mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable device (10, 20, 20'), characterized by comprising: a charging interface; a battery unit; a first switch unit and a second switch unit coupled in parallel, coupled between the charging interface and the battery unit, wherein, in response to at least one of the first switch unit and the second switch unit being turned on, a charging path between the battery unit and the charging interface is turned on and the battery unit can be charged by a voltage and a current input by the charging interface; a first control unit coupled to the first switch unit and the second switch unit, configured to control the first switch unit to be turned on in response to the charging path being needed to be on, and to control both the first switch unit and the second switch unit to be turned off in response to the charging path being needed to be off; and a second control unit coupled to the second switch unit, configured to control the second switch unit to be turned on or off, only if the first control unit is controlling the first switch unit to be turned on. a charging interface; a battery unit; a first switch unit and a second switch unit coupled in parallel, coupled between the charging interface and the battery unit, wherein, in response to at least one of the first switch unit and the second switch unit being turned on, a charging path between the battery unit and the charging interface is turned on and the battery unit can be charged by a voltage and a current input by the charging interface; a first control unit coupled to the first switch unit and the second switch unit, configured to control the first switch unit to be turned on in response to the charging path being needed to be on, and to control both the first switch unit and the second switch unit to be turned off in response to the charging path being needed to be off; and a second control unit coupled to the second switch unit, configured to control the second switch unit to be turned on or off, only if the first control unit is controlling the first switch unit to be turned on.
An apparatus comprising: a source (1,20,30) of an oxygen-containing fluid selected from gaseous oxygen or water containing at least 10mg per liter of dissolved oxygen; and a microcatheter (9,23,35) having an inlet aperture in fluid communication with the source of oxygen-containing fluid and having one or more outlet apertures, wherein at least a region of the microcatheter (9,23,35) has an effective internal diameter of less than 75 micrometers characterised in that said outlet apertures are located in a tip region of the microcatheter for injecting an effective amount of an oxygen-containing fluid selectively and directly into a layer of wound tissue located below a surface layer of a wound. a source (1,20,30) of an oxygen-containing fluid selected from gaseous oxygen or water containing at least 10mg per liter of dissolved oxygen; and a microcatheter (9,23,35) having an inlet aperture in fluid communication with the source of oxygen-containing fluid and having one or more outlet apertures, wherein at least a region of the microcatheter (9,23,35) has an effective internal diameter of less than 75 micrometers characterised in that said outlet apertures are located in a tip region of the microcatheter for injecting an effective amount of an oxygen-containing fluid selectively and directly into a layer of wound tissue located below a surface layer of a wound.
A windscreen wiper device comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible elastomeric rubber material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one longitudinal groove, in which groove at least one longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for an oscillating arm, wherein said oscillating arm is pivotally connected to said connecting device about a pivot axis near one end thereof, wherein a substance is provided on an inner wall of said groove in order to lower the friction coefficient between contact surfaces of said longitudinal strip and said inner wall, characterized in, that said substance is a thermoplastic material co-extruded with the elastomeric rubber material of the inner wall of said groove and chemically bonded with the elastomeric rubber material after curing of the elastomeric rubber material.
A display positioning system comprising: a display stand including a positioning portion and supports (144, 146) connected to the positioning portion, the supports configured to cooperatively support the positioning portion when situated on a support surface, the positioning portion having a first recess extending inwardly from a first side of the positioning portion; and a first insert including an elongated body configured to slidably insert into the inwardly extending first recess from the first side of the positioning portion, the first recess configured to receive and removably retain the first insert and the first insert and the first recess being correspondingly shaped, the elongated body of the first insert including an upwardly facing surface having a first concavity shaped to receive and removably retain at least an edge portion of a first computing device display when the first insert is inserted into the first recess of the display stand and equipped with the first computing device display. a display stand including a positioning portion and supports (144, 146) connected to the positioning portion, the supports configured to cooperatively support the positioning portion when situated on a support surface, the positioning portion having a first recess extending inwardly from a first side of the positioning portion; and a first insert including an elongated body configured to slidably insert into the inwardly extending first recess from the first side of the positioning portion, the first recess configured to receive and removably retain the first insert and the first insert and the first recess being correspondingly shaped, the elongated body of the first insert including an upwardly facing surface having a first concavity shaped to receive and removably retain at least an edge portion of a first computing device display when the first insert is inserted into the first recess of the display stand and equipped with the first computing device display.
A heater system (800, 850, 870) comprising a heater assembly including a heating surface for heating a heating target, the heating surface defining a plurality of heating zones (Zi), an imaging device that is configured to acquire an image of the heating surface of the heater assembly, and a control system (801, 851, 871) that is configured to determine variations in the plurality of heating zones (Zi) based on the image of the heating surface of the heater assembly, characterized in that the heater assembly further comprises a plurality of heating elements that are disposed in the plurality of heating zones (Zi) and that are independently controllable, in that the image of the heating surface includes a plurality of pixels corresponding to the plurality of heating zones (Zi), in that the variations relate to manufacturing deviations in the heater assembly and/or disturbances in an environment of the heater assembly, and in that the control system (801, 851, 871) is configured to control the heater assembly to compensate for the variations in the plurality of heating zones to provide a desired temperature profile on the heating surface of the heater assembly.
Flexible panel, characterized in that it comprises a cold processed flexible substrate, at least partly covered or impregnated with a dispersion of water-based aliphatic resin in which granules of stone or mineral material are homogeneously distributed, wherein said dispersion of water-based aliphatic resin comprises: - one or more compounds chosen from a group comprising polyurethane compounds; - one or more compounds chosen from a group comprising acrylic compounds; and - one or more compounds chosen from a group comprising styrene compounds; wherein said stone or mineral material is chosen from a group comprising terracotta, stone, marble, crystals, quartzes, metals in general, in particular bronze, steel or iron, wherein in the case of terracotta, the latter has a grain size from 0.3 mm to 1 mm and the terracotta and the dispersion of water-based aliphatic resin are provided in a ratio of 1 part in weight of dispersion of aliphatic resin and 3 parts in weight of terracotta; or, in the case of marble or quartz, the latter have a grain size between 0 μm (micron) and 160 μm (micron), or between 0 μm (micron) and 50 μm (micron), or again between 0 μm (micron) and 45 μm (micron); or again, in the case of bronze, the latter has a grain size of 100 mesh or 200 mesh and the bronze and the dispersion of water-based aliphatic resin are provided in a ratio of 1 part in weight of dispersion of aliphatic resin and 5 parts in weight in bronze at 100 mesh, or 1 part in weight of dispersion of aliphatic resin and 4 parts in weight of bronze at 200 mesh, such that the stone or mineral material and its texture can be felt and not only seen. - one or more compounds chosen from a group comprising polyurethane compounds; - one or more compounds chosen from a group comprising acrylic compounds; and - one or more compounds chosen from a group comprising styrene compounds; wherein said stone or mineral material is chosen from a group comprising terracotta, stone, marble, crystals, quartzes, metals in general, in particular bronze, steel or iron, wherein in the case of terracotta, the latter has a grain size from 0.3 mm to 1 mm and the terracotta and the dispersion of water-based aliphatic resin are provided in a ratio of 1 part in weight of dispersion of aliphatic resin and 3 parts in weight of terracotta; or, in the case of marble or quartz, the latter have a grain size between 0 μm (micron) and 160 μm (micron), or between 0 μm (micron) and 50 μm (micron), or again between 0 μm (micron) and 45 μm (micron); or again, in the case of bronze, the latter has a grain size of 100 mesh or 200 mesh and the bronze and the dispersion of water-based aliphatic resin are provided in a ratio of 1 part in weight of dispersion of aliphatic resin and 5 parts in weight in bronze at 100 mesh, or 1 part in weight of dispersion of aliphatic resin and 4 parts in weight of bronze at 200 mesh, such that the stone or mineral material and its texture can be felt and not only seen.
A dielectric composition comprising, as a main component, a tungsten bronze type composite oxide represented by a chemical formula (Sr 1.00-(s+t) Ba s Ca t) 6.00 - x R x (Ti 1.00-a Zr a) x+2.00 (Nb 1.00-b Ta b) 8.00-x O 30.00, wherein the R is at least one element selected from Y, La, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, and Lu, and s, t, x, a, and b satisfy 0.50 ≤ s ≤ 1.00, 0 ≤ t ≤ 0.30, 0.50 ≤ s + t ≤ 1.00, 1.50 < x ≤ 3.00, 0.20 ≤ a ≤ 1.00, and 0 ≤ b ≤ 1.00.
An electromagnetically operated device comprising: - a moving member of the electromagnetically operated device; - a drive coil that is adapted to be energized to generate magnetic flux for driving the moving member; - a permanent magnet provided between a stationary member and the moving member for holding the moving member; and - a holding force adjusting member for adjusting the holding force applied to the moving member by the permanent magnet, characterised in that the holding force adjusting member is configured in electromagnetic steel bulk or by laminating electromagnetic steel sheets, the holding force adjusting member is placed at a position that will not be included in the main magnetic path of the magnetic flux caused by the drive coil, and between the moving member and a magnetic pole face of at least one of the stationary member and the permanent magnet opposite the moving member, and said main magnetic path is a magnetic path with the smallest magnetic resistance in the magnetic paths of the magnetic flux generated by the drive coil. - a moving member of the electromagnetically operated device; - a drive coil that is adapted to be energized to generate magnetic flux for driving the moving member; - a permanent magnet provided between a stationary member and the moving member for holding the moving member; and - a holding force adjusting member for adjusting the holding force applied to the moving member by the permanent magnet, characterised in that
Forestry winch with controlled coiling of a towing cable and preventing thereof from overloading, comprising a frame, on which a rotatable winding drum is mounted together with said towing cable which is wound thereon, wherein said winding drum is preferably driven by means of a tractor cardan joint shaft and is controlled by means of a clutch and a brake, and wherein moreover an upper pulley block is also mounted on said winch frame, so that said towing cable extends from the winding drum via the upper pulley block and optionally via at least one additional pulley block towards each disposable load, wherein a directing assembly is arranged between the winding drum and the upper pulley block, namely above the winding drum, which is rotatably around its horizontal geometric axis mounted on the winch frame, and below the upper pulley block, which is by means of its casing fixedly mounted in the upper area of the winch frame and is furnished with a pulley which is also allowed to rotate around its horizontal geometric axis, and wherein said directing assembly is with the possibility of freely rotating or at least pivoting at each required angle around its vertical axis connected to the upper pulley block, or optionally to the winch frame, and comprises a casing, in which two pulleys (44, 45) are embedded, which are each per se freely rotatable around their rotational axles (440, 450), which are arranged horizontally and parallel to each other, wherein the distance between the rotational axle of the lower pulley and said vertical axis of the directing assembly is greater than the distance between the rotational axle of the upper pulley and said vertical axis of the directing assembly, so that said pulleys (44, 45) are suitable for guiding the towing cable from the upper pulley block along said vertical axis of the directing assembly towards the upper pulley and then via the lower pulley towards the winding drum, or in the opposite direction, and wherein said rotational axle of the upper pulley is arranged in such manner that a tangent to said upper pulley is aligned with said vertical geometric axis of the directing assembly, and both sections of the towing cable in the area of said upper pulley, namely the section of the cable on the side of the upper pulley block and the section of the cable on the side of the lower pulley, when observed in a direction towards the axis of the upper pulley are arranged at angle (α) between 100° and 170°, characterized in that said upper pulley is embedded within the casing of the directing assembly displaceable in a direction of the resultant force of tension forces (F 1, F 2) in both sections of the towing cable in the area of said upper pulley, and is moreover in said direction supported by means of a dynamometer.
An occupant detection device for a vehicle seat, said device comprising: a sensor configured to indicate a first state when a seat is not occupied and a second state when the seat is occupied; and a spring configured to urge the sensor toward the first state, characterized in that the spring is configured to provide a return force that varies with a temperature of the spring. a sensor configured to indicate a first state when a seat is not occupied and a second state when the seat is occupied; and a spring configured to urge the sensor toward the first state, characterized in that the spring is configured to provide a return force that varies with a temperature of the spring.
A method of operating a safety vacuum release system with a controller for a pump including a variable speed motor, the method comprising: measuring an actual power consumption of the motor necessary to pump water and overcome losses; filtering the actual power consumption with a fast low-pass filter to obtain a current power consumption; incrementing an absolute counter value if at least one of the actual power consumption and the current power consumption is less than a threshold power curve; identifying a dead head condition if the absolute counter value exceeds an absolute counter threshold value; and triggering the safety vacuum release system when the dead head condition is identified in order to shut down the pump immediately. measuring an actual power consumption of the motor necessary to pump water and overcome losses; filtering the actual power consumption with a fast low-pass filter to obtain a current power consumption; incrementing an absolute counter value if at least one of the actual power consumption and the current power consumption is less than a threshold power curve; identifying a dead head condition if the absolute counter value exceeds an absolute counter threshold value; and triggering the safety vacuum release system when the dead head condition is identified in order to shut down the pump immediately.
A method of forming a packaging template for assembly into a box or other packaging material, the method comprising: positioning one or more to-be-packaged items in a receiving portion of a converting machine, the one or more to-be-packaged items having a plurality of outer dimensions including a height, a width, and a length; symmetrically positioning a plurality of components of the converting machine about the positioned items to symmetrically adjust the settings of the converting machine to correspond to one or more of the outer dimensions of the positioned items; advancing a sheet material through the converting machine; performing one or more longitudinal conversion functions on at least a portion of the sheet material as the sheet material is advanced through the converting machine; performing one or more transverse conversion functions on the sheet material after the sheet material has been advanced through the converting machine to a first position; and performing one or more transverse conversion functions on the sheet material after the sheet material has been advanced through the converting machine from the first position to a second position, wherein the sheet material is converted into the packaging template by performance of the one or more transverse conversion functions and the one or more longitudinal conversion functions. positioning one or more to-be-packaged items in a receiving portion of a converting machine, the one or more to-be-packaged items having a plurality of outer dimensions including a height, a width, and a length; symmetrically positioning a plurality of components of the converting machine about the positioned items to symmetrically adjust the settings of the converting machine to correspond to one or more of the outer dimensions of the positioned items; advancing a sheet material through the converting machine; performing one or more longitudinal conversion functions on at least a portion of the sheet material as the sheet material is advanced through the converting machine; performing one or more transverse conversion functions on the sheet material after the sheet material has been advanced through the converting machine to a first position; and performing one or more transverse conversion functions on the sheet material after the sheet material has been advanced through the converting machine from the first position to a second position, wherein the sheet material is converted into the packaging template by performance of the one or more transverse conversion functions and the one or more longitudinal conversion functions.
Press for forming sheet metal, having a punching tool for trimming or piercing the sheet metal and a forming tool for forming a cutting edge produced by the trimming or piercing, characterized in that a rotating cutting edge processing tool for removing material by cutting at the cutting edge to be formed is integrated in the press between the punching tool and the forming tool, wherein the cutting edge processing tool is coupled to a press stroke movement of the press by means of a transmission, and wherein the transmission converts the press stroke movement into a rotary movement and causes an increase in rotational speed.
Method for accessing data or functions of a programmable controller by means of a network protocol, the data being stored in a database of the programmable controller and the database being assigned to an automation program of the programmable controller, and a web server of the programmable controller being accessed by a client by means of the network protocol, at least one program module (FC1, FC2) of the automation program of the programmable controller being assigned to a web service of the web server, execution of the program module (FC1, FC2) being initiated by the web service, a decision being made by an administration device of the programmable controller whether the initiated call of the program module (FC1, FC2) should or should not take place the decision being made with the aid of a workload of the programmable controller.
An action plate, comprising: a first outer surface, a second outer surface connected to the first outer surface to form a comer, and an action button being positioned at a predetermined distance away from a vaccination delivery location, wherein the action button is configured to receive a predetermined amount of force along an activation axis of the action button, wherein the predetermined amount of force is configured to press the action button, and in response to pressing the action button, cause a vaccination needle to extend from a vaccination device at a vaccination delivery location to deliver a subcutaneous injection at an injection location, characterised in that said second outer surface is directly connected to the first outer surface to form said corner, whereby said action button extends outwardly from said corner where the first outer surface of the action plate directly connects to the second outer surface of the action plate. a first outer surface, a second outer surface connected to the first outer surface to form a comer, and an action button being positioned at a predetermined distance away from a vaccination delivery location, wherein the action button is configured to receive a predetermined amount of force along an activation axis of the action button, wherein the predetermined amount of force is configured to press the action button, and in response to pressing the action button, cause a vaccination needle to extend from a vaccination device at a vaccination delivery location to deliver a subcutaneous injection at an injection location, receive a predetermined amount of force along an activation axis of the action button, wherein the predetermined amount of force is configured to press the action button, and in response to pressing the action button, cause a vaccination needle to extend from a vaccination device at a vaccination delivery location to deliver a subcutaneous injection at an injection location, characterised in that said second outer surface is directly connected to the first outer surface to form said corner, whereby said action button extends outwardly from said corner where the first outer surface of the action plate directly connects to the second outer surface of the action plate.