mhurhangee/patent-ind-claim-en huggingface dataset:
A drainage device for a push-pull device, wherein the push-pull device comprises two push-pull leaves that overlap with each other and comprise overlapped parts, a downward-sliding first opening, a downward-sliding chamber body, and a downward-sliding second opening, wherein the drainage device comprises a drainage box , the drainage box comprising a drainage chamber body , the first end of the drainage chamber body being in communication with a second end of the drainage chamber body ; and wherein the drainage device further comprises a water blocking device , the water blocking device comprising a water blocking part; the drainage box being characterized in that , the drainage box further comprises a first trough body , the first trough body being communication with a first end of the drainage chamber body ; and the water blocking device further comprises a first connecting part ; whereby the drainage box is configured so that, in the mounted state of the drainage device, the water blocking part of the water blocking device is arranged between overlapped parts of the two push-pull leaves of the push-pull device, the first connecting part penetrates through the downward-sliding first opening of the push-pull device and to be fixedly arranged inside the first trough body , the drainage box is arranged inside the downward-sliding chamber body, the second end of the drainage chamber body extends out of the downward-sliding second opening of the push-pull device; and the drainage device further comprises a first one-way valve which is arranged on the first connecting part to control the opening and closing of a communication passageway between the first trough body and the drainage chamber body . wherein the drainage device comprises a drainage box , the drainage box comprising a drainage chamber body , the first end of the drainage chamber body being in communication with a second end of the drainage chamber body ; and wherein the drainage device further comprises a water blocking device , the water blocking device comprising a water blocking part; the drainage box being characterized in that , the drainage box further comprises a first trough body , the first trough body being communication with a first end of the drainage chamber body ; and the water blocking device further comprises a first connecting part ; whereby the drainage box is configured so that, in the mounted state of the drainage device, the water blocking part of the water blocking device is arranged between overlapped parts of the two push-pull leaves of the push-pull device, the first connecting part penetrates through the downward-sliding first opening of the push-pull device and to be fixedly arranged inside the first trough body , the drainage box is arranged inside the downward-sliding chamber body, the second end of the drainage chamber body extends out of the downward-sliding second opening of the push-pull device; and the drainage device further comprises a first one-way valve which is arranged on the first connecting part to control the opening and closing of a communication passageway between the first trough body and the drainage chamber body .
A carton for holding a plurality of containers (C), the carton comprising: a plurality of panels that extends at least partially around an interior of the carton , the plurality of panels comprises a top panel , a bottom panel , a first side panel , and a second side panel , the first side panel has a first curved edge and the second side panel has a second curved edge ; and a plurality of end flaps , each end flap of the plurality of end flaps is respectively foldably connected to a respective panel of the plurality of panels for at least partially closing an end of the carton , the plurality of end flaps comprising a first end flap foldably connected to the top panel , the first end flap comprises a first portion foldably connected to the top panel and a second portion foldably connected to the first portion , the first curved edge and the second curved edge are generally adjacent the first end flap ; characterized in that a plurality of cuts (101, 103, 105, 107, 109, N) are positioned in at least one portion of the carton , the at least one portion of the carton being selected from the group consisting of at least one panel of the plurality of panels and at least one end flap of the plurality of end flaps, and the plurality of cuts (101, 103, 105, 107, 109, N) forms at least one texture (T) in the exterior of the carton . a plurality of panels that extends at least partially around an interior of the carton , the plurality of panels comprises a top panel , a bottom panel , a first side panel , and a second side panel , the first side panel has a first curved edge and the second side panel has a second curved edge ; and a plurality of end flaps , each end flap of the plurality of end flaps is respectively foldably connected to a respective panel of the plurality of panels for at least partially closing an end of the carton , the plurality of end flaps comprising a first end flap foldably connected to the top panel , the first end flap comprises a first portion foldably connected to the top panel and a second portion foldably connected to the first portion , the first curved edge and the second curved edge are generally adjacent the first end flap ; characterized in that a plurality of cuts (101, 103, 105, 107, 109, N) are positioned in at least one portion of the carton , the at least one portion of the carton being selected from the group consisting of at least one panel of the plurality of panels and at least one end flap of the plurality of end flaps, and the plurality of cuts (101, 103, 105, 107, 109, N) forms at least one texture (T) in the exterior of the carton .
A display device comprising a mounting board and a display panel mounted on the mounting board and comprising a plurality of display modules arranged in an array, wherein: the display device further comprises a control module and a plurality of driving modules corresponding to the display modules, characterised in that the driving modules are arranged between the mounting board and the corresponding display modules and coupled to the mounting board and the display modules respectively, and the control module is coupled to the driving modules and controls the driving modules to drive the corresponding display modules to move away from the mounting board and extend, and wherein the driving modules comprise a self-locking switch, a lever and a power unit, the self-locking switch is arranged on the mounting board, the lever is arranged between the display modules and the self-locking switch to engage with the self-locking switch, and the power unit is coupled to the lever for powering the lever. the display device further comprises a control module and a plurality of driving modules corresponding to the display modules, characterised in that the driving modules are arranged between the mounting board and the corresponding display modules and coupled to the mounting board and the display modules respectively, and the control module is coupled to the driving modules and controls the driving modules to drive the corresponding display modules to move away from the mounting board and extend, and wherein the driving modules comprise a self-locking switch, a lever and a power unit, the self-locking switch is arranged on the mounting board, the lever is arranged between the display modules and the self-locking switch to engage with the self-locking switch, and the power unit is coupled to the lever for powering the lever.
A nucleic acid molecule comprising a coding sequence that encodes a protein with SEQ ID NO:2.
Ultrasonic distance measurement system, which can in particular be used for hydraulic accumulators with at least one movable separating element , which separates two media chambers inside a housing from one another, preferably in a media-tight manner, wherein the one media chamber receives a compressible or incompressible fluid and the other media chamber receives a compressible fluid, particularly in the form of a working gas, wherein the respective position of the movable separating element within the housing can be detected by means of at least one ultrasonic sensor , wherein the respective ultrasonic sensor detects the position of the separating element on the side of the other media chamber with the compressible fluid, a sleeve-shaped sensor holder being inserted in a lid part , which is adjacent to the other media chamber , said sensor holder being hollow on the inside to form a sensor chamber , wherein the ultrasonic sensor is held in the sensor holder and received in a sensor chamber at the end, characterised in that the sensor chamber is connected to the other media chamber with the compressible fluid by means of a media conduit .
A method for aligning a line camera with an alignment target , wherein an image of at least one line (22a-e) of the alignment target is acquired and contrast marks are located in the image, wherein the alignment target comprises a plurality of triangular contrast marks arranged in a line, and at least one contrast mark points upwards with a vertex of its triangular shape and at least one contrast mark points downwards, characterized in that the contrast marks have the shape of an isosceles triangle and in each case the apex between the two sides of equal length points upwards or downwards, in that the width of the contrast marks is determined in the direction of the line (22a-e), and in that the alignment is considered to be correct if all widths match, and in that the position of the contrast marks in the direction of the line (22a-e) and the respective width is determined as a function of the position and the function is formed in two groups once for the triangular contrast marks pointing with their apex upwards and once for the triangular contrast marks pointing with their apex downwards.
A probe actuation system comprising: a detection system arranged to measure a probe to generate a detection signal, wherein the probe comprises a cantilever ; an illumination system arranged to illuminate the cantilever , wherein varying the illumination of the cantilever causes the cantilever to twist along its length or bend along its length which in turn causes the detection signal to vary; a probe controller arranged to generate a desired value; and a feedback controller arranged to vary the illumination of the cantilever according to the detection signal and the desired value so that the detection signal is driven towards the desired value, wherein the feedback controller is arranged to receive as inputs the detection signal and the desired value, characterised in that a position of the probe or an angle of the cantilever is measured to generate the detection signal and the desired value represents a desired position (TipPosZ _Desired) of the probe in a direction perpendicular to the surface of a sample ; a desired position (TipPosX_Desired) of the probe in a direction parallel to the surface of the sample ; a desired tilt angle (Tipα_Desired) of the cantilever which varies as the cantilever twists along its length; or a desired bending angle of the cantilever which varies as the cantilever bends along its length, wherein the desired value represents a specific position of the probe, a specific angle of the cantilever , an average position of the probe, an average angle of the cantilever , an extreme position of the probe in a cyclic motion, or an extreme angle of the cantilever in a cyclic motion; wherein the desired value varies with time.
An electron-multiplier device characterized in that it comprises: - a rhodium block , passed through by a channel that extends, along a mean line, from an inlet of the channel to an outlet of the channel, - an input electrical conductor , in contact with the rhodium block on at least part of the perimeter of the inlet , - an output electrical conductor , in contact with the rhodium block on at least part of the perimeter of the outlet , and - a source of magnetic field configured to generate, in the channel , a magnetic field, variable over time, directed parallel to the mean line of the channel, oriented from the inlet to the outlet of the channel. - a rhodium block , passed through by a channel that extends, along a mean line, from an inlet of the channel to an outlet of the channel, - an input electrical conductor , in contact with the rhodium block on at least part of the perimeter of the inlet , - an output electrical conductor , in contact with the rhodium block on at least part of the perimeter of the outlet , and - a source of magnetic field configured to generate, in the channel , a magnetic field, variable over time, directed parallel to the mean line of the channel, oriented from the inlet to the outlet of the channel.
A networked alarm system comprising a loop circuit , a first power source and a first controller electrically connected to the loop circuit , the first controller being adapted to control the first power source , a plurality of alarm units electrically connected to the loop circuit , wherein each of the alarm units comprises: a current sink , a second controller for controlling the current sink , wherein the second controller is adapted to perform an alarm unit status test including: receiving instructions from the first controller to actuate the current sink , and actuating the current sink ; characterised in that the first controller is adapted to perform a system status test including: simultaneously instructing the plurality of alarm units to actuate the corresponding plurality of current sinks, receiving from the plurality of alarm units a corresponding plurality of voltages measured across the current sinks, and determining from the plurality of measured voltages, an operational condition of the system . a current sink , a second controller for controlling the current sink , wherein the second controller is adapted to perform an alarm unit status test including: receiving instructions from the first controller to actuate the current sink , and actuating the current sink ; characterised in that the first controller is adapted to perform a system status test including: simultaneously instructing the plurality of alarm units to actuate the corresponding plurality of current sinks, receiving from the plurality of alarm units a corresponding plurality of voltages measured across the current sinks, and determining from the plurality of measured voltages, an operational condition of the system . receiving instructions from the first controller to actuate the current sink , and actuating the current sink ; characterised in that the first controller is adapted to perform a system status test including: simultaneously instructing the plurality of alarm units to actuate the corresponding plurality of current sinks, receiving from the plurality of alarm units a corresponding plurality of voltages measured across the current sinks, and determining from the plurality of measured voltages, an operational condition of the system . simultaneously instructing the plurality of alarm units to actuate the corresponding plurality of current sinks, receiving from the plurality of alarm units a corresponding plurality of voltages measured across the current sinks, and determining from the plurality of measured voltages, an operational condition of the system .
A method for monitoring a laser welding process for welding two workpieces , preferably glass workpieces, which are transparent to the laser wavelength, wherein in the workpieces , a melt volume is melted by a pulsed laser beam , in particular an ultra-short-pulse laser beam, near the boundary surface between the two workpieces in order to produce a weld seam , and wherein the intensity of the process radiation emitted by the melt volume is detected, characterized in that the detected intensity profile is evaluated with respect to at least one of the following features: - depth (Δl) of an intensity drop, - duration (Δt) of an intensity drop, and - renewed increase of the intensity following an intensity drop, and that this evaluation is used to determine whether the gap had been bridged or not during the laser welding process. - depth (Δl) of an intensity drop, - duration (Δt) of an intensity drop, and - renewed increase of the intensity following an intensity drop, and that this evaluation is used to determine whether the gap had been bridged or not during the laser welding process.
A method for testing a hydraulically-actuated device having a housing defining an interior volume and a piston disposed within the interior volume such that the piston divides the interior volume into a first chamber and a second chamber , where the piston is movable relative to the housing to a maximum first position in response to pressure within the second chamber being higher than pressure within the first chamber and to a maximum second position in response to pressure within the first chamber being higher than pressure within the second chamber, the method comprising: moving the piston to the first position by varying pressure within at least one of the first chamber and the second chamber such that pressure within the second chamber is higher than pressure within the first chamber; and while the piston remains in the first position: (a) decreasing pressure within the second chamber and/or increasing pressure within the first chamber; subsequently (b) increasing pressure within the second chamber and/or decreasing pressure within the first chamber; (c) capturing, with one or more sensors , data indicative of one or more parameter values of the hydraulically actuated device; (d) comparing the one or more sensed parameter values with one or more expected parameter values; and (e) determining if a difference between the parameter value indicated in data captured by the one or more sensors and the expected parameter value exceeds a threshold. moving the piston to the first position by varying pressure within at least one of the first chamber and the second chamber such that pressure within the second chamber is higher than pressure within the first chamber; and while the piston remains in the first position: (a) decreasing pressure within the second chamber and/or increasing pressure within the first chamber; subsequently (b) increasing pressure within the second chamber and/or decreasing pressure within the first chamber; (c) capturing, with one or more sensors , data indicative of one or more parameter values of the hydraulically actuated device; (d) comparing the one or more sensed parameter values with one or more expected parameter values; and (e) determining if a difference between the parameter value indicated in data captured by the one or more sensors and the expected parameter value exceeds a threshold. (a) decreasing pressure within the second chamber and/or increasing pressure within the first chamber; subsequently (b) increasing pressure within the second chamber and/or decreasing pressure within the first chamber; (c) capturing, with one or more sensors , data indicative of one or more parameter values of the hydraulically actuated device; (d) comparing the one or more sensed parameter values with one or more expected parameter values; and (e) determining if a difference between the parameter value indicated in data captured by the one or more sensors and the expected parameter value exceeds a threshold.
A portable battery pack comprising: an input removably connectable to an activation station for controlling discharging of the portable battery pack when the portable battery pack is subsequently disconnected and remote from the activation station ; one or more cells configured to store electrical energy; a processor configured to enable and disable the discharging of the one of more cells based on a discharging authorisation signal received at the input from the activation station when the input is connected to the activation station , in order to enable and disable the discharging of the portable battery pack when disconnected and remote from the activation station ; wherein subsequent to discharging being enabled and the portable battery pack being disconnected and remote from the activation station , the processor is configured to disable discharging of the one or more cells until the portable battery pack is reconnected to the activation station and discharging is re-authorised by the activation station , wherein discharging of the one of more cells is disabled after either a period of time indicated by the authorisation signal has elapsed or a depth of discharge indicated by the authorisation signal is reached; and an electrical output configured to provide electrical energy to a device connected to the electrical output only when discharging is enabled and not when discharging is disabled. an input removably connectable to an activation station for controlling discharging of the portable battery pack when the portable battery pack is subsequently disconnected and remote from the activation station ; one or more cells configured to store electrical energy; a processor configured to enable and disable the discharging of the one of more cells based on a discharging authorisation signal received at the input from the activation station when the input is connected to the activation station , in order to enable and disable the discharging of the portable battery pack when disconnected and remote from the activation station ; wherein subsequent to discharging being enabled and the portable battery pack being disconnected and remote from the activation station , the processor is configured to disable discharging of the one or more cells until the portable battery pack is reconnected to the activation station and discharging is re-authorised by the activation station , wherein discharging of the one of more cells is disabled after either a period of time indicated by the authorisation signal has elapsed or a depth of discharge indicated by the authorisation signal is reached; and an electrical output configured to provide electrical energy to a device connected to the electrical output only when discharging is enabled and not when discharging is disabled.