mhurhangee/ep-ind-claims huggingface dataset:
A fluid and vacuum-delivery connection pad comprising: a body having a dressing side and a connection side, the dressing side including a cavity having an upper portion and a base portion, and a flange surrounding the base portion of the cavity, the connection side including: a single-lumen fluid-delivery connection configured to be coupled to a fluid source and having a fluid-delivery lumen extending into the cavity, a multi-lumen vacuum and pressure-sensor connection configured to be coupled to a vacuum source and a pressure sensor, and having a vacuum lumen terminating at the upper portion of the cavity, and a first pressure-sensor lumen (348, 350) extending into the cavity, characterised by a lateral portion (352, 354) of the first pressure-sensor lumen (348, 350) being open to the cavity. a body having a dressing side and a connection side, the dressing side including a cavity having an upper portion and a base portion, and a flange surrounding the base portion of the cavity, the connection side including: a single-lumen fluid-delivery connection configured to be coupled to a fluid source and having a fluid-delivery lumen extending into the cavity, a multi-lumen vacuum and pressure-sensor connection configured to be coupled to a vacuum source and a pressure sensor, and having a vacuum lumen terminating at the upper portion of the cavity, and a first pressure-sensor lumen (348, 350) extending into the cavity,
Mixing device having a stirring element, comprising: - a flexible container for receiving fluids and/or solids; and - at least one rotatable stirring element for mixing the fluids and/or solids; wherein the stirring element comprises a first bearing element and a second bearing element which are arranged at or near opposite ends of the stirring element; wherein the first bearing element is mounted on a first face of the flexible container and the second bearing element is mounted on an opposite second face of the flexible container; wherein the first bearing element comprises at least one non-permanently magnetized element in order to be able to be set in rotation by externally induced reluctance forces, and wherein the second bearing element is mounted in a contactless manner by externally induced magnetic forces, wherein the flexible container has at least one cylindrical wall recess which is designed to at least partially receive the second bearing element. - a flexible container for receiving fluids and/or solids; and - at least one rotatable stirring element for mixing the fluids and/or solids; wherein the stirring element comprises a first bearing element and a second bearing element which are arranged at or near opposite ends of the stirring element; wherein the first bearing element is mounted on a first face of the flexible container and the second bearing element is mounted on an opposite second face of the flexible container; wherein the first bearing element comprises at least one non-permanently magnetized element in order to be able to be set in rotation by externally induced reluctance forces, and wherein the second bearing element is mounted in a contactless manner by externally induced magnetic forces, wherein the flexible container has at least one cylindrical wall recess which is designed to at least partially receive the second bearing element.
A throttle locking circuit for a vehicle equipped with an accelerator pedal sensor and an Electronic Control Unit where the pedal sensor outputs at least one detection voltage corresponding to a depth of the pedal being stepped on to the ECU, comprising a control unit coupled to the pedal sensor for receiving a clamping actuation signal and, when the clamping actuation signal is ON, outputting at least one digital clamping voltage according to the at least one detection voltage; a digital-analog (D/A) conversion unit coupled to the control unit for converting the at least one digital clamping voltage into at least one analog clamping voltage; and a variable voltage clamping unit coupled to the D/A conversion unit for clamping the at least one detection voltage according to the at least one analog clamping voltage.
A method for a mobile terminal accessing wireless access points, applied in a wireless network composed of the wireless access points, characterized by comprising: a first wireless access point, after acquiring an access request of a mobile station, and when determining that a load of the first wireless access point itself exceeds a preset first load upper limit, according to acquired connection information of other wireless access points in the present wireless network, sending a load balance request to all the other wireless access points; a wireless access point receiving the load balance request sending a load balance feedback message to the first wireless access point, wherein a load of the wireless access point itself and connection authentication information required for accessing the present wireless access point are carried in the load balance feedback message; the first wireless access point selecting another wireless access point with a minimum load based on loads of wireless access points carried by received load balance feedback messages, and sending connection authentication information of the selected another wireless access point to the mobile station; and the mobile station initiating an access flow to the selected another wireless access point according to the received connection authentication information. a first wireless access point, after acquiring an access request of a mobile station, and when determining that a load of the first wireless access point itself exceeds a preset first load upper limit, according to acquired connection information of other wireless access points in the present wireless network, sending a load balance request to all the other wireless access points; a wireless access point receiving the load balance request sending a load balance feedback message to the first wireless access point, wherein a load of the wireless access point itself and connection authentication information required for accessing the present wireless access point are carried in the load balance feedback message; the first wireless access point selecting another wireless access point with a minimum load based on loads of wireless access points carried by received load balance feedback messages, and sending connection authentication information of the selected another wireless access point to the mobile station; and the mobile station initiating an access flow to the selected another wireless access point according to the received connection authentication information.
A crosslinkable polymeric composition comprising: (a) 10 to 99 weight percent, based on the total weight of said crosslinkable polymeric composition, of an ethylene-based interpolymer having the following properties: (i) a density of 0.91 g/cm 3 or less, (ii) a high-shear viscosity at 190 °C and 10 % strain of 1,200 Pa·s or less, and (iii) a shear thinning ratio (V0.1/V100) at 190 °C and 10 % strain of at least 8; and (b) 0 to less than 10 weight percent, based on the total weight of said crosslinkable polymeric composition, of a filler; wherein said ethylene-based interpolymer is not prepared in a high-pressure reactor or process. (a) 10 to 99 weight percent, based on the total weight of said crosslinkable polymeric composition, of an ethylene-based interpolymer having the following properties: (i) a density of 0.91 g/cm 3 or less, (ii) a high-shear viscosity at 190 °C and 10 % strain of 1,200 Pa·s or less, and (iii) a shear thinning ratio (V0.1/V100) at 190 °C and 10 % strain of at least 8; and (i) a density of 0.91 g/cm 3 or less, (ii) a high-shear viscosity at 190 °C and 10 % strain of 1,200 Pa·s or less, and (iii) a shear thinning ratio (V0.1/V100) at 190 °C and 10 % strain of at least 8; and (b) 0 to less than 10 weight percent, based on the total weight of said crosslinkable polymeric composition, of a filler;
A method of repairing a shrouded blade of a gas turbine engine comprising: determining a datum plane from which to measure deflections of the shrouded blade; removing material from one or more of the hardface surfaces (110A, 110B) of the shrouded blade; adding material to one or more hardface surfaces (110A, 110B) of the shrouded blade, characterized in that the method further comprises: determining spatial position for a plurality of hardface surfaces (110A, 110B) of a shroud for the blade; determining a displacement of the hardface surfaces (110A, 110B) for each shroud in a set of blades; determining a cross shroud dimension for the shrouded blade; machining a first side hardface surface to a desired dimension based on the displacement of the hardface surfaces; and machining a second side hardface surface such that the distance between the first side hardface and second side hardface corresponds to approximately the cross shroud dimension. determining a datum plane from which to measure deflections of the shrouded blade; removing material from one or more of the hardface surfaces (110A, 110B) of the shrouded blade; adding material to one or more hardface surfaces (110A, 110B) of the shrouded blade, characterized in that the method further comprises: determining spatial position for a plurality of hardface surfaces (110A, 110B) of a shroud for the blade; determining a displacement of the hardface surfaces (110A, 110B) for each shroud in a set of blades; determining a cross shroud dimension for the shrouded blade; machining a first side hardface surface to a desired dimension based on the displacement of the hardface surfaces; and machining a second side hardface surface such that the distance between the first side hardface and second side hardface corresponds to approximately the cross shroud dimension.
A method of reducing impurities in a catalyst for the production of purified terephthalic acid, comprising: forming purified terephthalic acid by hydrogenating crude terephthalic acid with a catalyst in a reactor; separating the purified terephthalic acid from the catalyst and reactivating the catalyst by washing with a solution comprising sodium hydroxide; and flushing the catalyst continuously with demineralized water at a flushing temperature of about 50°C to about 250°C, preferably, about 75°C to about 150°C, more preferably, about 90°C to about 100°C, to remove sodium hydroxide from the catalyst imparted by the solution comprising sodium hydroxide, wherein the catalyst is flushed with less than or equal to 50 catalyst bed volumes of the demineralized water in the continuous mode, preferably, less than or equal to 25 catalyst bed volumes of the demineralized water, more preferably, less than or equal to 10 catalyst bed volumes of the demineralized water. forming purified terephthalic acid by hydrogenating crude terephthalic acid with a catalyst in a reactor; separating the purified terephthalic acid from the catalyst and reactivating the catalyst by washing with a solution comprising sodium hydroxide; and flushing the catalyst continuously with demineralized water at a flushing temperature of about 50°C to about 250°C, preferably, about 75°C to about 150°C, more preferably, about 90°C to about 100°C, to remove sodium hydroxide from the catalyst imparted by the solution comprising sodium hydroxide, wherein the catalyst is flushed with less than or equal to 50 catalyst bed volumes of the demineralized water in the continuous mode, preferably, less than or equal to 25 catalyst bed volumes of the demineralized water, more preferably, less than or equal to 10 catalyst bed volumes of the demineralized water.
A safe operation method for a washing machine of the type wherein an outer tub is connected to a housing through a plurality of suspenders, at least one pressure sensor (5, 6) is arranged at a joint of at least one suspender and the housing and/or a joint of the suspender and a suspender base of the outer tub, said at least one pressure sensor (5, 6) being electrically connected with a controller, and said controller being electrically connected to a driving motor, characterized in that said safe operation method comprises, during a working process of the washing machine, performing a pressure detection by said at least one pressure sensor (5, 6) and feeding the test result back to the controller, wherein the controller determines whether the suspender is disengaged or not through analyzing whether a pressure value that the pressure sensor (5, 6) holds is beyond a normal pressure range or not, and wherein during a washing and rinsing process, the pressure detection is run before the drive motor operates every time and a detection value is M, during a motor operation, a pressure value is detected several times in succession and a detected value is compared with M, if the detected value is within a setting range, it is determined that the suspender is normal, and if the detected value is beyond the setting range, it is determined that the suspender is disengaged and the controller controls the drive motor of the washing machine to stop working.
A heat exchanger having at least one smoke duct, wherein at least one smoke duct has a coil screw with a shaft and a number of screw windings which protrude along a longitudinal section of the shaft radially from same, and a number of brush elements with a brush head are arranged on the shaft or on the screw windings such that the brush head points outwards in the radial direction from the shaft, and wherein the coil screw is arranged axially in the smoke duct, and the brush heads touch the inner wall of the smoke duct, characterised in that the brush elements extend around the shaft and along a number of screw windings, and that the brush elements extend along a first portion behind the screw windings in the smoke duct direction and along a second portion in front of the screw windings in the smoke duct direction.
A method comprising: analyzing respective signals captured by a first microphone (12, 18) and a second microphone; determining one or more quality measures based on the analyzing; determining frequency responses of the signals captured by the first and second microphones when the one or more quality measures satisfy a predefined condition; determining a difference between the frequency responses of the signals captured by the first and second microphones; and processing the respective signal captured by the first microphone with a filter to correspondingly filter the signal captured by the first microphone relative to the respective signal captured by the second microphone based upon the difference. analyzing respective signals captured by a first microphone (12, 18) and a second microphone; determining one or more quality measures based on the analyzing; determining frequency responses of the signals captured by the first and second microphones when the one or more quality measures satisfy a predefined condition; determining a difference between the frequency responses of the signals captured by the first and second microphones; and processing the respective signal captured by the first microphone with a filter to correspondingly filter the signal captured by the first microphone relative to the respective signal captured by the second microphone based upon the difference.
An optical system, comprising: a plurality of mirrors, each mirror having a rotational axis of symmetry; each axis being such that a rotation or a spin of each mirror around its axis of symmetry does not change a ray path of reflected rays from the mirror from one position to another rotated position of the mirror, a reflective objective optical component comprising a plurality of said mirrors and being configured to form an intermediate image; a relay optical component further comprising two, three or more of said mirrors and configured to relay the intermediate image to the detector; and a detector configured to detect an image formed by the plurality of mirrors, wherein the plurality of mirrors are configured to scan an object space along a first direction, wherein the plurality of mirrors are configured and arranged so that a focal length of the plurality of mirrors along the first direction is greater than a focal length of the plurality of mirrors in a second direction perpendicular to the first direction and wherein each of the mirrors in each of the reflective objective optical component and the relay optical component is tilted and decentred relative to each of the other mirrors in the optical components so as to achieve a desired ratio of anamorphism, wherein the ratio of anamorphism is greater than 1.5. a plurality of mirrors, each mirror having a rotational axis of symmetry; each axis being such that a rotation or a spin of each mirror around its axis of symmetry does not change a ray path of reflected rays from the mirror from one position to another rotated position of the mirror, a reflective objective optical component comprising a plurality of said mirrors and being configured to form an intermediate image; a relay optical component further comprising two, three or more of said mirrors and configured to relay the intermediate image to the detector; and a detector configured to detect an image formed by the plurality of mirrors, wherein the plurality of mirrors are configured to scan an object space along a first direction, wherein the plurality of mirrors are configured and arranged so that a focal length of the plurality of mirrors along the first direction is greater than a focal length of the plurality of mirrors in a second direction perpendicular to the first direction and wherein each of the mirrors in each of the reflective objective optical component and the relay optical component is tilted and decentred relative to each of the other mirrors in the optical components so as to achieve a desired ratio of anamorphism, wherein the ratio of anamorphism is greater than 1.5.
A garment steaming device comprising: - a housing; - a steam channel arranged in the housing for the passage of steam; - a cavity extending into the steam channel; - a fragrance cartridge removably disposed in the cavity; and, - a valve assembly comprising a valve member disposed between the cavity and the steam channel, the valve assembly being adapted to seal the cavity from the steam channel to prevent steam from flowing out of the steam channel and into the cavity when the fragrance cartridge is not disposed in the cavity, characterised in that the fragrance cartridge is adapted to urge the valve member into an open position to open the cavity to the steam channel such as to allow steam to flow from the steam channel into the cavity and back into the steam channel when the fragrance cartridge is disposed in the cavity. - a housing; - a steam channel arranged in the housing for the passage of steam; - a cavity extending into the steam channel; - a fragrance cartridge removably disposed in the cavity; and, - a valve assembly comprising a valve member disposed between the cavity and the steam channel, the valve assembly being adapted to seal the cavity from the steam channel to prevent steam from flowing out of the steam channel and into the cavity when the fragrance cartridge is not disposed in the cavity, characterised in that the fragrance cartridge is adapted to urge the valve member into an open position to open the cavity to the steam channel such as to allow steam to flow from the steam channel into the cavity and back into the steam channel when the fragrance cartridge is disposed in the cavity.
A rubber-tired roller for compacting a ground, in particular for asphalt compaction, with - a machine frame; - a drive engine; - a chassis driven by said drive engine with a front chassis part and a rear chassis part, at least one chassis part (5, 6) comprising at least two tires with running surfaces, which are arranged next to each other; - at least one sprinkler system for the tires of the chassis part (5, 6), which is configured to apply a liquid separating agent to the running surfaces of the tires; and - a control unit for controlling the sprinkler system; characterized in that an optical temperature sensor with a measuring area and at least two measuring points is provided where the temperature sensor is configured and arranged such that one mesuring point of the temperature sensor is located on at least one tire and one mesuring point of the temperature sensor is located on the ground so that the temperature of the at least one tire and the temperature of the ground can be determined, by means of the temperature sensor. - a machine frame; - a drive engine; - a chassis driven by said drive engine with a front chassis part and a rear chassis part, at least one chassis part (5, 6) comprising at least two tires with running surfaces, which are arranged next to each other; - at least one sprinkler system for the tires of the chassis part (5, 6), which is configured to apply a liquid separating agent to the running surfaces of the tires; and - a control unit for controlling the sprinkler system; characterized in that an optical temperature sensor with a measuring area and at least two measuring points is provided where the temperature sensor is configured and arranged such that one mesuring point of the temperature sensor is located on at least one tire and one mesuring point of the temperature sensor is located on the ground so that the temperature of the at least one tire and the temperature of the ground can be determined, by means of the temperature sensor.
Hollow elongate construction element made from composite wood having a polygonal peripheral structure around the hollow, characterised in that each side of the polygonal peripheral structure is formed by at least one pair of elongate strips with a triangular or trapezoidal cross-section juxtaposed and inverted one with respect to the other, and in that the polygonal peripheral structure further has abutment means in the form of strips (7, 9) in its corner zones, the various strips (5, 7, 9), which were obtained by radial cutting from log, being bonded to each other.
Set for building an enclosure comprising wall elements to form enclosure walls, roof elements to form a roof and a set of base-frame elements to form a base-frame composed of a metal truss, said enclosure walls being to be fixed on said base-frame and being to be covered by said roof to form said enclosure, said set for building an secondary distribution modular switchgears being characterized in that said enclosure is for secondary distribution modular switchgears and said set of base frame elements comprises at least three separate metal truss base-frame modules comprising permanent coupling elements and being connectable with one another by means of a pair of said permanent coupling elements formed by a socket and a prong and fastening and earthing plates (28a, 28b), when connected, two of said modules forming the extreme base-frame modules, the left one and the right one and the at least third module forming the at least one middle module (21,22).