mhurhangee/ep-ind-claims huggingface dataset:
A liquid flow control device, intended to be installed in a liquid passage to maintain a constant flow of said liquid, characterized in that it is fixed in a supporting body and comprises: - a first piece to control the liquid flow featuring a through orifice containing a tapered configuration with an inner generatrix that is a curved line convergent towards the direction of the entrance of the liquid that incorporates a controllable passage section of the liquid flow, composed by a deformable tubular extension that upstream defines an external annular channel that contains a cross section in an angular shape with a vertex, as a bottom, that is rounded and causes the accumulation of liquid and an increase in the liquid pressure in the external annular channel that deforms the tubular extension inwards, reducing the controllable passage section and said reduction varying depending on the water pressure influencing the deformable tubular extension, which features a hollow tapered configuration, whit a minor annular base that composes a tapered mouth in inverted position converging inwards in the through orifice of the first piece, and - a second piece that holds the first piece and contains an open cavity for the passage of water that incorporates in its interior some reliefs which reduce the sound level of the liquid circulation, said open cavity being defined by a bottom and a encasing lateral side, both pieces (1, 4) being located respectively in a first box and a second box, of the support body. - a first piece to control the liquid flow featuring a through orifice containing a tapered configuration with an inner generatrix that is a curved line convergent towards the direction of the entrance of the liquid that incorporates a controllable passage section of the liquid flow, composed by a deformable tubular extension that upstream defines an external annular channel that contains a cross section in an angular shape with a vertex, as a bottom, that is rounded and causes the accumulation of liquid and an increase in the liquid pressure in the external annular channel that deforms the tubular extension inwards, reducing the controllable passage section and said reduction varying depending on the water pressure influencing the deformable tubular extension, which features a hollow tapered configuration, whit a minor annular base that composes a tapered mouth in inverted position converging inwards in the through orifice of the first piece, and - a second piece that holds the first piece and contains an open cavity for the passage of water that incorporates in its interior some reliefs which reduce the sound level of the liquid circulation, said open cavity being defined by a bottom and a encasing lateral side, both pieces (1, 4) being located respectively in a first box and a second box, of the support body.
A detecting system, the system comprising a detector, the detector comprising a plurality of columns of pixels, each column of pixels including one class-A electrode and a plurality of class-B electrodes, wherein the detector is configured to collect rays transmitted through a detected object, and generate a detection signal according to the rays, wherein the class-A electrode and the class-B electrodes are sequentially arranged in a moving direction of the detected object, such that the rays transmitted through the detected object firstly enter into the class-A electrode and then into the class-B electrodes, wherein the system further comprises a signal processing apparatus and a host computer, the signal processing apparatus comprising a first processor and a second processor, wherein the first processor is configured to receive the detection signal from the detector and process the detection signal, calculate a number of signals in each energy region by using one or more thresholds for dividing the energy regions, and transmit the detection signal, the one or more thresholds and the calculated number to the second processor, and wherein the second processor is configured to receive the detection signal, the one or more thresholds and the calculated number from the first processor, and transmit the detection signal and the calculated number to the host computer; wherein the host computer is configured to receive the detection signal and the calculated number from the second processor, obtain image data of the detected object based on the detection signal corresponding to the class-A electrode, estimate a material component of the detected object according to the image data, and control the second processor to adjust the one or more thresholds in the first processor according to the estimated material component, wherein the adjusted one or more thresholds are used to determine energy regions to which the detection signal corresponding to the class-B electrodes belongs and calculate the number of signals in each energy region. wherein the first processor is configured to receive the detection signal from the detector and process the detection signal, calculate a number of signals in each energy region by using one or more thresholds for dividing the energy regions, and transmit the detection signal, the one or more thresholds and the calculated number to the second processor, and wherein the second processor is configured to receive the detection signal, the one or more thresholds and the calculated number from the first processor, and transmit the detection signal and the calculated number to the host computer;
Steam strainer characterized by a skeleton-like tubular body in which, for forming a lateral surface, at least two shell-like individual elements are provided to be attached, wherein the skeleton-like tubular body has two end surfaces (2, 3) which are held at a defined separation by at least one longitudinal strut connecting the two end surfaces (2, 3) and wherein the at least two shell-like individual elements have multiple strainer openings and wherein the at least two shell-like individual elements and the at least one longitudinal strut can be exchanged separately.
Assembly for hot-dip galvanizing semi-finished products, the assembly comprising a conveyor device for conveying the semi-finished products through a bath of zinc, the semi-finished products being rods with metric external threads, and wherein a roll-off device is provided that is connected to the conveyor device in order to roll off the semi-finished products conveyed out of the bath of zinc about their longitudinal axes, characterized in that the roll-off device has a spinning section to remove the zinc melt from the semi-finished products by spinning, the spinning section having a curvature (32, 33, 35) at least in sections.
System having: a sound sensor for continuously capturing airborne sound, a service sensor for continuously measuring a useful variable, a processor unit, and a data memory, wherein the useful variable is an acceleration, a velocity V, a distance, a force, a pressure, a volumetric flow or a temperature, wherein the sound sensor is designed to generate a sound signal, which continuously represents the airborne sound captured by the sound sensor, and to transmit the sound signal to the processor unit, wherein the service sensor is designed to generate a useful signal, which continuously represents the useful variable, and to transmit the useful signal to the processor unit, wherein the processor unit is configured to take the sound signal as a basis for recognizing a predetermined sound pattern, which is characteristic of the occurrence of an event, in the continuously captured airborne sound and wherein the system is characterized in that the processor unit is further configured to determine, from the positively recognized sound pattern, an event time of the occurrence of the sound pattern in the airborne sound, and wherein the processor unit is configured to respond to the event time being determined from the positively recognized sound pattern by storing event data having a limited data size in the data memory, which event data represent the useful variable measured at the event time and the useful variable measured during a predetermined recording period immediately after the event time.
An impact mechanism comprising a housing with at least two stroke adjustment channels (18, 19, 20) and an adjustment arrangement comprising an adjustment pin having adjustment pin channels (35, 36, 37) arranged for freely chosen interaction with the stroke adjustment channels (18, 19, 20); said impact mechanism further comprising a hammer piston that performs reciprocating motion in the housing in order to repetitively impact onto an anvil, which hammer piston has a stroke length that can be selected with the aid of the adjustment pin channels (35, 36, 37) and the stroke adjustment channels (18, 19, 20), wherein the adjustment arrangement comprises an elastic element arranged to maintain the adjustment pin in position for the stroke length that has been selected; and an operating means arranged to select adjustment pin channel (35, 36, 37), by means of rotation of the adjustment pin, and thus the stroke length of the hammer piston, characterised in that the adjustment pin has longitudinal grooves (35, 36, 37), arranged along the axis of the adjustment pin and separated around the adjustment pin, which form said adjustment pin channels (35, 36, 37).
A sport shoe, made of natural materials, comprising: - a leather shoe upper and a leather lining fixed to the upper, - a midsole (14, 22, 28), comprising at least a first midsole element and a midsole lining, - a sole, - an external annular band of leather that extends with a substantially vertical and not radial extension between the end of the upper, facing the sole, and the sole, optionally in partial overlap with an end section of the upper, and - a sub-band, which extends in parallel and adjacent to the band towards the inside of the shoe, wherein the lining of the upper, the lining of the midsole and the sub-band are fixed to each other adj acent to their ends facing the sole, by means of an annular seam wherein the lining of the midsole is shaped and dimensioned so as to define, following its connection by sewing with the sub-band and with the lining of the upper, a recess in which a second midsole element is positioned as a filling, and the end portion of the upper directed towards the sole is fixed by means of a seam to the sub-band and/or by means of a seam to the band. - a leather shoe upper and a leather lining fixed to the upper, - a midsole (14, 22, 28), comprising at least a first midsole element and a midsole lining, - a sole, - an external annular band of leather that extends with a substantially vertical and not radial extension between the end of the upper, facing the sole, and the sole, optionally in partial overlap with an end section of the upper, and - a sub-band, which extends in parallel and adjacent to the band towards the inside of the shoe,
Windscreen assembly for a vehicle, comprising: - a windscreen panel group (11, 12) comprising a windscreen panel and a support structure to support the windscreen panel; and - a wiper group comprising a wiper, a drive motor group to operate the wiper, a tank for a liquid and pump operationally connected to the tank; wherein said wiper group is supported by the windscreen panel group (11, 12), the windscreen assembly being characterized in that said windscreen assembly is configured to be removably coupled to a frame of said vehicle; and wherein said windscreen assembly can be mounted and dismounted in block to and from the vehicle by mounting and dismounting said support structure to and from the vehicle frame. - a windscreen panel group (11, 12) comprising a windscreen panel and a support structure to support the windscreen panel; and - a wiper group comprising a wiper, a drive motor group to operate the wiper, a tank for a liquid and pump operationally connected to the tank;
A method of analysing a network, comprising the steps of: receiving description data (11, 60) which includes specification information concerning a specification of a network; automatically determining model data by extracting explicit and implicit data from the description data, the explicit data being explicitly contained in the description data (11, 60) and the implicit data being derived from the explicit data and predetermined rules and conditions, wherein a semantics of a system description language of the description data is interpreted to derive the implicit data; building a representation (13, 64) of the network using such model data; automatically determining a plurality of security parameters (66, 69, 72) from the representation (13, 64) of the network; and configuring security measures (54, 67, 70, 73) in the network using such security parameters. receiving description data (11, 60) which includes specification information concerning a specification of a network; automatically determining model data by extracting explicit and implicit data from the description data, the explicit data being explicitly contained in the description data (11, 60) and the implicit data being derived from the explicit data and predetermined rules and conditions, wherein a semantics of a system description language of the description data is interpreted to derive the implicit data; building a representation (13, 64) of the network using such model data; automatically determining a plurality of security parameters (66, 69, 72) from the representation (13, 64) of the network; and configuring security measures (54, 67, 70, 73) in the network using such security parameters.
A method for accelerated determination of food quality comprising or consisting of the following steps: (i) providing a first food sample; (ii) storing the first food sample at temperature T1 for time t1; (iii) sensory and/or analytical evaluation of the first food sample by periodic sampling to obtain a calibration curve; (iv) providing a similar second food sample; (v) storing the second food sample at temperature T2 for time t2; (vi) sensory and/or analytical evaluation of the second food sample at the end of the time period t2; and (vii) determining the quality by comparing the sensory quality of the second food sample at the end of the time period t2 with the calibration curve, wherein (a) the temperature T2 is at least 5 °C higher than the temperature T1 (b) the time period t1 is at least 5 times longer than the time period t2; (c) the second food sample is stored at a pressure of about 0.1 to 20 bar; and (d) is subjected to a rotational or pendular movement during storage. (i) providing a first food sample; (ii) storing the first food sample at temperature T1 for time t1; (iii) sensory and/or analytical evaluation of the first food sample by periodic sampling to obtain a calibration curve; (iv) providing a similar second food sample; (v) storing the second food sample at temperature T2 for time t2; (vi) sensory and/or analytical evaluation of the second food sample at the end of the time period t2; and (vii) determining the quality by comparing the sensory quality of the second food sample at the end of the time period t2 with the calibration curve, (a) the temperature T2 is at least 5 °C higher than the temperature T1 (b) the time period t1 is at least 5 times longer than the time period t2; (c) the second food sample is stored at a pressure of about 0.1 to 20 bar; and (d) is subjected to a rotational or pendular movement during storage.
Device for sealing a space between the outside of a profile of a window or door and the back edge of a wall, comprising a spacer and an L-shaped finishing profile comprising two legs (4a, 4b), wherein at least one of the legs comprises one or more relief elements and wherein the spacer comprises a space in which the one or more relief elements of the L-shaped profile may be received, characterized in that the two legs of the L-shaped finishing profile form an angle of 45 to 85 degrees relative to each other.
A frequency-shift-keying, FSK, transceiver (12; 22; 32) for use in a hearing aid system and having a resonant circuit comprising a transceiver inductance, said resonant circuit having a resonance frequency F R, and a transfer function where gain and phase are frequency dependent, wherein the transceiver (12; 22; 32) comprises: • an FSK modulator receiving a data stream, and in response thereto outputting an FSK modulated signal to the resonant circuit for wireless transmission; characterized in that the transceiver (12; 22; 32) further comprises: • a controller monitoring the data stream received by the FSK modulator; and • a phase equalizer unit controlled by the controller for applying a phase correction to the FSK modulated signal when switching frequency for equalizing the phase distortion introduced by the frequency dependent resonant circuit. • an FSK modulator receiving a data stream, and in response thereto outputting an FSK modulated signal to the resonant circuit for wireless transmission; • a controller monitoring the data stream received by the FSK modulator; and • a phase equalizer unit controlled by the controller for applying a phase correction to the FSK modulated signal when switching frequency for equalizing the phase distortion introduced by the frequency dependent resonant circuit.
UV-protective film suitable for lamination on high-pressure laminates (HPLs), characterized in that this protective film has, from the outside to the inside, the following layers bonded to one another: a layer A comprising a fluoropolymer, a PMMA layer B comprising at least one UV stabilizer and/or UV absorber, and a layer C comprising at least one adhesion promoter, which is a copolymer comprising at least one (meth)acrylate and one anhydride and/or one diacid, and at least one poly(meth)acrylate, where the layer C can be laminated with a resin-impregnated paper to give an HPL and the layers B and C comprise at least one impact modifier.
An apparatus for use with an auditory prosthesis system, the apparatus comprising: a housing; a connector port disposed at least partially within the housing and configured to be communicatively coupled to an auxiliary audio input device (203, 314); a telecoil disposed at least partially within the housing; and a multi-position switch disposed at least partially within the housing and configured to selectively enable the auxiliary audio input device and the telecoil; wherein the auxiliary audio input device is enabled and the telecoil is disabled when the switch is in a first position, both the auxiliary audio input device and the telecoil are enabled when the switch is in a second position, and the telecoil is enabled and the auxiliary audio input device is disabled when the switch is in a third position; a second connector port disposed at least partially within the housing and configured to be communicatively coupled to a sound processor module; and a third connector port disposed at least partially within the housing and configured to be communicatively coupled to a headpiece, the headpiece configured to communicate with an auditory prosthesis implanted within a patient; wherein the apparatus is configured to facilitate communication between the sound processor module and the auditory prosthesis. a housing; a connector port disposed at least partially within the housing and configured to be communicatively coupled to an auxiliary audio input device (203, 314); a telecoil disposed at least partially within the housing; and a multi-position switch disposed at least partially within the housing and configured to selectively enable the auxiliary audio input device and the telecoil; wherein the auxiliary audio input device is enabled and the telecoil is disabled when the switch is in a first position, both the auxiliary audio input device and the telecoil are enabled when the switch is in a second position, and the telecoil is enabled and the auxiliary audio input device is disabled when the switch is in a third position; a second connector port disposed at least partially within the housing and configured to be communicatively coupled to a sound processor module; and a third connector port disposed at least partially within the housing and configured to be communicatively coupled to a headpiece, the headpiece configured to communicate with an auditory prosthesis implanted within a patient; wherein the apparatus is configured to facilitate communication between the sound processor module and the auditory prosthesis.
A face verification method, comprising: driving a movable component to extend out from a housing, wherein the movable component is received in the housing and capable of extending out from the housing; determining whether a total duration of the infrared camera being driven in a current verification of a face reaches a predetermined duration, in which when the total duration reaches the predetermined duration, a light entrance of an infrared camera is completely exposed from the housing, wherein the infrared camera is installed on the movable component and can be driven by the movable component; when the total duration reaches the predetermined duration, obtaining an infrared image by the infrared camera; and performing face verification based on the infrared image. driving a movable component to extend out from a housing, wherein the movable component is received in the housing and capable of extending out from the housing; determining whether a total duration of the infrared camera being driven in a current verification of a face reaches a predetermined duration, in which when the total duration reaches the predetermined duration, a light entrance of an infrared camera is completely exposed from the housing, wherein the infrared camera is installed on the movable component and can be driven by the movable component; when the total duration reaches the predetermined duration, obtaining an infrared image by the infrared camera; and performing face verification based on the infrared image.
A catheter having a tubular body having at least one non-circular opening (6, 7) in the annular surface of the tubular body creating a fluid communication passage from the outside surface of the tubular body to the inside surface of the tubular body, the opening comprising an external edge abutting the outside surface and an internal edge abutting the inside surface, where the external edge of the opening (6,7) is a rounded edge, characterized in that the tubular body is formed of thermo-formable material and that the internal edge of the non-circular opening is a sharp edge.