocol, SIP, Dialog-Info Event package state information that is to be returned to the UA; wherein the message is a SIP SUBSCRIBE message containing a filter specifying the subset of the SIP Dialog-Info Event package state information; and wherein the filter specifies at least one capability of at least one other UA that has registered at least one of the same URIs as the UA but that has a GRUU that is different from the GRUU of the UA, information about the capability being included in the SIP Dialog-Info Event package state information and being included in the delivered subset of the SIP Dialog-Info Event package state information. configured to send a message specifying a subset of Session Initiation Protocol, SIP, Dialog-Info Event package state information that is to be returned to the UA; wherein the message is a SIP SUBSCRIBE message containing a filter specifying the subset of the SIP Dialog-Info Event package state information; and wherein the filter specifies at least one capability of at least one other UA that has registered at least one of the same URIs as the UA but that has a GRUU that is different from the GRUU of the UA, information about the capability being included in the SIP Dialog-Info Event package state information and being included in the delivered subset of the SIP Dialog-Info Event package state information.
Gas bubble sensing device for sensing gas bubbles in a liquid, with a flow through channel for a liquid, two ultrasonic emitters (2, 3) and two ultrasonic receivers (4, 5), wherein the emitters (2, 3) are each arranged opposite of one of the receivers (4, 5) with respect to the flow through channel, and with two signal processing devices (11, 12), each of which being connected to one of the receivers (4, 5) in a signal transmitting manner, wherein the gas bubble sensing device comprises an ultrasonic signal generator that is connected to both of the emitters (2, 3) in a signal transmitting manner, characterized by two control devices (13, 14) that are each connected to one of the signal processing devices (11, 12) in a signal transmitting manner, wherein one of the control devices (13, 14) comprises an output port, at which it provides a synchronization signal during operation, wherein the output port is connected to the ultrasonic signal generator in a synchronization signal transmitting manner, and wherein the ultrasonic signal generator is adapted to emit an ultrasonic signal pulse based on the synchronization signal, wherein one of the control devices is adapted to output a fault signal in case an ultrasound pulse is not received within a predetermined time period, and wherein the other one of the control devices is adapted to output a fault signal in case an ultrasound pulse is not received within a predetermined time periode.
Unstable laser cavity fitted with a passive Q-switch, wherein the passive Q-switch comprises a saturable absorber that has an absorption gradient so that the absorption profile of the saturable absorber is inhomogeneous over the cross section of the beam travelling in the laser cavity, the unstable laser cavity being characterized in that the passive Q-switch is doped in a doping gradient for creating a radial absorption gradient, the radial absorption gradient having an absorption that is greater at the centre than at the radial ends and the absorption being almost zero on the edges.
A compound represented by the following structure: or a pharmaceutically acceptable salt of said compound, wherein W, R 3, R 32 and R 33 are defined as follows: R 3 R 32 R 33 W -CH 3 Et -CH 3 Et -CH 3 Et -CH 3 Et -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3 -CH 3
A caterpillar device comprising: a water film removing part which is provided in a power transmission member including chains, presses and removes a water film between an attachment object as a magnetic material and the power transmission member with a magnetic force, and attaches the power transmission member to the attachment object to secure a frictional force; characterized in that an apparatus body magnet attachment part is provided which is connected to the power transmission member and attaches the body of the apparatus to the attachment object, and wherein the water film removing part includes: a ferromagnetic body removably coupled to the power transmission member; a water film removing magnet coupled to the bottom of the ferromagnetic body; and a friction member coupled to the bottom of the water film removing magnet, a water drainage groove is provided in the friction member. a water film removing part which is provided in a power transmission member including chains, presses and removes a water film between an attachment object as a magnetic material and the power transmission member with a magnetic force, and attaches the power transmission member to the attachment object to secure a frictional force; characterized in that an apparatus body magnet attachment part is provided which is connected to the power transmission member and attaches the body of the apparatus to the attachment object, and wherein the water film removing part includes: a ferromagnetic body removably coupled to the power transmission member; a water film removing magnet coupled to the bottom of the ferromagnetic body; and a friction member coupled to the bottom of the water film removing magnet, a ferromagnetic body removably coupled to the power transmission member; a water film removing magnet coupled to the bottom of the ferromagnetic body; and a friction member coupled to the bottom of the water film removing magnet, a water drainage groove is provided in the friction member.
Catalytic adsorbent comprising at least cobalt and molydenum deposited on a porous substrate in which the content of cobalt, expressed in terms of CoO oxide, is between 15 and 25% by weight relative to the total weight of said adsorbent, and the content of molybdenum, expressed in terms of MoO 3 oxide, is between 5 and 16 % by weight relative to the total weight of said adsorbent and in which the Co/Mo molar ratio is between 1 and 6.
A self-maintenance system of a hydraulic assistance device of a vehicle, said device comprising a hydraulic machine (21, 23), said hydraulic machine (21, 23) comprising: • a fluid inlet (210, 230), • a fluid outlet (212, 232), and • elements movable under the action of a hydraulic fluid circulating within the hydraulic machine (21, 23), said hydraulic machine (21, 23) being configured to: • convert a pressure difference between the fluid inlet (210, 230) and the fluid outlet (212, 232) into a drive torque, and reciprocally, such as to provide the hydraulic assistance, the conversion being implemented by the movement of movable elements, and • be alternatively: ∘ operated such as to engage the hydraulic assistance, ∘ disabled such as to disengage the hydraulic assistance, the operating and the disabling being provided by the movement of starting movable elements (211, 231), and the engagement and disengagement of the assistance being controllable on command, the system comprising a controlling module configured to command the operating of the hydraulic machine (21,23) during a determined time period, then command the disabling of the hydraulic machine (21, 23) at the end of said time period such as to ensure the flushing of all or part of the hydraulic machine (21, 23), said operating and disabling commands being independent of a command of engagement and disengagement of the assistance. • a fluid inlet (210, 230), • a fluid outlet (212, 232), and • elements movable under the action of a hydraulic fluid circulating within the hydraulic machine (21, 23), • convert a pressure difference between the fluid inlet (210, 230) and the fluid outlet (212, 232) into a drive torque, and reciprocally, such as to provide the hydraulic assistance, the conversion being implemented by the movement of movable elements, and • be alternatively: ∘ operated such as to engage the hydraulic assistance, ∘ disabled such as to disengage the hydraulic assistance, ∘ operated such as to engage the hydraulic assistance, ∘ disabled such as to disengage the hydraulic assistance,
Intaglio gravure printing press comprising at least one gravure printing unit, comprising at least one forme cylinder and at least one impression cylinder, at least one inking unit and/or at least one ink collecting cylinder, including at least one assigned inking unit, being arranged at the at least one forme cylinder, the intaglio gravure printing press comprising at least one print head, which is arranged at the at least one impression cylinder, or the intaglio gravure printing press comprising at least one print head, which is arranged at the at least one forme cylinder, at least one wiping device being arranged at the at least one forme cylinder, the at least one wiping device being arranged along the direction of rotation of the at least one forme cylinder, downstream from the at least one print head, when the at least one print head is arranged at the at least one forme cylinder, and the at least one wiping device being arranged along the direction of rotation of the at least one forme cylinder, upstream from a contact region of the at least one forme cylinder with the at least one impression cylinder.
A water injection type cutting tool comprising a handle configured to be grasped by a user, a base configured to contact an upper surface of a workpiece to be cut, and a tool unit supported on an upper surface of the base, wherein the tool unit includes a cutter and a water storage tank positioned on opposite sides with respect to the handle when viewed in a cut proceeding direction, the water storage tank having a tank body configured to store water that is injected on a cutting portion of the cutter, which cuts the workpiece, characterized in that an end portion of the tank body of the water storage tank on a downstream side with respect to a direction of flow of water from the tank body is positioned such that the end portion of the tank body overlaps with the base when viewed in a plan view, and the tank body is inclined such that a downstream side portion of the tank body is closer to the cutting portion of the cutter than an upstream side portion of the tank body when viewed in a plan view.
A pressure sensor for measuring a pressure of a process fluid, comprising: a sensor body for receiving the process fluid; an electrical insulator provided within an inner wall of the sensor body, a capacitive electrode positioned on the electrical insulator; and a diaphragm that extends at least partially over the capacitive electrode and that is configured to move relative to the capacitive electrode in response to the pressure of the process fluid; and wherein an electrical capacitance between the capacitive electrode and the diaphragm is related to the pressure of the process fluid; the pressure sensor characterized in that an area between the diaphragm and the capacitive electrode includes a vacuum and the capacitive electrode and the diaphragm extend completely around the inner wall of the sensor body. a sensor body for receiving the process fluid; an electrical insulator provided within an inner wall of the sensor body, a capacitive electrode positioned on the electrical insulator; and a diaphragm that extends at least partially over the capacitive electrode and that is configured to move relative to the capacitive electrode in response to the pressure of the process fluid; and wherein an electrical capacitance between the capacitive electrode and the diaphragm is related to the pressure of the process fluid; the pressure sensor characterized in that an area between the diaphragm and the capacitive electrode includes a vacuum and the capacitive electrode and the diaphragm extend completely around the inner wall of the sensor body.
A high electron mobility transistor (HEMT) comprising: an active area comprising a plurality of active semiconductor layers (16,18) having a top surface, said plurality of active semiconductor layers (16, 18) on a substrate, wherein said plurality of active semiconductor layers comprises a buffer layer and a barrier layer, and wherein said HEMT is configured to induce a two dimensional electron gas at a heterointerface between the buffer layer and the barrier layer of said HEMT; source and drain electrodes on said active semiconductor layers and in electrical contact with said 2DEG; a gate between said source and drain electrodes and on said active semiconductor layers; a spacer layer covering said gate and all of said top surface of said active semiconductor layers between said gate and said source electrode, and between said gate and said drain electrode; and characterised in that the HEMT further comprises a field plate on said spacer layer isolated from the active semiconductor layers and extending a distance (L f) from said gate toward said drain electrode, said field plate comprising a portion extending beyond the width of said active area, said field plate electrically connected to said source electrode by a conductive path (34, 46), said conductive path connected to said field plate at said portion extending beyond the width of said active area, said conductive path running entirely outside of said active area, wherein said conductive path does not extend over said active area. an active area comprising a plurality of active semiconductor layers (16,18) having a top surface, said plurality of active semiconductor layers (16, 18) on a substrate, wherein said plurality of active semiconductor layers comprises a buffer layer and a barrier layer, and wherein said HEMT is configured to induce a two dimensional electron gas at a heterointerface between the buffer layer and the barrier layer of said HEMT; source and drain electrodes on said active semiconductor layers and in electrical contact with said 2DEG; a gate between said source and drain electrodes and on said active semiconductor layers; a spacer layer covering said gate and all of said top surface of said active semiconductor layers between said gate and said source electrode, and between said gate and said drain electrode; and characterised in that the HEMT further comprises a field plate on said spacer layer isolated from the active semiconductor layers and extending a distance (L f) from said gate toward said drain electrode, said field plate comprising a portion extending beyond the width of said active area, said field plate electrically connected to said source electrode by a conductive path (34, 46), said conductive path connected to said field plate at said portion extending beyond the width of said active area, said conductive path running entirely outside of said active area, wherein said conductive path does not extend over said active area.
Method for controlling the driving dynamics of a vehicle exclusively by means of dampers, the vehicle comprising at least two axles (10, 12), each having at least two wheels each with a damper, and the method comprising the following control: a) obtaining a driving dynamics target value; a) determining a control deviation (e) based on the driving dynamics target value and a driving dynamics actual value; b) changing the damper force of at least one damper according to the control deviation (e); c) updating and feeding back the driving dynamics actual value when the damper force changes to redetermine the control deviation (e), characterized in that in the event of understeering, the damper forces on a front axle are increased and/or the damper forces on a rear axle are reduced and in that in the event of oversteering, the damper forces on a front axle are reduced and/or the damper forces on a rear axle are increased. the vehicle comprising at least two axles (10, 12), each having at least two wheels each with a damper, and the method comprising the following control: a) obtaining a driving dynamics target value; a) determining a control deviation (e) based on the driving dynamics target value and a driving dynamics actual value; b) changing the damper force of at least one damper according to the control deviation (e); c) updating and feeding back the driving dynamics actual value when the damper force changes to redetermine the control deviation (e), a) obtaining a driving dynamics target value; a) determining a control deviation (e) based on the driving dynamics target value and a driving dynamics actual value; b) changing the damper force of at least one damper according to the control deviation (e); c) updating and feeding back the driving dynamics actual value when the damper force changes to redetermine the control deviation (e), characterized in that in the event of understeering, the damper forces on a front axle are increased and/or the damper forces on a rear axle are reduced and in that in the event of oversteering, the damper forces on a front axle are reduced and/or the damper forces on a rear axle are increased.
A tomographic image processing apparatus comprising: an image processor configured to set two or more computed tomography, CT, number ranges of interest defined by a window level and a window width for CT numbers of CT image data, and map the CT numbers to display grayscale values of a display; and the display configured to display the CT image data according to a mapping result, wherein a gradient of a graph showing a relationship between the CT numbers and the display grayscale values in a CT number range included in the two or more CT number ranges of interest is greater than a gradient in a CT number range not included in the two or more CT number ranges of interest, wherein the graph showing the relationship between the CT numbers and the display grayscale values has a zero or positive gradient over the entire graph or has a zero or negative gradient over the entire graph. an image processor configured to set two or more computed tomography, CT, number ranges of interest defined by a window level and a window width for CT numbers of CT image data, and map the CT numbers to display grayscale values of a display; and the display configured to display the CT image data according to a mapping result, wherein a gradient of a graph showing a relationship between the CT numbers and the display grayscale values in a CT number range included in the two or more CT number ranges of interest is greater than a gradient in a CT number range not included in the two or more CT number ranges of interest, wherein the graph showing the relationship between the CT numbers and the display grayscale values has a zero or positive gradient over the entire graph or has a zero or negative gradient over the entire graph.
A process for preparing copolymers A) with a reduced soil particle content, comprising 49.2 to 93.2% by weight of structural units which derive from one or more vinylaromatic monomers (component A1)), 6 to 50% by weight of structural units which derive from one or more vinyl cyanides (component A2)), 0.8 to 7% by weight of structural units which derive from one or more dicarboxylic anhydrides (component A3)) and 0 to 25% by weight of structural units which derive from further copolymerizable monomers other than A1), A2) and A3) (component A4)), where the percentages by weight are each based on the total weight of the structural units which derive from components A1), A2), A3) and A4), and together add up to 100% by weight, by bulk or solution polymerization, wherein the mathematical product of the percentages by weight of the structural units which derive from component A2) and the percentages by weight of the structural units which derive from component A3) in the copolymer A) is in the range from 40% 2 by weight to 65% 2 by weight.
A cylinder head for a piston compressor, comprising: a metal outer cover and an isolation inner cover, the metal outer cover covering the isolation inner cover, and the isolation inner cover being made of a heat insulation material, characterized in that the isolation inner cover is made of a closed-cell foamed aluminum material; and wherein the isolation inner cover has a silicon carbide additive, and the contained silicon carbide has a mass fraction of B which satisfies 0.1% ≤ B ≤ 1.1%.
A product vending machine comprising a product withdrawal compartment accessible from the outside to allow a user to withdraw the dispensed products; the product withdrawal compartment is provided with a door movable between a closed position, in which the door closes, completely or partially, the product withdrawal compartment so as to make it inaccessible from the outside, and an open position, in which the door makes the product withdrawal compartment accessible from the outside so as to thus allow the withdrawal of the dispensed products; the product vending machine further comprises a mechanical informative display designed to reproduce a graphic sign visible by a user in front of the product vending machine; the informative display comprises the door and a display panel arranged relative to the door in such a way that the door progressively overlaps the display panel during movement of the door from the closed position to the open position; the door and the display panel are also provided with respective graphic patterns (11A, 11B); the display panel is at least partially optically transparent to allow the graphic pattern on the door to be at least partially visible through the display panel in such a way that the graphic pattern on the door at least partially graphically combines with, or interfere with, the graphic pattern on the display panel when the door overlaps the display panel to form said graphic sign on the display panel. the product withdrawal compartment is provided with a door movable between a closed position, in which the door closes, completely or partially, the product withdrawal compartment so as to make it inaccessible from the outside, and an open position, in which the door makes the product withdrawal compartment accessible from the outside so as to thus allow the withdrawal of the dispensed products; the product vending machine further comprises a mechanical informative display designed to reproduce a graphic sign visible by a user in front of the product vending machine; the informative display comprises the door and a display panel arranged relative to the door in such a way that the door progressively overlaps the display panel during movement of the door from the closed position to the open position; the door and the display panel are also provided with respective graphic patterns (11A, 11B); the display panel is at least partially optically transparent to allow the graphic pattern on the door to be at least partially visible through the display panel in such a way that the graphic pattern on the door at least partially graphically combines with, or interfere with, the graphic pattern on the display panel when the door overlaps the display panel to form said graphic sign on the display panel.
Operating facility for a gas-heated cooking appliance, with a display for displaying information, a rotating knob, which incorporates the display and is provided to be rotatable in relation thereto, and a transmission element, which is designed to transmit a rotating movement of the rotating knob to a valve stem of a gas valve of the cooking appliance, wherein the rotating knob drives the transmission element by means of a gear unit, wherein the gear unit has at least two toothed wheels (21, 22, 23, 24) arranged within the rotating knob, wherein the at least two toothed wheels (21, 22, 23, 24) are configured as spur wheels, wherein the rotating knob has an internally toothed, first spur wheel, which engages with one externally toothed, second spur wheel of the at least two toothed wheels arranged within the rotating knob.