mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery top cover assembly, characterized in comprising: a top cover plate; an electrode terminal; an insulating cover; and a short-circuit component comprising a deformable plate and a conductive plate disposed above the deformable plate, wherein the deformable plate is connected to the top cover plate, and the conductive plate is connected to the electrode terminal; wherein the conductive plate comprises a body portion and a protrusion portion protruding upwardly from the body portion, the conductive plate is provided with a gas hole, the gas hole cuts through the protrusion portion and the body portion, and an inner wall of the gas hole comprises an arc-shaped smooth transition portion; wherein the insulating cover comprises a covering portion disposed above the conductive plate and covering the protruding portion and the gas hole, a body and an obstructing portion protruding from an edge of an outer contour of the body toward the conductive plate; wherein the covering portion is provided on the body, and the obstructing portion surrounds the covering portion; and wherein the insulating cover further comprises a protrusion extending from the body toward the conductive plate, the protrusion comprises a surrounding portion which surrounds a periphery of the covering portion, a gap is formed between the surrounding portion and the covering portion, and a space is formed between the surrounding portion and the obstructing portion. a top cover plate; an electrode terminal; an insulating cover; and a short-circuit component comprising a deformable plate and a conductive plate disposed above the deformable plate, wherein the deformable plate is connected to the top cover plate, and the conductive plate is connected to the electrode terminal; wherein the conductive plate comprises a body portion and a protrusion portion protruding upwardly from the body portion, the conductive plate is provided with a gas hole, the gas hole cuts through the protrusion portion and the body portion, and an inner wall of the gas hole comprises an arc-shaped smooth transition portion; wherein the insulating cover comprises a covering portion disposed above the conductive plate and covering the protruding portion and the gas hole, a body and an obstructing portion protruding from an edge of an outer contour of the body toward the conductive plate; wherein the covering portion is provided on the body, and the obstructing portion surrounds the covering portion; and wherein the insulating cover further comprises a protrusion extending from the body toward the conductive plate, the protrusion comprises a surrounding portion which surrounds a periphery of the covering portion, a gap is formed between the surrounding portion and the covering portion, and a space is formed between the surrounding portion and the obstructing portion.
A fiber pulse generator for emitting a train of pulses each with a desired spectral width, duration and energy, comprising a plurality of fiber chains connected to one another to define a ring cavity configured to unidirectionally guide a signal therealong, the fiber chains each being configured with: a fiber amplifier (12, 20) operative to increase an intensity of the signal to a desired intensity, an optical fiber (16, 22) configured to receive the signal with an intensity sufficient to broaden a spectral width of the signal to a desired spectral width at an output of the optical fiber, and a spectral filter (18, 24) coupled to the output of the optical fiber (16, 22) and having a bandpass, wherein the bandpasses of the respective optical filters (18, 24) of the fiber chains are centered on respective central frequencies spectrally spaced from one another, so that the bandpass (BP1, BP2) of one spectral filter (18, 24) overlaps the bandpass (BP2, BP1) of the other filter (24, 18) defining an overlapped spectral region, at least one of the fiber chains including an output coupler which is directly coupled to the output of the optical fiber (16, 22) and configured to guide the pulses with the desired spectral width, duration and energy outside the ring cavity. a fiber amplifier (12, 20) operative to increase an intensity of the signal to a desired intensity, an optical fiber (16, 22) configured to receive the signal with an intensity sufficient to broaden a spectral width of the signal to a desired spectral width at an output of the optical fiber, and a spectral filter (18, 24) coupled to the output of the optical fiber (16, 22) and having a bandpass, wherein the bandpasses of the respective optical filters (18, 24) of the fiber chains are centered on respective central frequencies spectrally spaced from one another, so that the bandpass (BP1, BP2) of one spectral filter (18, 24) overlaps the bandpass (BP2, BP1) of the other filter (24, 18) defining an overlapped spectral region, at least one of the fiber chains including an output coupler which is directly coupled to the output of the optical fiber (16, 22) and configured to guide the pulses with the desired spectral width, duration and energy outside the ring cavity.
A method for configuring a remote device, the method comprising: coupling a network device to a network; activating the network device, so that the network device is in a request configuration state; sending from the network device to the network a configuration data set request message including a device identifier associated with the network device; receiving by the network device from the network a configuration data set associated with the device identifier, wherein the configuration data set comprises configuration information that identifies attributes of users or client devices that are permitted to access the network from or through the network device; loading the configuration data set into a non-volatile configuration storage within the network device, the configuration data set further comprises further configuration information defining relationships between the network device and other devices coupled to, or which can communicate with, the network, wherein the further configuration information enables a user or client device from said users or client devices to maintain access to the network when roaming from the network device to another device among said other devices. coupling a network device to a network; activating the network device, so that the network device is in a request configuration state; sending from the network device to the network a configuration data set request message including a device identifier associated with the network device; receiving by the network device from the network a configuration data set associated with the device identifier, wherein the configuration data set comprises configuration information that identifies attributes of users or client devices that are permitted to access the network from or through the network device; loading the configuration data set into a non-volatile configuration storage within the network device, the configuration data set further comprises further configuration information defining relationships between the network device and other devices coupled to, or which can communicate with, the network, wherein the further configuration information enables a user or client device from said users or client devices to maintain access to the network when roaming from the network device to another device among said other devices.
An alcohol resistant catheter, comprising: a catheter shaft with at least one lumen and comprising an alcohol resistant aromatic polycarbonate urethane; an aromatic polycarbonate urethane junction hub; and at least one aromatic polycarbonate urethane extension tube; wherein the alcohol resistant aromatic polycarbonate urethane is formed by reacting at least the following: polyisocyanate, polycarbonate polyol, and a chain extender; and wherein the polycarbonate polyol has a weight average molecular weight of between 1000 and 3000 g/mol. a catheter shaft with at least one lumen and comprising an alcohol resistant aromatic polycarbonate urethane; an aromatic polycarbonate urethane junction hub; and at least one aromatic polycarbonate urethane extension tube; wherein the alcohol resistant aromatic polycarbonate urethane is formed by reacting at least the following: polyisocyanate, polycarbonate polyol, and a chain extender; and wherein the polycarbonate polyol has a weight average molecular weight of between 1000 and 3000 g/mol.
A method of testing a functionality in an operating Substation Automation SA system including a plurality of Intelligent Electronic Devices IEDs connected to a communication network, wherein the SA system is automating a substation in a power network and wherein the SA system is described by a System Configuration Description SCD according to IEC 61850 and including Logical Nodes LNs as data entities assigned to individual IEDs, comprising - indicating, by a testing person, an input Logical Node LN (PDIS) and an output LN (XCBR) of the functionality to be tested, characterised by - identifying, based on data flow between the LNs defined in the SCD description, an intermediate LN (PTRC) receiving data from the input LN and providing data to the output LN, wherein the intermediate LN is logically arranged between the input LN and the output LN, - setting an operation mode of the intermediate LNs to test mode; and - performing the test. - indicating, by a testing person, an input Logical Node LN (PDIS) and an output LN (XCBR) of the functionality to be tested, characterised by - identifying, based on data flow between the LNs defined in the SCD description, an intermediate LN (PTRC) receiving data from the input LN and providing data to the output LN, wherein the intermediate LN is logically arranged between the input LN and the output LN, - setting an operation mode of the intermediate LNs to test mode; and - performing the test.
Sliding closure for metallurgical vessels, having at least two refractory closure plates (10, 11; 11') that can be clamped against each other, one of which is disposed in a slider unit and serves for opening and closing a discharge opening, and having a refractory discharge shell (16; 16'), that can be pressed against one of the closure plates by means of a clamping component, sealing material, preferably mortar, being applied to form a seal between the discharge shell (16; 16') and the closure plate (11; 11') that can be clamped to the latter, characterised in that the discharge shell (16; 16') and/or the closure plate (11; 11') adjoining the latter encloses a recess (21; 21') passing from the discharge opening for receiving sealing material and has a protruding, ring-shaped circumferential flange (20; 20') with which the discharge shell (16; 16') can be pressed to the closure plate by means of a clamping component, whereby in the pressed use of the discharge shell (16; 16') against the closure plate (11; 11') a cavity extending the discharge opening is formed by the recess (21; 21'), in which the sealing material is filled.
Winding device for winding a material to be wound (12a, 12b, 12c) onto at least one exchangeable tube (14a, 14b, 14c), with at least one winding mandrel (16a, 16b, 16c), which is configured to receive the at least one tube (14a, 14b, 14c) in at least one operation state and/or to drive said tube (14a, 14b, 14c) in rotation around a winding axis, wherein the at least one winding mandrel (16a, 16b, 16c) comprises a first mandrel unit and at least one second mandrel unit, which are introducible into the at least one tube (14a, 14b, 14c) from opposite sides, characterised in that a distance between the first mandrel unit and the at least one second mandrel unit is variable in parallel and perpendicularly to the winding axis.
A method for operating an electronic apparatus (300, 400), the apparatus (300, 400) including an application specific semiconductor chip device hereinafter referred to as ASIC device and a linear regulator module configured to be optionally coupled to an external-to-the-ASIC device capacitor via a node, a capless regulator module coupled to an internal capacitance of the electronic apparatus (300, 400) via the node, the capless regulator module including a low-power-sub-module and a high-power-sub-module, the high-power-sub-module configured to provide a greater amount of electrical current than the low-power-sub-module; the method characterised by: applying (806, 808) power initially to the ASIC device via the node with the low-power sub module of the capless regulator module to initiate ASIC device power-up; detecting whether or not an external capacitor is coupled to the node; and subsequently applying power to the ASIC device via the node with the high-power sub-module of the capless regulator module in response to detection of an external-to-the-ASIC device capacitor coupled to the node. applying (806, 808) power initially to the ASIC device via the node with the low-power sub module of the capless regulator module to initiate ASIC device power-up; detecting whether or not an external capacitor is coupled to the node; and subsequently applying power to the ASIC device via the node with the high-power sub-module of the capless regulator module in response to detection of an external-to-the-ASIC device capacitor coupled to the node.
A hip implant system, comprising - an artificial acetabular cup and - an artificial acetabular liner comprising or consisting of a metal or an alloy, wherein the artificial acetabular liner is coated at least in sections with a ceramic coating, characterized in that the ceramic coating comprises chromium nitride, chromium carbonitride and zirconium nitride. - an artificial acetabular cup and - an artificial acetabular liner comprising or consisting of a metal or an alloy,
Capacitive proximity sensor arrangement on a door of a motor vehicle for detecting an approximately horizontal approaching movement of an operator's hand, wherein the proximity sensor arrangement is arranged in an outer wall adjacent to a grip edge (6A; 3) to be gripped from behind by the operator's hand, wherein at least two electrode arrangements are provided which are arranged next to each other in one place in the approximately horizontal direction of movement of the approaching movement, wherein each of the electrode arrangements consists of an elongated electrode (10, 11, 12) extending in a direction perpendicular to the approximately horizontal direction of movement, or of a chain of electrodes (10 A-H, 11 A-H, 12 A-AH) extending in this perpendicular direction, wherein each electrode (10, 11, 12; 10 A-H, 11 A-H, 12, A-H) has a sensor capacity with regard to a reference potential, and wherein an evaluation circuit for detecting changes of the sensor capacities is connected to the electrodes, wherein the dimensions and spacing of the electrodes are selected and the evaluation circuit is configured in such a way that it detects whether an object is moving past the electrode arrangements in the immediate vicinity in a horizontal direction at a speed of between 0.2 m/s and 2 m/s and approaching the grip edge (6A; 3), in that evaluation circuit on the one hand determines at least one value for the time offset (Δt 1, Δt 2) of an increase in sensor capacity between electrodes (10, 11, 12; 10 AH, 11 A-H, 12, A-H) of adjacent electrode arrangements, and on the other hand determines at least one value for a rate of increase in the sensor capacity of at least one electrode of each electrode arrangement and on the basis of the values detects an approximately horizontal approaching movement of an operator's hand, if firstly, the value for the rate of increase in the sensor capacity of at least one electrode of each electrode arrangement exceeds a minimum value and secondly the reciprocal value of the time offset (Δt 1, Δt 2) of the increase in sensor capacities between the electrodes (10, 11, 12; 10 A-H, 11 A-H, 12, A-H) of the adjacent electrode arrangements (10, 11, 12) multiplied by the spacing of the edges of the electrodes (10, 11, 12; 10 A-H, 11 A-H, 12, A-H) of the adjacent electrode arrangements (10, 11, 12) facing away from the grip edge (6A; 3) is between 0.2 m/s and 2 m/s.
A method for virtually connecting two people, with the first one of said persons having a first NFC device and the second one of said persons having a second NFC device, with one of said NFC devices being a telecommunications terminal comprising an application, with each one of said NFC devices (10, 13) comprising the identity of the person which it belongs to, characterized in that it comprises: - transmitting the identity of said first person from the first NFC device to the second NFC device; - transmitting the identity of said second person from the second NFC device to the first NFC device; - generating a secret shared by said persons using said application, with the shared secret giving access to an Internet space shared by said persons; - storing said shared secret in said NFC devices (10, 13), with a reference relating to said virtual connection of the devices. - transmitting the identity of said first person from the first NFC device to the second NFC device; - transmitting the identity of said second person from the second NFC device to the first NFC device; - generating a secret shared by said persons using said application, with the shared secret giving access to an Internet space shared by said persons; - storing said shared secret in said NFC devices (10, 13), with a reference relating to said virtual connection of the devices.
An electrical cabinet (2; 2a; 2b; 2c) with thermal insulation, the electrical cabinet defining an enclosure for receiving at least one electrical appliance, said electrical cabinet including at least one thermally insulating wall mounted on a face (22; 24) of the electrical cabinet, said insulating wall including a hollow inner cavity, characterized in that the electrical cabinet further includes: a mechanical device (10; 10'), such as a compressor or a pump, configured to modify the pressure inside said cavity, the mechanical device being fluidically connected to said cavity, at least one measuring device, configured to determine a temperature difference between the inside of the cabinet and the outside of the cabinet, an electronic control device, configured to control the mechanical device (10; 10') so as to modify the pressure inside said cavity as a function of the measured temperature difference. said insulating wall including a hollow inner cavity, characterized in that the electrical cabinet further includes: a mechanical device (10; 10'), such as a compressor or a pump, configured to modify the pressure inside said cavity, the mechanical device being fluidically connected to said cavity, at least one measuring device, configured to determine a temperature difference between the inside of the cabinet and the outside of the cabinet, an electronic control device, configured to control the mechanical device (10; 10') so as to modify the pressure inside said cavity as a function of the measured temperature difference. a mechanical device (10; 10'), such as a compressor or a pump, configured to modify the pressure inside said cavity, the mechanical device being fluidically connected to said cavity, at least one measuring device, configured to determine a temperature difference between the inside of the cabinet and the outside of the cabinet, an electronic control device, configured to control the mechanical device (10; 10') so as to modify the pressure inside said cavity as a function of the measured temperature difference.
A non-transitory computer readable storage medium with program instructions that, when executed by a controller, cause the controller to perform a method of operating a respiratory treatment apparatus, the method comprising: controlling generation, by a pressure generator of the respiratory treatment apparatus, of a flow of air so as to provide ventilatory support to a patient; and adjusting a servo-control gain for the ventilatory support based on a difference between an estimated inspiratory volume and an estimated expiratory volume of a breath of the patient, upon detection of a sudden leak in the respiratory treatment apparatus. controlling generation, by a pressure generator of the respiratory treatment apparatus, of a flow of air so as to provide ventilatory support to a patient; and adjusting a servo-control gain for the ventilatory support based on a difference between an estimated inspiratory volume and an estimated expiratory volume of a breath of the patient, upon detection of a sudden leak in the respiratory treatment apparatus.
An apparatus for recognizing a character in a photographed image, the apparatus comprising: an image determining unit configured to: select, from a photographed image, a Region Of Interest, ROI,; and analyse the selected ROI to determine whether or not the photographed image was obtained by photographing a display screen of another device by applying a frequency analysis to the photographed image and applying a classification to the result of the frequency analysis to determine a type of the photographed image; an image effect unit configured to apply, to the photographed image, a blurring effect for distinguishing a character region and a background region of the photographed image if it is determined that the photographed image was obtained by photographing the display screen of another device; a binarizing unit configured to binarize (203, 205) the photographed image or the blurred image; and a character recognizing unit configured to recognize a character from the binarized image. an image determining unit configured to: select, from a photographed image, a Region Of Interest, ROI,; and analyse the selected ROI to determine whether or not the photographed image was obtained by photographing a display screen of another device by applying a frequency analysis to the photographed image and applying a classification to the result of the frequency analysis to determine a type of the photographed image; select, from a photographed image, a Region Of Interest, ROI,; and analyse the selected ROI to determine whether or not the photographed image was obtained by photographing a display screen of another device by applying a frequency analysis to the photographed image and applying a classification to the result of the frequency analysis to determine a type of the photographed image; an image effect unit configured to apply, to the photographed image, a blurring effect for distinguishing a character region and a background region of the photographed image if it is determined that the photographed image was obtained by photographing the display screen of another device; a binarizing unit configured to binarize (203, 205) the photographed image or the blurred image; and a character recognizing unit configured to recognize a character from the binarized image.
A blood pump assembly comprising: a balloon defining an elongated inflatable chamber, the balloon having a distal end and a proximal end, wherein the distal end is rounded and the proximal end has an opening; and an inflation tube coupled to the opening of the proximal end of the balloon, the tube defining a fluid channel in fluid communication with the inflatable chamber, wherein the balloon has a central region having an elongated cylindrical shape when in an inflated state and a substantially planate shape when in an uninflated state thereby when in use promoting laminar flow of fluid within a blood vessel in which the pump is implanted when the pump is in the uninflated state. a balloon defining an elongated inflatable chamber, the balloon having a distal end and a proximal end, wherein the distal end is rounded and the proximal end has an opening; and an inflation tube coupled to the opening of the proximal end of the balloon, the tube defining a fluid channel in fluid communication with the inflatable chamber, wherein the balloon has a central region having an elongated cylindrical shape when in an inflated state and a substantially planate shape when in an uninflated state thereby when in use promoting laminar flow of fluid within a blood vessel in which the pump is implanted when the pump is in the uninflated state.