mhurhangee/ep-ind-claims huggingface dataset:
An enteral feeding pump for mounting a tubing set, the enteral feeding pump comprising: a base having an outer side; a rotor supported on the outer side of the base for engaging a tube section of a tubing set; a tubing set platform on the outer side of the base, the tubing set platform defining a pair of tube retainer locks (34, 36), characterized in that at least one tube retainer lock (34, 36) comprises; an elongated channel (42, 58) for receiving a tube retainer (38, 40) defined by a retainer body (38a, 40a) and a pair of laterally opposing retainer tabs (38t, 40t); tab rest surfaces (44a, 44b, 60a, 60b) located on laterally opposing sides of the channel (42, 58); tab retention surfaces (50a, 50b, 62a, 62b) spaced from the tab rest surfaces (44a, 44b, 60a, 60b) defining elongated slots (54a, 54b, 66a, 66b) extending in a longitudinal direction parallel to the elongated channel (42, 58); wherein the elongated slots (54a, 54b, 66a, 66b) each include an entrance end for receiving a retainer tab (38t, 40t) and a longitudinally opposing inner end. a base having an outer side; a rotor supported on the outer side of the base for engaging a tube section of a tubing set; a tubing set platform on the outer side of the base, the tubing set platform defining a pair of tube retainer locks (34, 36), characterized in that at least one tube retainer lock (34, 36) comprises; an elongated channel (42, 58) for receiving a tube retainer (38, 40) defined by a retainer body (38a, 40a) and a pair of laterally opposing retainer tabs (38t, 40t); tab rest surfaces (44a, 44b, 60a, 60b) located on laterally opposing sides of the channel (42, 58); tab retention surfaces (50a, 50b, 62a, 62b) spaced from the tab rest surfaces (44a, 44b, 60a, 60b) defining elongated slots (54a, 54b, 66a, 66b) extending in a longitudinal direction parallel to the elongated channel (42, 58); wherein the elongated slots (54a, 54b, 66a, 66b) each include an entrance end for receiving a retainer tab (38t, 40t) and a longitudinally opposing inner end. an elongated channel (42, 58) for receiving a tube retainer (38, 40) defined by a retainer body (38a, 40a) and a pair of laterally opposing retainer tabs (38t, 40t); tab rest surfaces (44a, 44b, 60a, 60b) located on laterally opposing sides of the channel (42, 58); tab retention surfaces (50a, 50b, 62a, 62b) spaced from the tab rest surfaces (44a, 44b, 60a, 60b) defining elongated slots (54a, 54b, 66a, 66b) extending in a longitudinal direction parallel to the elongated channel (42, 58); wherein the elongated slots (54a, 54b, 66a, 66b) each include an entrance end for receiving a retainer tab (38t, 40t) and a longitudinally opposing inner end.
An information processing apparatus comprising: a touch sensor that detects an interaction position of a manipulation body on a display screen; a position information acquisition unit configured to acquire position information of a current location of the information processing apparatus; and a processor configured to when a first manipulation of the manipulation body on the display screen is detected in a locked screen state of the information processing apparatus, cause a selection of a set of application icons based on the position information of a current location of the information processing apparatus and a display of the selected set of application icons on the display screen, and when, subsequently to the first manipulation, a second manipulation of the manipulation body indicating a direction of movement from the last contact position of the first manipulation to select one of the set of application icons is detected within a predetermined period of time, start up an application corresponding to the selected one of the set of application icons. a touch sensor that detects an interaction position of a manipulation body on a display screen; a position information acquisition unit configured to acquire position information of a current location of the information processing apparatus; and a processor configured to when a first manipulation of the manipulation body on the display screen is detected in a locked screen state of the information processing apparatus, cause a selection of a set of application icons based on the position information of a current location of the information processing apparatus and a display of the selected set of application icons on the display screen, and when, subsequently to the first manipulation, a second manipulation of the manipulation body indicating a direction of movement from the last contact position of the first manipulation to select one of the set of application icons is detected within a predetermined period of time, start up an application corresponding to the selected one of the set of application icons.
A semiconductor laser device (1, 2, 3, 4) comprising: an insulating heat sink including a flow channel for a coolant; a conductive submount on a first region of an upper surface of the insulating heat sink; a conductive first electrode; an insulating layer on the conductive first electrode; a semiconductor laser element on a third region of an upper surface of the conductive submount, the semiconductor laser element being configured to output laser light; a conductive connecting portion on the semiconductor laser element; and a conductive second electrode on the insulating layer and the conductive connecting portion, wherein the conductive first electrode is electrically connected either to at least part of a side surface of the conductive submount (30 or to a fourth region, different from the third region, of the upper surface of said conductive submount, characterized in that the conductive first electrode is positioned on a same plane as the conductive submount and above said insulating heat sink, wherein a region of the upper surface of the insulating heat sink where the conductive first electrode is positioned includes a second region, different from the first region. an insulating heat sink including a flow channel for a coolant; a conductive submount on a first region of an upper surface of the insulating heat sink; a conductive first electrode; an insulating layer on the conductive first electrode; a semiconductor laser element on a third region of an upper surface of the conductive submount, the semiconductor laser element being configured to output laser light; a conductive connecting portion on the semiconductor laser element; and a conductive second electrode on the insulating layer and the conductive connecting portion, wherein the conductive first electrode is electrically connected either to at least part of a side surface of the conductive submount (30 or to a fourth region, different from the third region, of the upper surface of said conductive submount, characterized in that the conductive first electrode is positioned on a same plane as the conductive submount and above said insulating heat sink, wherein a region of the upper surface of the insulating heat sink where the conductive first electrode is positioned includes a second region, different from the first region.
Method for determining the total deceleration values (b max, b min), which can be achieved by actuating wheel brakes, of a utility vehicle or a vehicle combination having a plurality of axles (7, 8), a braking force distribution having braking forces (F 1, F 2, F 3, F 4) unequally distributed to the brake units (1, 2, 3, 4) by means of the wheel brakes of one or more axles (7, 8) taking place in order to implement a deceleration request during partial braking operations, in each case one of the brake units (1, 2, 3, 4) being selected and a greater braking force (F 2) being applied via this selected brake unit than via the other brake units (1, 2, 4), a current deceleration (b) of the utility vehicle or of the vehicle combination being measured or determined and being stored and assigned to the brake unit selected in each case as a partial deceleration value (b 1, b 2, b 3, b 4, b 1max, b 2max, b 3max, b 4max), and the achievable total deceleration values (b max, b min) being determined as the sum of the partial deceleration values (b 1, b 2, b 3, b 4, b 1max, b 2max, b 3max, b 4max) of all the brake units (1, 2, 3, 4), characterized in that: the method is for a utility vehicle or a vehicle combination having a plurality of axles (7, 8); for determining partial deceleration values (b 1, b 2, b 3, b 4, b 1max, b 2max, b 3max, b 4max) of a selected brake unit, a requested total braking force (F Ges) of the utility vehicle or the vehicle combination is concentrated on the selected brake unit selected in each case according to the deceleration request during the braking force distribution; and during the concentration of the requested total braking force (F Ges) on a selected brake unit, the further brake units (1, 2, 3, 4) are not actuated or are actuated with a response force (F A). the method is for a utility vehicle or a vehicle combination having a plurality of axles (7, 8); for determining partial deceleration values (b 1, b 2, b 3, b 4, b 1max, b 2max, b 3max, b 4max) of a selected brake unit, a requested total braking force (F Ges) of the utility vehicle or the vehicle combination is concentrated on the selected brake unit selected in each case according to the deceleration request during the braking force distribution; and during the concentration of the requested total braking force (F Ges) on a selected brake unit, the further brake units (1, 2, 3, 4) are not actuated or are actuated with a response force (F A).
A method of preparing a positive electrode active material precursor for a lithium secondary battery, the method comprising: a first step of forming a reaction solution by adding a transition metal-containing solution containing at least one selected from nickel, cobalt, and manganese, an ammonium ion-containing solution, and a basic aqueous solution to a first reactor and performing a co-precipitation reaction under a first pH condition to form transition metal hydroxide seeds; a second step of performing a co-precipitation reaction under a second pH condition while transferring the reaction solution of the first reactor to a second reactor to grow the transition metal hydroxide seeds; a third step of performing a co-precipitation reaction under a third pH condition while transferring a reaction solution of the second reactor to a third reactor to grow transition metal hydroxide particles; and a fourth step of recovering the transition metal hydroxide particles from the third reactor, wherein reaction conditions of the first reactor, the second reactor, and the third reactor satisfy Equation 1 and Equation 2. first pH > second pH ≥ third pH 4 ≤ temperature of the reaction solution ° C / pH of the reaction solution ≤ 6 a first step of forming a reaction solution by adding a transition metal-containing solution containing at least one selected from nickel, cobalt, and manganese, an ammonium ion-containing solution, and a basic aqueous solution to a first reactor and performing a co-precipitation reaction under a first pH condition to form transition metal hydroxide seeds; a second step of performing a co-precipitation reaction under a second pH condition while transferring the reaction solution of the first reactor to a second reactor to grow the transition metal hydroxide seeds; a third step of performing a co-precipitation reaction under a third pH condition while transferring a reaction solution of the second reactor to a third reactor to grow transition metal hydroxide particles; and a fourth step of recovering the transition metal hydroxide particles from the third reactor, wherein reaction conditions of the first reactor, the second reactor, and the third reactor satisfy Equation 1 and Equation 2. first pH > second pH ≥ third pH 4 ≤ temperature of the reaction solution ° C / pH of the reaction solution ≤ 6
Household appliance with a closing element for covering a maintenance opening, wherein the closing element comprises at least one laterally extractable locking slide (105-1, 105-2, 105-3, 105-4) for locking the closing element in the maintenance opening and a twistable closure for manual actuation of the locking slide, characterised in that the closing element comprises a first locking slide for extraction on one side of the closing element and a second locking slide for extraction on an opposing side of the closing element, and that the first locking slide and the second locking slide are connected to an elastic spring washer.
Method of controlling a hydraulic transmission of an agricultural vehicle or earth-moving machine, in which the hydraulic transmission is of the series type, in which a vehicle wheel is driven in rotation by a variable displacement hydraulic motor, where the displacement is - variable and function of a load applied to the wheel by defining a first operating mode e - fixed at a relative maximum displacement value due to the activation of a command signal, defining a second operating mode, the method being characterized in that it automatically activates said control signal when one of the following conditions is verified: - an accelerator signal is below a predetermined threshold (AC_TH) and the vehicle speed is below a first speed threshold (SP_TH1) or - the accelerator signal is higher than said predetermined threshold (AC_TH) and the vehicle speed is lower than a second speed threshold (SP_TH2) lower than the first speed threshold (SP_TH1) and to automatically deactivate said control signal when none of said conditions is verified. - variable and function of a load applied to the wheel by defining a first operating mode e - fixed at a relative maximum displacement value due to the activation of a command signal, defining a second operating mode, the method being characterized in that it automatically activates said control signal when one of the following conditions is verified: - an accelerator signal is below a predetermined threshold (AC_TH) and the vehicle speed is below a first speed threshold (SP_TH1) or - the accelerator signal is higher than said predetermined threshold (AC_TH) and the vehicle speed is lower than a second speed threshold (SP_TH2) lower than the first speed threshold (SP_TH1) - an accelerator signal is below a predetermined threshold (AC_TH) and the vehicle speed is below a first speed threshold (SP_TH1) or - the accelerator signal is higher than said predetermined threshold (AC_TH) and the vehicle speed is lower than a second speed threshold (SP_TH2) lower than the first speed threshold (SP_TH1) and to automatically deactivate said control signal when none of said conditions is verified.
A system for wireless monitoring of operating and production parameters of a machine for food production, particularly a clipping machine, having a sealed housing protecting at least against moisture, comprising: - at least one measuring and control device for controlling the production process executed by the machine and measuring the operating and/or production parameters of the machine, the at least one measuring and control device being arranged inside the sealed housing; - operating parameter determining means for determining operating parameters of the machine, wherein the operating parameter determining means are arranged in the machine and are connected to the at least one measuring and control device; - production parameter determining means for determining production parameters of the machine, wherein the production parameter determining means are arranged in the machine and are connected to the at least one measuring and control device; - at least one wireless communication device which is arranged inside the sealed housing and is connected with the at least one measuring and control device; - a user interface and display device which is provided outside the sealed housing, the user interface and display device being connected to the at least one measuring and control device; and - at least one smart device having at least an optical reading unit, wherein the at least one wireless communication device is configured to generate login details for wireless communication and encrypt the login details into a binary code which can be read by the optical reading unit of the smart device via the user interface and display device. - at least one measuring and control device for controlling the production process executed by the machine and measuring the operating and/or production parameters of the machine, the at least one measuring and control device being arranged inside the sealed housing; - operating parameter determining means for determining operating parameters of the machine, wherein the operating parameter determining means are arranged in the machine and are connected to the at least one measuring and control device; - production parameter determining means for determining production parameters of the machine, wherein the production parameter determining means are arranged in the machine and are connected to the at least one measuring and control device; - at least one wireless communication device which is arranged inside the sealed housing and is connected with the at least one measuring and control device; - a user interface and display device which is provided outside the sealed housing, the user interface and display device being connected to the at least one measuring and control device; and - at least one smart device having at least an optical reading unit, wherein the at least one wireless communication device is configured to generate login details for wireless communication and encrypt the login details into a binary code which can be read by the optical reading unit of the smart device via the user interface and display device.
A fuel cell system comprising: an evaporating portion evaporating water to generate a water vapor; a reforming portion forming an anode fluid by reforming a fuel by using the water vapor generated at the evaporating portion; a fuel cell generating an electric power by being supplied with the anode fluid and a cathode fluid; a tank storing the water supplied to the evaporating portion; a water supply passage connecting the tank and the evaporating portion and allowing the water in the tank to be supplied to the evaporating portion; a water supply source provided at the water supply passage to transmit the water in the tank to the evaporating portion; a stepping motor driving the water supply source; and a control portion driving the stepping motor to transmit the water in the tank to the evaporating portion, characterized in that the fuel cell system includes a water sensor that is provided in the water supply passage at a position between the evaporating portion and the water supply source, and detects a surface of the water in the water supply passage; and the control portion configured for performing a harmful vibration restraining process to change a resonance frequency of the stepping motor by changing the number of steps per rotation of the stepping motor based on a volume of the water transmitted to the evaporating portion per time unit, in order to restrain deterioration of the detection accuracy of the water surface by the water sensor. an evaporating portion evaporating water to generate a water vapor; a reforming portion forming an anode fluid by reforming a fuel by using the water vapor generated at the evaporating portion; a fuel cell generating an electric power by being supplied with the anode fluid and a cathode fluid; a tank storing the water supplied to the evaporating portion; a water supply passage connecting the tank and the evaporating portion and allowing the water in the tank to be supplied to the evaporating portion; a water supply source provided at the water supply passage to transmit the water in the tank to the evaporating portion; a stepping motor driving the water supply source; and a control portion driving the stepping motor to transmit the water in the tank to the evaporating portion, characterized in that the fuel cell system includes a water sensor that is provided in the water supply passage at a position between the evaporating portion and the water supply source, and detects a surface of the water in the water supply passage; and the control portion configured for performing a harmful vibration restraining process to change a resonance frequency of the stepping motor by changing the number of steps per rotation of the stepping motor based on a volume of the water transmitted to the evaporating portion per time unit, in order to restrain deterioration of the detection accuracy of the water surface by the water sensor.
A network packet processor for processing a data packet, a packet context being associated with the data packet, the packet context comprising a plurality of packet context fields, the network packet processor comprising: an action unit comprising: a partial packet context builder configured to determine a partial packet context associated with the data packet based upon the packet context, the partial packet context comprising a plurality of partial packet context fields; a systolic array of ALUs configured to process the partial packet context to provide a processed partial packet context, the processed partial packet context comprising a plurality of processed partial packet context fields; and a packet context builder configured to merge the processed partial packet context with the packet context to provide a processed packet context. a partial packet context builder configured to determine a partial packet context associated with the data packet based upon the packet context, the partial packet context comprising a plurality of partial packet context fields; a systolic array of ALUs configured to process the partial packet context to provide a processed partial packet context, the processed partial packet context comprising a plurality of processed partial packet context fields; and a packet context builder configured to merge the processed partial packet context with the packet context to provide a processed packet context.
A method for packaging a printed circuit board assembly, the method including the steps of: providing a printed circuit board assembly comprising a printed circuit board and a plurality of elements assembled on the printed circuit board; providing a support constructed to carry the printed circuit board assembly and define a space for accommodating the printed circuit board assembly placing the printed circuit board assembly in the space of the support to enable the support to carry and position the printed circuit board assembly, and placing the support and the printed circuit board assembly carried thereby in a mould (31, 32); and filling the mould with a packaging material using a moulding process so as to form a packaging structure encapsulating at least the printed circuit board assembly and fixing the printed circuit board assembly relative to the support, characterized in that the support is in the form of an open frame and comprises a plurality of supports arms to carry the printed circuit board assembly to be packaged at a plurality of locations. providing a printed circuit board assembly comprising a printed circuit board and a plurality of elements assembled on the printed circuit board; providing a support constructed to carry the printed circuit board assembly and define a space for accommodating the printed circuit board assembly placing the printed circuit board assembly in the space of the support to enable the support to carry and position the printed circuit board assembly, and placing the support and the printed circuit board assembly carried thereby in a mould (31, 32); and filling the mould with a packaging material using a moulding process so as to form a packaging structure encapsulating at least the printed circuit board assembly and fixing the printed circuit board assembly relative to the support, characterized in that the support is in the form of an open frame and comprises a plurality of supports arms to carry the printed circuit board assembly to be packaged at a plurality of locations.