mhurhangee/ep-ind-claims huggingface dataset:
An electronic assembly, comprising a circuit board assembly and a liquid cold plate, wherein the circuit board assembly comprises a board, a first heat-generating component, and a second heat-generating component; the first heat-generating component and the second heat-generating component are disposed on the board, and a heat-generating density of the first heat-generating component is greater than that of the second heat-generating component; the liquid cold plate comprises a liquid inlet and a liquid outlet, and a cooling working medium flows into the liquid cold plate from the liquid inlet and flows out of the liquid cold plate from the liquid outlet; and the liquid cold plate comprises a first cooling region and a second cooling region, the second cooling region is closer to the liquid outlet than the first cooling region, the first heat-generating component is thermally connected to the first cooling region, and the second heat-generating component is thermally connected to the second cooling region; characterized by a spoiler, wherein the spoiler comprises a plurality of protrusion structures; and the first cooling region comprises a plurality of fourth heat dissipation fins, each protrusion structure in the plurality of protrusion structures and each fourth heat dissipation fin in the plurality of fourth heat dissipation fins are sequentially disposed spaced from each other, and there is a preset gap between a protrusion structure and a fourth heat dissipation fin that are adjacent. the liquid cold plate comprises a first cooling region and a second cooling region, the second cooling region is closer to the liquid outlet than the first cooling region, the first heat-generating component is thermally connected to the first cooling region, and the second heat-generating component is thermally connected to the second cooling region; characterized by a spoiler, wherein the spoiler comprises a plurality of protrusion structures; and the first cooling region comprises a plurality of fourth heat dissipation fins, each protrusion structure in the plurality of protrusion structures and each fourth heat dissipation fin in the plurality of fourth heat dissipation fins are sequentially disposed spaced from each other, and there is a preset gap between a protrusion structure and a fourth heat dissipation fin that are adjacent.
Method for engraving, marking and/or labeling a workpiece using a laser plotter, in which a workpiece to be processed by means of at least one laser source in the form of a laser (5,6) is inserted in a housing of the laser plotter, wherein the workpiece is placed on a processing table and a laser beam emitted by the beam source is transmitted via deflecting elements to at least one focusing unit, by which the laser beam is deflected in the direction of the workpiece and focused for processing, wherein the position control of the laser beam in relation to the workpiece is effected by means of software running in a control unit, so that the workpiece is processed line by line by adjustment of a sliding carriage, wherein a graphic and/or a text is created on an external component, in particular a computer or a control device, which graphic and/or text is transferred to the control unit of the laser plotter, which performs a conversion of the transferred data, in particular of the graphic and/or the text, for controlling the individual elements of the laser plotter, whereby a distance measurement is carried out in the area of the focusing unit during the machining process, and after insertion of the workpiece in the machining area, a laser pointer of the laser (5,6) is positioned on or in the area of the workpiece, whereupon, after activation of the machining process or of a focusing process, a distance measurement to a surface of the workpiece is carried out and the data acquired thereby are transferred to the control unit, which then performs a calculation of a position of the machining table for the optimal focal point of the laser (5,6) taking into account predetermined parameters, and the processing table is then shifted, characterized in that between the steps of activation of the machining process or the focusing process and the distance measurement, a position correction of the focusing unit is carried out, whereby a correction value used for this purpose corresponds to a compensation of the position of the laser pointer relative to the distance measuring device.
Tool comprising a rigid end fitting (41 to 46) in one uninterrupted section, which is symmetrical with respect to a longitudinal median plane, and having a main face on which is machined at least one slope towards one end, characterised in that, towards the other end, an end plate on a different level is machined on the main face on a first level with respect to a stop on a second level that is lower than the first level, a blade, in one uninterrupted section, which is longer and thinner than the end fitting, abutting the stop by one of the ends of said blade and being clamped between the end plate and a retaining element, the flat upper face of which is on the same level as the highest level of the main face.
Aerodynamic profile intended for a stabilising surface of a rotorcraft, each aerodynamic profile extending from a leading edge to a trailing edge and being defined by two half-profiles (11, 12), including an upper half-profile and a lower half-profile, the said aerodynamic profile being defined by a chord c between the said leading edge and the said trailing edge, by a maximum thickness t between the said upper half-profile and the said lower half-profile, and by a relative thickness t / c equal to the ratio of the said maximum thickness t to the said chord c, - the said relative thickness t / c of the said aerodynamic profile being greater than or equal to 0.15, - the said trailing edge being truncated in such a way that a height h of the said trailing edge is greater than or equal to 0.05× c, characterised in that - the said upper half-profile comprises a convex first curve and a concave second curve. - the said relative thickness t / c of the said aerodynamic profile being greater than or equal to 0.15, - the said trailing edge being truncated in such a way that a height h of the said trailing edge is greater than or equal to 0.05× c, - the said upper half-profile comprises a convex first curve and a concave second curve.
A hearing aid comprising a receiver and at least one first microphone for transforming an acoustic signal surrounding a hearing aid user into an electrical signal, said hearing aid comprising - an ear plug part prepared for fitting into the ear canal of a hearing aid user when the hearing aid is worn by a user such that an inner volume is formed in the inner part of the ear canal between the ear plug part and the ear drum of the hearing aid user, said ear plug part comprising a second microphone arranged for transforming an acoustic signal in said volume into an electrical signal, - estimating means for estimating the effective size of the air leak between said inner volume and the surroundings based on the acoustical signal detected in said volume by said second microphone from a known acoustical signal below 200 Hz generated by said receiver, such that the volume has no effect on a sound pressure level detected by said second microphone, wherein said estimating means are adapted for including the effect of directly transmitted sounds in the estimate of the effective air leak, and - notification means for notifying the hearing aid user if the size range of said air leak is outside a predefined range. - an ear plug part prepared for fitting into the ear canal of a hearing aid user when the hearing aid is worn by a user such that an inner volume is formed in the inner part of the ear canal between the ear plug part and the ear drum of the hearing aid user, said ear plug part comprising a second microphone arranged for transforming an acoustic signal in said volume into an electrical signal, - estimating means for estimating the effective size of the air leak between said inner volume and the surroundings based on the acoustical signal detected in said volume by said second microphone from a known acoustical signal below 200 Hz generated by said receiver, such that the volume has no effect on a sound pressure level detected by said second microphone, wherein said estimating means are adapted for including the effect of directly transmitted sounds in the estimate of the effective air leak, and - notification means for notifying the hearing aid user if the size range of said air leak is outside a predefined range.
Orthopedic PUR foam plastic shoe insole blank having at least one cushioning body and a PUR supporting body that is shaped three-dimensionally in a RIM process, supports a foot, and has a shoe-side underside and a foot-side upper side on which an anatomically shaped, orthopedically functional footbed is formed, wherein the at least one cushioning body consists of a prefabricated, two-dimensional PU sheet material that has no carrier layer and that was produced by coagulation, extrusion or from a polyurethane dispersion mixture, and wherein the at least one cushioning body has been fixed in a materially integral manner by foaming with PUR foam plastic during the expansion of the RIM foam plastic in the shaping RIM foaming mold at the upper side and/or at the underside of the PUR supporting body.
A battery, comprising: a metal can (112; 200; 300; 400; 802) having a bottom, a top opening, and four sides; and a plurality of cells (106; 304; 506; 606; 706; 1603) stacked inside the metal can, wherein: the plurality of cells are pouch cells; the plurality of cells are stacked with a plurality of insulation layers (102; 1601; 1802) and a plurality of thermal conductors (104; 1602; 1804) according to a stacking pattern of an insulation layer, a thermal conductor and a cell; the plurality of thermal conductors are a plurality of single-sided fins (504; 604; 704) or a plurality of double-sided fins (104; 1502); and at least two opposing sides of the four sides of the metal can are biased inward against the plurality of cells to provide compression. a metal can (112; 200; 300; 400; 802) having a bottom, a top opening, and four sides; and a plurality of cells (106; 304; 506; 606; 706; 1603) stacked inside the metal can, wherein: the plurality of cells are pouch cells; the plurality of cells are stacked with a plurality of insulation layers (102; 1601; 1802) and a plurality of thermal conductors (104; 1602; 1804) according to a stacking pattern of an insulation layer, a thermal conductor and a cell; the plurality of thermal conductors are a plurality of single-sided fins (504; 604; 704) or a plurality of double-sided fins (104; 1502); and at least two opposing sides of the four sides of the metal can are biased inward against the plurality of cells to provide compression. the plurality of cells are pouch cells; the plurality of cells are stacked with a plurality of insulation layers (102; 1601; 1802) and a plurality of thermal conductors (104; 1602; 1804) according to a stacking pattern of an insulation layer, a thermal conductor and a cell; the plurality of thermal conductors are a plurality of single-sided fins (504; 604; 704) or a plurality of double-sided fins (104; 1502); and at least two opposing sides of the four sides of the metal can are biased inward against the plurality of cells to provide compression.
A separator for a secondary battery, comprising: a substrate; and a coating provided on at least one surface of the substrate; wherein the coating comprise inorganic particles and organic particles, the organic particles comprise first organic particles embedded in the inorganic particles and forming protrusions on the surface of the coating; the first organic particles are secondary particles, have a number-average particle size of ≥ 13 μm and an area coverage on the coating surface of ≤ 10%, wherein the number-average particle size and the area coverage on the coating surface is measured as described in the description. a substrate; and a coating provided on at least one surface of the substrate; wherein the coating comprise inorganic particles and organic particles, the organic particles comprise first organic particles embedded in the inorganic particles and forming protrusions on the surface of the coating; the first organic particles are secondary particles, have a number-average particle size of ≥ 13 μm and an area coverage on the coating surface of ≤ 10%, wherein the number-average particle size and the area coverage on the coating surface is measured as described in the description.
A security device for locking to a container to block access to content of the container, wherein the security device has a locking mechanism contained within a housing, the locking mechanism comprising: a slider for sliding within the housing between an unlocked state and a locking state; and a catch mounted within the housing for displacement relative to the slider, the catch having a blocking condition in which it blocks sliding of the slider between its unlocked and locking states, and an activated condition in which the catch is displaced from its blocking condition in response to an activating action applied externally to the security device, the catch reverting to its blocking condition on termination of application of the activating action; wherein the security device further includes a plurality of flexible legs (7, 8) extending from the slider for locking the security device to the container when the slider is in its locking state; characterised in that the plurality of flexible legs (7, 8) comprises a first set of flexible legs that are equally spaced from one another around the inside of the housing, and are interspersed equally by a second set of shorter flexible legs. a slider for sliding within the housing between an unlocked state and a locking state; and a catch mounted within the housing for displacement relative to the slider, the catch having a blocking condition in which it blocks sliding of the slider between its unlocked and locking states, and an activated condition in which the catch is displaced from its blocking condition in response to an activating action applied externally to the security device, the catch reverting to its blocking condition on termination of application of the activating action; wherein the security device further includes a plurality of flexible legs (7, 8) extending from the slider for locking the security device to the container when the slider is in its locking state; characterised in that the plurality of flexible legs (7, 8) comprises a first set of flexible legs that are equally spaced from one another around the inside of the housing, and are interspersed equally by a second set of shorter flexible legs.
Dietary fibre preparation that is produced from the flesh of macauba fruit and has - a dietary fibre content of more than 25% by mass, preferably more than 30% by mass, determined according to the AOAC International reference method 991.43, - a fat content lower than 20% by mass, preferably lower than 10% by mass, - a water content lower than 20% by mass, preferably lower than 15% by mass, and - a bright colour with a L* value, determined according to CIE-L*a*b* colorimetry, greater than 84, - wherein a content of alcohol-water soluble substances in the dietary fibre preparation constitutes less than 40% relative to the mass of the preparation. - a dietary fibre content of more than 25% by mass, preferably more than 30% by mass, determined according to the AOAC International reference method 991.43, - a fat content lower than 20% by mass, preferably lower than 10% by mass, - a water content lower than 20% by mass, preferably lower than 15% by mass, and - a bright colour with a L* value, determined according to CIE-L*a*b* colorimetry, greater than 84, - wherein a content of alcohol-water soluble substances in the dietary fibre preparation constitutes less than 40% relative to the mass of the preparation.
A touch panel input device comprising: a display configured to display information; a touch panel that is being arranged on said display and configured to detect proximity and contact operation of a contact body; and a controller that is configured to control the display of the information in said display and receive input according to the contact operation detected at said touch panel, said controller configured to autonomously switch the displayed information in said display when an interruption occurs, wherein when said touch panel detects proximity operation of the contact body, said controller is configured not to switch the displayed information in said display after the detection of the proximity and detection of contact operation of the contact body with said touch panel, until the contact operation of the contact body with said touch panel is not detected, even if the interruption such as an incoming call occurs; wherein proximity operation of the contact body is a detected electrostatic capacity that is equal to or greater than a predetermined threshold, and wherein contact operation of the contact body is the detected electrostatic capacity that is smaller than the predetermined threshold. a display configured to display information; a touch panel that is being arranged on said display and configured to detect proximity and contact operation of a contact body; and a controller that is configured to control the display of the information in said display and receive input according to the contact operation detected at said touch panel, said controller configured to autonomously switch the displayed information in said display when an interruption occurs, wherein when said touch panel detects proximity operation of the contact body, said controller is configured not to switch the displayed information in said display after the detection of the proximity and detection of contact operation of the contact body with said touch panel, until the contact operation of the contact body with said touch panel is not detected, even if the interruption such as an incoming call occurs; wherein proximity operation of the contact body is a detected electrostatic capacity that is equal to or greater than a predetermined threshold, and wherein contact operation of the contact body is the detected electrostatic capacity that is smaller than the predetermined threshold.
Extrudable coating composition comprising a coating thermoplastic polymer and particles (13a, 13b), characterized in that the particles (13a, 13b) are made from a particle material that has a modulus of compression from 0.1 to 100 MPa, wherein the coating composition comprises 50 to 90 wt.% of the coating thermoplastic polymer, based on the total weight of the coating composition.
A method of screening a polypeptide comprising an alpha-helix and a cross-linker connecting a first amino acid and a second amino acid of the polypeptide, wherein the polypeptide penetrates cell membranes by an energy-dependent process and binds to an intracellular target, the method comprising: (a) measuring the in vitro efficacy of the polypeptide in a whole cell assay wherein activity is mediated by binding to the intracellular target, in the presence and in the absence of human serum; (b) calculating the EC 50 and the apparent affinity (K d *) of the polypeptide to human serum proteins, and (c) selecting a polypeptide, having a K d * from 1 to 700 micromolar. (a) measuring the in vitro efficacy of the polypeptide in a whole cell assay wherein activity is mediated by binding to the intracellular target, in the presence and in the absence of human serum; (b) calculating the EC 50 and the apparent affinity (K d *) of the polypeptide to human serum proteins, and (c) selecting a polypeptide, having a K d * from 1 to 700 micromolar.
System for removing dust from mixed bulk material having an inclined step-shaped transport surface divided into at least two transport surfaces (3, 3 '), to which the bulk material is situated and after each stage (8, 8') means for generating a the bulk material penetrating gas stream are arranged, wherein the inclination of the at least two part-conveying surfaces (3, 3 ') is between 3 ° and 25 °, and the at least two part-conveying surfaces (3, 3 ') are adapted to perform periodic oscillations and the gas stream penetrates in the region of at least one stage at the end of at least one part-conveying surface (3, 3 ') the bulk material, characterized in that that prior to each stage in the region of the step on the at least two part-conveying surfaces (3, 3 ') each shows at least one cross member which brakes the bulk material stream at least briefly; and that the gas flow (4 ') after penetration of the bulk material is received of at least one suction pipe, whereby the suction tube is arranged in the region of at least one stage.
A system comprising: a food portioning machine having at least one magazine tube; a transport device for conveying a strand-shaped food product; a gripping device for picking up the food product from the transport device and delivering the food product to the magazine tube; a handling device to which the gripping device is detachably attachable; wherein the transport device having a transport section on which the food product to be picked up by the gripping device can be positioned in a pick-up position for picking up the food product by the gripping device, and the control unit is connected at least to the handling device, the gripping device and the transport device; wherein the control unit is configured to detect the reaching of the pick-up position by the food product to be picked up. a food portioning machine having at least one magazine tube; a transport device for conveying a strand-shaped food product; a gripping device for picking up the food product from the transport device and delivering the food product to the magazine tube; a handling device to which the gripping device is detachably attachable; wherein the transport device having a transport section on which the food product to be picked up by the gripping device can be positioned in a pick-up position for picking up the food product by the gripping device, and the control unit is connected at least to the handling device, the gripping device and the transport device; wherein the control unit is configured to detect the reaching of the pick-up position by the food product to be picked up.
A robot tool for placing plugs into openings in a vehicle body component, with a placement means on which is arranged a plug magazine with a large number of lined-up plugs, which plugs can be placed by means of the placement means without reloading and directly in succession into the respective openings in the vehicle body component, wherein an encircling elastic lip is provided on an outlet of the placement means, which lip holds the plugs in the plug magazine and by an axial movement of the plugs can be bent over elastically in the axial direction of the robot tool, and wherein the elastic lip is arranged on the placement means, axially spaced apart from an axial outer edge of the placement means.