mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner using a vapor compression refrigeration cycle for circulating a refrigerant sequentially through a compressor, an indoor heat exchanger, a decompressor and an outdoor heat exchanger during execution of a heating operation, the air conditioner comprising: an outdoor fan configured to blow the outdoor heat exchanger; and a control unit including a determining part configured to determine whether or not an amount of frost attaching onto the outdoor heat exchanger is increased during execution of the heating operation, the control unit configured to control an operating frequency of the compressor and a rotation speed of the outdoor fan, wherein the control unit is configured to reduce the rotation speed of the outdoor fan when the determining part determines that the amount of frost attaching onto the outdoor heat exchanger is increased, characterized in that the control unit is further configured to execute a frost attaching condition operation control for increasing the operating frequency of the compressor either simultaneously with reducing the rotation speed of the outdoor fan or when a predetermined performance degradation is substantially caused after reducing the rotation speed of the outdoor fan and to reduce the rotation speed of the outdoor fan in accordance with an increase amount of the operating frequency of the compressor during execution of the frost attaching condition operation control. an outdoor fan configured to blow the outdoor heat exchanger; and a control unit including a determining part configured to determine whether or not an amount of frost attaching onto the outdoor heat exchanger is increased during execution of the heating operation, the control unit configured to control an operating frequency of the compressor and a rotation speed of the outdoor fan, wherein the control unit is configured to reduce the rotation speed of the outdoor fan when the determining part determines that the amount of frost attaching onto the outdoor heat exchanger is increased, characterized in that the control unit is further configured to execute a frost attaching condition operation control for increasing the operating frequency of the compressor either simultaneously with reducing the rotation speed of the outdoor fan or when a predetermined performance degradation is substantially caused after reducing the rotation speed of the outdoor fan and
Press for manufacturing a sandwich panel, comprising a first and second press plate (12; 14) that are configured to be movable with respect to one another, the press having a fluid circulation loop for heating and cooling the press plates, wherein the fluid circulation loop comprises a heater for generating a heated fluid having an outlet connected to a fluid supply conduit, and an inlet connected to a fluid return conduit, wherein the fluid supply conduit is in fluid communication with an inlet of at least one internal flow channel in each press plate (12; 14) and the fluid return conduit is in fluid communication with an outlet of the at least one internal flow channel of each press plate (12, 14), wherein the fluid circulation loop is provided with a water source of which the outlet is in fluid communication with the inlet of the at least one internal flow channel of each press plate (12; 14) via a water supply conduit, characterized in that the fluid circulation loop is provided with a controlled expansion valve configured for conversion of hot pressurized water into steam for cooling the press plates (12, 14). wherein the fluid circulation loop comprises a heater for generating a heated fluid having an outlet connected to a fluid supply conduit, and an inlet connected to a fluid return conduit, wherein the fluid supply conduit is in fluid communication with an inlet of at least one internal flow channel in each press plate (12; 14) and the fluid return conduit is in fluid communication with an outlet of the at least one internal flow channel of each press plate (12, 14), wherein the fluid circulation loop is provided with a water source of which the outlet is in fluid communication with the inlet of the at least one internal flow channel of each press plate (12; 14) via a water supply conduit, characterized in that the fluid circulation loop is provided with a controlled expansion valve configured for conversion of hot pressurized water into steam for cooling the press plates (12, 14).
A flexible aerogel composite, comprising a silica aerogel formed from at least one difunctional silane and at least one trifunctional silane, and a three-dimensional macroporous fiber network in which the fibers are bonded together by a frictional connection at the contact points, wherein said fiber network has a pore size of 0.5 mm or more. a silica aerogel formed from at least one difunctional silane and at least one trifunctional silane, and a three-dimensional macroporous fiber network in which the fibers are bonded together by a frictional connection at the contact points, wherein said fiber network has a pore size of 0.5 mm or more.
A method of producing a paper-based sensor, comprising the steps of: applying a pressure sensor array on a first paper substrate; applying a temperature sensor array on a second paper substrate; applying a humidity sensor array on a third paper substrate; stacking the temperature sensor array on the pressure sensor array; and stacking the humidity sensor array on the temperature sensor array. applying a pressure sensor array on a first paper substrate; applying a temperature sensor array on a second paper substrate; applying a humidity sensor array on a third paper substrate; stacking the temperature sensor array on the pressure sensor array; and stacking the humidity sensor array on the temperature sensor array.
A method for manufacturing a coating for coating or forming a building surface, characterized in that it comprises the following steps: a - applying, onto an electrically conductive substrate, at least one layer of paint as a precursor of an active layer comprising a mixture of polymer precursors and at least one liquid crystal, b - forming the active layer by treating the layer of paint as a precursor comprising: - a step of partial polymerization for 90 to 120 minutes at a temperature ranging from 18°C to 25°C, - a step of phase separation for 20 to 40 seconds between 65°C and 75°C, - a step of final polymerization between 18 hours and 30 hours at a temperature ranging from 18°C to 25°C, c- applying at least a second layer of conductive paint intended to form a second electrode, so as to form an adaptive coating with optical properties which can be reversibly modified and controlled by the application of an electric field. a - applying, onto an electrically conductive substrate, at least one layer of paint as a precursor of an active layer comprising a mixture of polymer precursors and at least one liquid crystal, b - forming the active layer by treating the layer of paint as a precursor comprising: - a step of partial polymerization for 90 to 120 minutes at a temperature ranging from 18°C to 25°C, - a step of phase separation for 20 to 40 seconds between 65°C and 75°C, - a step of final polymerization between 18 hours and 30 hours at a temperature ranging from 18°C to 25°C, - a step of partial polymerization for 90 to 120 minutes at a temperature ranging from 18°C to 25°C, - a step of phase separation for 20 to 40 seconds between 65°C and 75°C, - a step of final polymerization between 18 hours and 30 hours at a temperature ranging from 18°C to 25°C, c- applying at least a second layer of conductive paint intended to form a second electrode,
A process of producing a composition comprising a mixture of at least two different proteins, of which at least one is a coagulating protein and at least one is an anti-coagulating protein, comprising the steps of: a1) heat-sterilising a first liquid component comprising said coagulating protein, wherein the coagulating protein comprises or consists of casein, b1) heat-sterilising a second liquid component comprising said anti-coagulating protein comprising or consisting of pea protein or soy protein, or a combination thereof or a combination thereof with whey protein, and c1) mixing said first component with said second component to obtain a mixture of said proteins, wherein said mixture has a weight ratio of said coagulating protein to said anti-coagulating protein of between 20:1 and 1:1; or a2) heat-sterilising a first liquid component comprising said coagulating protein, said component comprising casein in an amount of at least 85 wt% of the total protein in the first component, b2) heat-sterilising a second liquid component comprising said anti-coagulating protein comprising or consisting of pea protein, soy protein and/or whey protein, and c2) mixing said first component with said second component to obtain a mixture of said proteins, wherein said mixture has a weight ratio of said coagulating protein to said anti-coagulating protein of between 20:1 and 1:1. a1) heat-sterilising a first liquid component comprising said coagulating protein, wherein the coagulating protein comprises or consists of casein, b1) heat-sterilising a second liquid component comprising said anti-coagulating protein comprising or consisting of pea protein or soy protein, or a combination thereof or a combination thereof with whey protein, and c1) mixing said first component with said second component to obtain a mixture of said proteins, wherein said mixture has a weight ratio of said coagulating protein to said anti-coagulating protein of between 20:1 and 1:1; or a2) heat-sterilising a first liquid component comprising said coagulating protein, said component comprising casein in an amount of at least 85 wt% of the total protein in the first component, b2) heat-sterilising a second liquid component comprising said anti-coagulating protein comprising or consisting of pea protein, soy protein and/or whey protein, and c2) mixing said first component with said second component to obtain a mixture of said proteins, wherein said mixture has a weight ratio of said coagulating protein to said anti-coagulating protein of between 20:1 and 1:1.
A method for operating an air-jet spinning device after a spinning interruption, wherein, in the fibre band running direction, a drafting system for drafting a fibre band is arranged upstream of the air-jet spinning device and a thread take-up device for drawing off a thread spun by means of the air-jet spinning device is arranged downstream of the air-jet spinning device, which thread take-up device can be driven by an individual motor, after a spinning interruption, the thread end of the spun thread which has run onto a take-up package is picked up by means of a suction nozzle and transferred to a thread-end preparation device arranged downstream of the air-jet spinning device in the fibre band running direction, the thread end is processed in the thread-end preparation device and subsequently transferred into the area of the outlet opening of the spinning cone, and the thread end is transported to the inlet opening of the spinning cone by means of the thread take-up device, which is reversibly driven by an individual motor, characterised in that the thread end is positioned within the air-jet spinning device at a distance in front of the inlet opening by means of the thread take-up device, which is reversibly driven by an individual motor, and the drafting system of the workstation in question is started up and the fibre band is conveyed through a fibre band guide of the nozzle block into the area of the inlet opening of the spinning cone and is pieced there to the prepared thread end of the spun thread, the thread end of the spun thread which has run onto the take-up package being picked up by means of the suction nozzle which is a component of each workstation of an air-spinning machine. after a spinning interruption, the thread end of the spun thread which has run onto a take-up package is picked up by means of a suction nozzle and transferred to a thread-end preparation device arranged downstream of the air-jet spinning device in the fibre band running direction, the thread end is processed in the thread-end preparation device and subsequently transferred into the area of the outlet opening of the spinning cone, and the thread end is transported to the inlet opening of the spinning cone by means of the thread take-up device, which is reversibly driven by an individual motor, characterised in that the thread end is positioned within the air-jet spinning device at a distance in front of the inlet opening by means of the thread take-up device, which is reversibly driven by an individual motor, and the drafting system of the workstation in question is started up and the fibre band is conveyed through a fibre band guide of the nozzle block into the area of the inlet opening of the spinning cone and is pieced there to the prepared thread end of the spun thread, the thread end of the spun thread which has run onto the take-up package being picked up by means of the suction nozzle which is a component of each workstation of an air-spinning machine.
An indexable double-sided milling cutting insert, the milling cutting insert comprising: - a top surface and a bottom surface, - a through-bore coaxial to a first symmetry axis intersecting the top surface and the bottom surface, - a median plane extending perpendicularly to the first symmetry axis and virtually dividing the cutting insert into two halves, - two major side surfaces, - two minor side surfaces, - four main cutting edges formed at the respective transitions of the top surface and the bottom surface with the major side surfaces, - four secondary cutting edges formed at the respective transitions of the top surface and the bottom surface with the minor side surfaces, - two cutting corners on each of the top surface and the bottom surface, the cutting corners being formed between the main cutting edges and the secondary cutting edges, the cutting corners being arranged diagonally opposite with respect to the symmetry axis, - two secondary corners on each of the top surface and the bottom surface, - planar axial support surfaces formed on each of the minor side surfaces, wherein in a top view of the cutting insert - an axial support surface confines an interior angle (α) < 90° with that major side surface, which is connected to that minor side surface that carries said axial support surface, via a cutting corner, wherein adjacent to the axial support surface an inwardly curved recess is formed on the minor side surfaces, wherein the recess extends from the top surface to the bottom surface, wherein the top surface and the bottom surface each comprise a seat surface extending diagonally between the transitions of the axial support surfaces and the top surface and the bottom surface, respectively, characterized in that the axial support surface is inclined at an interior angle (β) > 90° with respect to the adjacent seat surface. - a top surface and a bottom surface, - a through-bore coaxial to a first symmetry axis intersecting the top surface and the bottom surface, - a median plane extending perpendicularly to the first symmetry axis and virtually dividing the cutting insert into two halves, - two major side surfaces, - two minor side surfaces, - four main cutting edges formed at the respective transitions of the top surface and the bottom surface with the major side surfaces, - four secondary cutting edges formed at the respective transitions of the top surface and the bottom surface with the minor side surfaces, - two cutting corners on each of the top surface and the bottom surface, the cutting corners being formed between the main cutting edges and the secondary cutting edges, the cutting corners being arranged diagonally opposite with respect to the symmetry axis, - two secondary corners on each of the top surface and the bottom surface, - planar axial support surfaces formed on each of the minor side surfaces,
A recombinant bispecific antibody molecule consisting of a Fab fragment comprising a first binding site for a first antigen, a single chain Fv fragment comprising a second binding site for a second antigen and an immunoglobulin CH2 domain, wherein the Fab fragment further comprises the hinge region, wherein the Fab fragment and the single chain Fv fragment are linked via the CH2 domain, wherein at least one amino acid residue of the CH2 domain that is able to mediate binding to Fc receptors is lacking or mutated, and wherein further the amino acid residues of sequence positions 226 and 229 (numbering of sequence positions according to the EU-index), are lacking or mutated, wherein the at least one amino acid residue of the hinge region or the CH2 domain that is able to mediate binding to Fc receptors is lacking or mutated, is selected from the group consisting of sequence position 228, 230, 231, 232, 233, 234, 235, 236, 237, 238, 265, 297, 327, and 330 (numbering of sequence positions according to the EU-index).
Positioning element for motor vehicle doors and panels, in particular for passenger car boot panels and hatches with or without actuating handle and which is swingable between a closed position and a lifted position (6, 7) and featuring a lifting element activated by unlocking the panel lock, which panel is mounted to motively swing into the lifted position and then to swing back into the closed position characterized in hat the lifting element is formed in two pieces and features one outside lever and one inside lever which are swingable or slidable relative to each other and releasably connected to an actuating element supported in a rotating manner on an actuating lever, the inside lever being formed to actively swing back counterclockwise and the outside lever to actively swing back clockwise.
Reversible plough with a plough frame which is fastenable rotatably and/or pivotably to a headstock for connecting the reversible plough to an agricultural tractor, and with rows of ploughshares (8, 9) which are arranged on opposite sides of the plough frame and have plough bodies, wherein, by means of a rotational movement of the plough frame initiated via a driving device, either the one or the other row of ploughshares (8, 9) is transferrable into the operating position thereof or into the non-operating position thereof, and wherein each plough body is supported on the plough frame so as to be pivotable counter to the force of a hydraulic cylinder as an overload protection element, characterized in that an effective piston surface of the hydraulic cylinder, which can be acted upon by a pressurized hydraulic medium, as an overload protection element at least of the first plough body in the working direction of travel of the reversible plough is designed to be larger than an effective piston surface of the hydraulic cylinder, which can be acted upon by a pressurized hydraulic medium, as an overload protection element of the final plough body in the working direction of travel of the reversible plough.
A secondary battery comprising an electrode assembly mounted in a sheet-type battery case including a metal layer and a resin layer, wherein electrode terminals (710, 712) of a battery cell are inserted through terminal insertion slits (510, 512) formed in a connecting member so as to accomplish the electrical connection between the electrode terminals (710, 712) and the connecting member and a protection circuit module member, which has conductive coupling parts (610, 612) that can be coupled to the connecting member, is coupled to the connecting member so as to accomplish the electrical connection between the PCM member and the connecting member, wherein the coupling parts (610, 612) have an elastic structure in which the coupling parts (610, 612) have an inner surface corresponding to the sectional shape of the connecting member such that the coupling parts (610, 612) can surround the connecting member, and the lower ends of the coupling parts (610, 612) are open such that the coupling parts (610, 612) can be coupled to the connecting member in a fitting fashion.
A bit holder, having a magnetic core which attracts bits in holders; the magnetic core being singular with attraction surfaces exposed to bits located in the holders, and substantially enclosed in a housing comprising the holders for the bits and which further has one or more openings through which the magnetic core is openly exposed outwards, towards the surroundings and wherein the magnetic core has a first longitudinal direction and wherein the holders individually have a second longitudinal direction (15A, 15B), characterized in that the longitudinal direction of the holders forms an angle less than 90 degrees to the longitudinal direction of the magnetic core.
Method for synchronising an isochronous basic clock pulse system with a higher-ranking clock pulse system, wherein the basic clock pulse system comprises a plurality of synchronous components each having a clock pulse generator for generating local clock pulses, wherein in a first step of the synchronisation, a phase difference between an actual phase of the basic clock pulse system and a nominal phase of the higher-ranking clock pulse system is determined and the phase difference at the components of the basic clock pulse system is transmitted, wherein in a second step of the synchronisation the phase difference determined is used as a pilot control of the clock pulse generator of each component wherein the pilot control is deactivated as soon as synchronicity of the basic clock pulse system with the higher-ranking clock pulse system is achieved.
Shelf for a storage cabinet for storing and controlling the temperature of beverage bottles and/or other cylindrical containers, in particular for storing wine bottles in a climate and/or temperature-controlled manner, comprising a frame-like support grid for receiving the stored goods and for receiving accessories associated with the stored goods, a frame formed by transverse and longitudinal struts and having support struts detachably and adjustably arranged within the frame via connecting means, and the support grid, in cooperation with a telescopic rail mechanism in the storage cabinet, being designed such that it can be pulled out, and the transverse struts (11, 12) being designed for detachably arranging the support struts via connecting means which have a series of engagement openings arranged next to one another, into which openings pin-like engagement elements arranged on the support struts engage, characterised in that the engagement openings have a region in which the engagement elements are received in a fixing or clamping manner, and in that an opening region is formed adjacent thereto, which region causes a tolerance compensation for the inserted support struts.