mhurhangee/ep-ind-claims huggingface dataset:
A fine-grain magnesium-based alloy consisting of, as a % by weight, zinc (Zn) more than 0.8, but less than 6.2 zirconium (Zr) traces, but less than 1.0 manganese (Mn) more than 0.04, but less than 0.6 calcium (Ca) more than 0.04, but less than 2.0 silicon (Si) traces, but less than 1.0 antimony (Sb) traces, but less than 0.5 silver (Ag) more than 0.1, but less than 2.0 the remainder being magnesium and production-related impurities.
Protective grid adapted and configured to be coupled to a motorcycle headlamp, wherein the motorcycle headlamp is adapted and configured to emit a light beam, the protective grid comprising: - - at least one grid element; and - -coupling means (22,23) for operatively coupling the grid element, directly or indirectly, to said motorcycle headlamp; wherein: - said coupling means, when the protective grid is operatively coupled to said motorcycle headlamp, are adapted and configured for allowing the grid element to be moved such that the grid element can be displaced from a work configuration to a rest configuration, wherein in the work configuration the grid element is such to intercept the light beam and wherein in the rest configuration the grid element is placed so that it does not intercept the light beam; characterised in that - the protective grid comprises locking means configured to keep said at least one grid element in either one of said rest and work configuration during motion of the motorcycle. - - at least one grid element; and - -coupling means (22,23) for operatively coupling the grid element, directly or indirectly, to said motorcycle headlamp; - said coupling means, when the protective grid is operatively coupled to said motorcycle headlamp, are adapted and configured for allowing the grid element to be moved such that the grid element can be displaced from a work configuration to a rest configuration, wherein in the work configuration the grid element is such to intercept the light beam and wherein in the rest configuration the grid element is placed so that it does not intercept the light beam; - the protective grid comprises locking means configured to keep said at least one grid element in either one of said rest and work configuration during motion of the motorcycle.
Method for joining optical components, in particular micro-optical components, on a support structure using electromagnetic radiation, wherein the components and/or the support structure as components to be joined are at least partially permeable to the electromagnetic radiation, in which - a solder is applied to or introduced into at least one in each case of two surface areas that are to be connected for joining of the components and the support structure, or between each of two surface areas that are to be connected of the components and the support structure, and - the surface areas that are to be connected are then materially bonded to one another by melting the solder with the aid of the electromagnetic radiation and subsequent cooling, characterized in that: - a metal coating of the surface areas that are to be connected is dispensed with, - an active solder is used as solder, which achieves coverage of the surface areas to be connected that is sufficient for producing the solder joint without a fluxing agent, and - the electromagnetic radiation is directed onto the active solder through one of the components to be joined, which is at least partially permeable to the electromagnetic radiation. - a solder is applied to or introduced into at least one in each case of two surface areas that are to be connected for joining of the components and the support structure, or between each of two surface areas that are to be connected of the components and the support structure, and - the surface areas that are to be connected are then materially bonded to one another by melting the solder with the aid of the electromagnetic radiation and subsequent cooling, - a metal coating of the surface areas that are to be connected is dispensed with, - an active solder is used as solder, which achieves coverage of the surface areas to be connected that is sufficient for producing the solder joint without a fluxing agent, and - the electromagnetic radiation is directed onto the active solder through one of the components to be joined, which is at least partially permeable to the electromagnetic radiation.
A method of operating a heat medium circulation type heat pump heater, wherein the heat medium circulation type heat pump heater comprises: a heat pump having a compressor, a radiator, an expansion mechanism, and an evaporator; a heat transfer circuit in which a heat medium heated by the heat pump circulates; a heat utilization device connected to the heat transfer circuit; and a flow regulator provided in the heat transfer circuit to change a circulation rate of the heat medium; characterized in that the method comprises: controlling the heat pump to allow the heat utilization device to produce a required heating output, and controlling the flow regulator to prevent a return temperature from rising with a rise in a supply temperature, the return temperature being a temperature of the heat medium returned from the heat transfer circuit to the heat pump, and the supply temperature being a temperature of the heat medium heated by the heat pump and fed to the heat transfer circuit. a heat pump having a compressor, a radiator, an expansion mechanism, and an evaporator; a heat transfer circuit in which a heat medium heated by the heat pump circulates; a heat utilization device connected to the heat transfer circuit; and a flow regulator provided in the heat transfer circuit to change a circulation rate of the heat medium; characterized in that the method comprises: controlling the heat pump to allow the heat utilization device to produce a required heating output, and controlling the flow regulator to prevent a return temperature from rising with a rise in a supply temperature, the return temperature being a temperature of the heat medium returned from the heat transfer circuit to the heat pump, and the supply temperature being a temperature of the heat medium heated by the heat pump and fed to the heat transfer circuit. controlling the heat pump to allow the heat utilization device to produce a required heating output, and controlling the flow regulator to prevent a return temperature from rising with a rise in a supply temperature, the return temperature being a temperature of the heat medium returned from the heat transfer circuit to the heat pump, and the supply temperature being a temperature of the heat medium heated by the heat pump and fed to the heat transfer circuit.
A CD20-binding protein comprising: a) a CD20 binding region comprising an immunoglobulin-type binding region: (i) capable of specifically binding an extracellular part of CD20 molecule; and (ii) comprising one or more of: single-domain antibody fragment, single-chain variable fragment, antibody variable fragment, antigen-binding fragment, and Fd fragment; and b) a Shiga toxin effector polypeptide; wherein the Shiga toxin effector polypeptide comprises: an amino acid sequence that is at least 85% identical to the amino acid sequence shown in SEQ ID NO: 1 or SEQ ID NO: 25; or an amino acid sequence selected from: (i) amino acids 75 to 251 of SEQ ID NO: 1 or SEQ ID NO: 25; (ii) amino acids 1 to 241 of SEQ ID NO: 1 or SEQ ID NO: 25; (iii) amino acids 1 to 251 of SEQ ID NO: 1 or SEQ ID NO: 25; or (iv) amino acids 1 to 261 of SEQ ID NO: 1 or SEQ ID NO: 25; whereby upon administration of the CD20-binding protein to a cell expressing CD20 on a cellular surface, the CD20-binding protein is capable of cellular internalization into the cell within less than six hours. a) a CD20 binding region comprising an immunoglobulin-type binding region: (i) capable of specifically binding an extracellular part of CD20 molecule; and (ii) comprising one or more of: single-domain antibody fragment, single-chain variable fragment, antibody variable fragment, antigen-binding fragment, and Fd fragment; and (i) capable of specifically binding an extracellular part of CD20 molecule; and (ii) comprising one or more of: single-domain antibody fragment, single-chain variable fragment, antibody variable fragment, antigen-binding fragment, and Fd fragment; and b) a Shiga toxin effector polypeptide; wherein the Shiga toxin effector polypeptide comprises: an amino acid sequence that is at least 85% identical to the amino acid sequence shown in SEQ ID NO: 1 or SEQ ID NO: 25; or an amino acid sequence selected from: (i) amino acids 75 to 251 of SEQ ID NO: 1 or SEQ ID NO: 25; (ii) amino acids 1 to 241 of SEQ ID NO: 1 or SEQ ID NO: 25; (iii) amino acids 1 to 251 of SEQ ID NO: 1 or SEQ ID NO: 25; or (iv) amino acids 1 to 261 of SEQ ID NO: 1 or SEQ ID NO: 25; wherein the Shiga toxin effector polypeptide comprises: an amino acid sequence that is at least 85% identical to the amino acid sequence shown in SEQ ID NO: 1 or SEQ ID NO: 25; or an amino acid sequence selected from: (i) amino acids 75 to 251 of SEQ ID NO: 1 or SEQ ID NO: 25; (ii) amino acids 1 to 241 of SEQ ID NO: 1 or SEQ ID NO: 25; (iii) amino acids 1 to 251 of SEQ ID NO: 1 or SEQ ID NO: 25; or (iv) amino acids 1 to 261 of SEQ ID NO: 1 or SEQ ID NO: 25; (i) amino acids 75 to 251 of SEQ ID NO: 1 or SEQ ID NO: 25; (ii) amino acids 1 to 241 of SEQ ID NO: 1 or SEQ ID NO: 25; (iii) amino acids 1 to 251 of SEQ ID NO: 1 or SEQ ID NO: 25; or (iv) amino acids 1 to 261 of SEQ ID NO: 1 or SEQ ID NO: 25;
System for capturing braking particles from a friction brake system, which comprises a vacuum source, a pneumatic circuit that connects said friction brake system to said vacuum source, and a current filter located on said pneumatic circuit and mounted on a support, characterized in that said capturing system comprises a control unit and an identification device for identifying said filter, which is capable of sending at least one signal to said control unit, said signal comprising at least one current characteristic (40-A) of said current filter, said control unit being capable of comparing said at least one current characteristic (40-A) with at least one reference characteristic (49-R) of a reference filter, and informing a user when said at least one current characteristic (40-A) and said at least one reference characteristic (49-R) are dissimilar.
A heat source unit comprising: mounting feet; a bottom frame disposed on the mounting feet; vibration-proofmg members that are disposed between the bottom frame and the mounting feet and space the bottom frame apart from the mounting feet; and characterized by a plurality of struts that extend upward from the mounting feet, wherein all of the struts are anchored to the mounting feet without being anchored to the bottom frame. mounting feet; a bottom frame disposed on the mounting feet; vibration-proofmg members that are disposed between the bottom frame and the mounting feet and space the bottom frame apart from the mounting feet; and characterized by a plurality of struts that extend upward from the mounting feet, wherein all of the struts are anchored to the mounting feet without being anchored to the bottom frame.
A method to control a sleep mode by a subscriber station in a communication system, comprising the steps of: transmitting a sleep request message (SS_SLP_REQ) to a base station, said sleep request message containing a request to transition to the sleep mode; receiving a sleep response message (BS_SLP_RSP) in response to the sleep request message from the base station; detecting a disapproval of the sleep request message based on information contained within the sleep response message; and said method being characterized by: detecting a waiting duration (REQ_DURATION) for re-transmission of the sleep request message based on a waiting duration value included within the sleep response message. transmitting a sleep request message (SS_SLP_REQ) to a base station, said sleep request message containing a request to transition to the sleep mode; receiving a sleep response message (BS_SLP_RSP) in response to the sleep request message from the base station; detecting a disapproval of the sleep request message based on information contained within the sleep response message; and said method being characterized by: detecting a waiting duration (REQ_DURATION) for re-transmission of the sleep request message based on a waiting duration value included within the sleep response message. detecting a waiting duration (REQ_DURATION) for re-transmission of the sleep request message based on a waiting duration value included within the sleep response message.
A filter apparatus comprising: a cage having portions defining a filter chamber, wherein the walls of the cage comprise a plurality of posts and rails that define slots; a filter assembly secured in the cage, wherein the filter assembly comprises a plurality of filter media discs, at least one upstream support and at least one downstream support compressed together; an end cap secured to a top end of the cage; and, an outlet formed in the end cap, wherein portions of the downstream support are in fluid communication with the outlet; characterized in that distal ends of at least two posts form stacked ridges on a surface of the post; and that the end cap has portions defining slots corresponding in number to the plurality of posts, wherein the slots are dimensioned to engage the stacked ridges. a cage having portions defining a filter chamber, wherein the walls of the cage comprise a plurality of posts and rails that define slots; a filter assembly secured in the cage, wherein the filter assembly comprises a plurality of filter media discs, at least one upstream support and at least one downstream support compressed together; an end cap secured to a top end of the cage; and, an outlet formed in the end cap, wherein portions of the downstream support are in fluid communication with the outlet;
A damper device comprising: first and second side plates (11, 12) each having an annular shape, the first and second side plates (11, 12) being disposed in opposition to each other in an axial direction, the first and second side plates (11, 12) each including an opening (11a, 12a) in a center part thereof; a hub flange rotatable relatively to the first and second side plates (11, 12), the hub flange including a boss portion and a flange portion, the flange portion extending radially outward from the boss portion, the flange portion being disposed between the first and second side plates (11, 12) in the axial direction; a plurality of elastic members elastically coupling the hub flange and both the first and second side plates (11, 12) in a rotational direction; a first friction member disposed between the first side plate and the flange portion in the axial direction, the first friction member generating friction resistance when the first side plate and the hub flange are rotated relatively to each other; characterized by an oil supply portion provided in the flange portion, the oil supply portion supplying a lubricating oil supplied thereto from a second side plate side to the first friction member. first and second side plates (11, 12) each having an annular shape, the first and second side plates (11, 12) being disposed in opposition to each other in an axial direction, the first and second side plates (11, 12) each including an opening (11a, 12a) in a center part thereof; a hub flange rotatable relatively to the first and second side plates (11, 12), the hub flange including a boss portion and a flange portion, the flange portion extending radially outward from the boss portion, the flange portion being disposed between the first and second side plates (11, 12) in the axial direction; a plurality of elastic members elastically coupling the hub flange and both the first and second side plates (11, 12) in a rotational direction; a first friction member disposed between the first side plate and the flange portion in the axial direction, the first friction member generating friction resistance when the first side plate and the hub flange are rotated relatively to each other; characterized by an oil supply portion provided in the flange portion, the oil supply portion supplying a lubricating oil supplied thereto from a second side plate side to the first friction member.
A device for discharging objects each having an axially symmetrical base surface, wherein the axially symmetrical base surface has the shape of a regular polygon with a three-, five-, or seven-fold axial symmetry, comprising: an aligning unit configured to align the objects in a predetermined orientation, a discharge unit, a transport unit, on which the objects are conveyed in a single row and in a mutually spaced manner from the aligning unit to the discharge unit, and at least one railing arranged on one side of the transport unit at least in the region of the aligning unit, wherein the aligning unit is configured such that the objects are pressed against the railing and are thereby aligned such that an axis of symmetry of the base surface in the transport plane extends perpendicularly to said railing and wherein the objects are then transported to the discharge unit in this orientation, and wherein the discharge unit is oriented such that one of the corners of the base surface of the objects points in the direction in which the objects are discharged, wherein the objects are pressed against the railing by tilting the transport unit in the region of the aligning unit. an aligning unit configured to align the objects in a predetermined orientation, a discharge unit, a transport unit, on which the objects are conveyed in a single row and in a mutually spaced manner from the aligning unit to the discharge unit, and at least one railing arranged on one side of the transport unit at least in the region of the aligning unit, wherein the aligning unit is configured such that the objects are pressed against the railing and are thereby aligned such that an axis of symmetry of the base surface in the transport plane extends perpendicularly to said railing and wherein the objects are then transported to the discharge unit in this orientation, and wherein the discharge unit is oriented such that one of the corners of the base surface of the objects points in the direction in which the objects are discharged, wherein the objects are pressed against the railing by tilting the transport unit in the region of the aligning unit.
Secondary cell in the form of a hybrid system of a zinc-air battery and a silver oxide-zinc battery, comprising an anode, a cathode, and an electrolyte, wherein the anode contains zinc (Zn) and/or zinc oxide, ZnO, and wherein the cathode is configured as a gas diffusion electrode which contains a mixture of silver (Ag) and/or silver oxide, Ag 2 O/AgO, with a catalyst for the electrochemical oxygen evolution, characterized in that the catalyst contains cobalt oxide, Co 3 O 4.
A multifilament bundle of melt spun polymer filaments, said bundle comprising at least two strands of filaments, wherein said bundle comprises at least one strand having a longitudinal axis, the strand titer varying along said axis, said strand titer varying between a minimum strand titer and a maximum strand titer, the difference between the minimum strand titer and maximum strand titer is in the range of 5 to 80 % of the average strand titer and each filament of said strand having a filament titer, which along said axis, varies with the strand titer, wherein the dyeability of the filaments of at least one of the strands differs from the dyeability of the filaments of the other strands.
A magnetic resonance process to locate in the examination volume of an MR device a medical instrument with a microcoil attached thereto which is part of a resonant circuit tuned to the resonant frequency of the MR device and having no external controls, characterized by the following process steps: generation of a pulse sequence comprising at least two temporally successive high frequency pulses within the examination volume, wherein the pulse sequence causes core magnetization to approach a steady state, in which relaxation of magnetization and the generation of transverse magnetization by the high frequency pulses are balanced; recording of frequency-coded MR signals (S 1, S 2) from the examination volume after each of the high frequency pulses; determination of the position of the medical instrument by analysis of the differences between the recorded MR signals (S 1, S 2). generation of a pulse sequence comprising at least two temporally successive high frequency pulses within the examination volume, wherein the pulse sequence causes core magnetization to approach a steady state, in which relaxation of magnetization and the generation of transverse magnetization by the high frequency pulses are balanced; recording of frequency-coded MR signals (S 1, S 2) from the examination volume after each of the high frequency pulses; determination of the position of the medical instrument by analysis of the differences between the recorded MR signals (S 1, S 2).
Central disc of an electrical flush-mounted installation device, wherein a cover is fastened to a base plate of the central disc via a hinge joint and wherein a support surface for depositing a mobile audio and communication device is enlarged by means of two side plates (17, 19) located on both sides of the cover, characterized in that the two hide plates (17, 19) are displaceably guided on the cover via tongue-and-groove guides and can be arrested by means of a latching device under spring loading in two stable end positions with or without enlarged support surface (17, 5, 19).
A gripping device for gripping at least one deformable food product, advantageously a filled food item comprising an exterior enveloping sleeve surrounding an interior filling, the gripping device comprising: - a chamber, - a chamber-depressurisation system for depressurising the chamber, and - a fluid connection connecting the depressurisation system to the chamber, characterised in that the gripping device further comprises: - at least one perforated plate defining a receiving surface for receiving the deformable food product, the perforated plate having at least one perforation opening into the receiving surface and into the chamber, and - a stripper plate defining a bearing surface for bearing against the deformable food product, said bearing surface framing the receiving surface, the stripper plate being movable in translational motion relative to the perforated plate between a retracted position, in which the bearing surface is withdrawn towards the chamber in relation to the receiving surface, and a deployed position, in which the receiving surface is withdrawn towards the chamber in relation to the bearing surface. - a chamber, - a chamber-depressurisation system for depressurising the chamber, and - a fluid connection connecting the depressurisation system to the chamber, - at least one perforated plate defining a receiving surface for receiving the deformable food product, the perforated plate having at least one perforation opening into the receiving surface and into the chamber, and - a stripper plate defining a bearing surface for bearing against the deformable food product, said bearing surface framing the receiving surface,