mhurhangee/ep-ind-claims huggingface dataset:
Head restraint for a vehicle seat, which head restraint has at least one sensor (8, 9, 10) which is intended to determine the relative position of the head restraint in relation to a head of a vehicle occupant sitting on the vehicle seat, wherein the at least one sensor (8, 9, 10) comprises an optical sensor (8, 9, 10), characterized in that the head restraint has a base element and a flexible head restraint element assigned to the head, wherein the at least one sensor (8, 9, 10) is arranged between the base element and the flexible head restraint element, wherein the optical sensor (8, 9, 10) is in each case part of a photoelectric barrier and wherein the optical sensor (8, 9, 10) comprises in each case a light source and a light detector, which are arranged in such a way that a light beam emerging from the light source is incident on the light detector if no pressure is applied to the head restraint element by the vehicle occupant's head, and in that the light beam is interrupted if pressure is applied to the head restraint element by the vehicle occupant's head.
A floor of a vehicle including at least one pan with two lateral walls and provided with anchorage means of a removable and foldable seat in said pan; characterized in that the anchorage means include a plurality of journals embedded in the lateral walls of the pan.
An apparatus for the sterilization of containers by means of charge carriers with a first conveying device which conveys the containers along a pre-set conveying path, with a plurality of sterilization devices which are arranged on this conveying device, wherein the sterilization devices have in each case charge carrier production devices for producing the charge carriers, acceleration devices for accelerating the charge carriers and rod-like charge carrier guiding devices, which are capable of being introduced into the containers through the apertures thereof, wherein, in addition, the charge carrier guiding devices have outlet windows through which the charge carriers issue out of the charge carrier guiding devices, wherein the apparatus has at least one detection device which detects the failure of the accelerated charge carriers of the individual sterilization devices, characterized in that the individual sterilization devices have in each case movement devices in order to move the containers in a longitudinal direction of the containers with respect to the rod like charge carrier guiding devices, wherein the profiles of the movements of the containers are controllable independently of one another with respect to the charge carrier guiding devices associated with the aforesaid containers in each case, wherein the movement devices are connected by means of signals to the detection device in such a way that, if a failure of the accelerated charge carriers is detected in a sterilization device by the detection device, a relative movement between this sterilization device and the container 10 to be sterilized by this sterilization device is stopped and/or reversed, wherein after the restoration of the radiator power the movement is continued, wherein with this modified movement of the containers in their longitudinal direction compared with the charge carrier guiding device the containers are furthermore conveyed with a steady conveying speed by the conveying device along the conveying path.
A tank, having an aperture and a lid for closing and opening the aperture by pivoting the lid about an axis of rotation, wherein the tank has an overload protection for offsetting an overload acting on the lid during the filling of the tank, wherein the overload protection for offsetting the overload allows an additional pivoting of the lid with respect to a loading position of the lid by an angle > 20° about the axis of rotation of the lid, characterized in that the lid following the action of the overload can automatically pivot back through the overload protection into the loading position about the axis of rotation of the lid.
Shedding unit for a weaving machine, the shedding unit comprising a blocking device and a shedding mechanism, the shedding mechanism comprising a number of heald frames and a number of drive mechanisms, wherein each drive mechanism is assigned to one heald frame and comprises at least a coupling rod and a first swivel lever having a first arm and a second arm, wherein the coupling rod is connected to the first arm of the first swivel lever adjustable in location by means of a mounting element and wherein the heald frame, to which the drive mechanism is assigned, is coupled to the second arm of the first swivel lever, wherein all first swivel levers are swivelable to-and-fro about a common swivel axis between an upper position and a lower position, wherein each first swivel lever is swivelable into a setting position for setting the location of the associated coupling rod with respect to the first arm of the first swivel lever, characterized in that the blocking device comprises a number of blocking elements, each blocking element is assigned to one drive mechanism, wherein each blocking element is moveable between a weaving place and a blocking place, wherein each blocking element in its blocking place interacts with the assigned drive mechanism to prevent a movement of the first swivel lever of said drive mechanism beyond the setting position towards the lower position, and wherein in a plane perpendicular to the common swivel axis the blocking place of at least one first blocking element of the number of blocking elements differs from the blocking place of at least one second blocking element of the number of blocking elements.
An electrode plate (100, 600) for use in cardiac defibrillation, the electrode plate (100, 600) comprising: a hermetic shell (110, 610) having an inflation port and an overflow aperture (112, 612), the overflow aperture (112, 612) provided in an exposed surface of the hermetic shell (110, 610), wherein the exposed surface has electrical conductivity; a capsule (120, 620) disposed in the hermetic shell (110, 610), the capsule (120, 620) defining a cavity for storage of a conductive paste therein, the cavity defining an inlet orifice and an outlet orifice, the overflow aperture (112, 612) disposed at the outlet orifice, the cavity isolated from a hollow internal space of the hermetic shell (110, 610); and a sealing structure (130, 630) comprising a sealing component and a force applying component, the sealing component disposed at the overflow aperture (112, 612), the sealing component configured to close the overflow aperture (112, 612) and the outlet orifice when the hermetic shell (110, 610) is not inflated, the force applying component disposed on the hermetic shell (110, 610) and connected to the sealing component after being inserted into the capsule (120, 620) through the inlet orifice, the force applying component configured to pull the sealing component when the hermetic shell (110, 610) is inflated and expanded, so that the overflow aperture (112, 612) and the outlet orifice are opened and communicated with each other. a hermetic shell (110, 610) having an inflation port and an overflow aperture (112, 612), the overflow aperture (112, 612) provided in an exposed surface of the hermetic shell (110, 610), wherein the exposed surface has electrical conductivity; a capsule (120, 620) disposed in the hermetic shell (110, 610), the capsule (120, 620) defining a cavity for storage of a conductive paste therein, the cavity defining an inlet orifice and an outlet orifice, the overflow aperture (112, 612) disposed at the outlet orifice, the cavity isolated from a hollow internal space of the hermetic shell (110, 610); and a sealing structure (130, 630) comprising a sealing component and a force applying component, the sealing component disposed at the overflow aperture (112, 612), the sealing component configured to close the overflow aperture (112, 612) and the outlet orifice when the hermetic shell (110, 610) is not inflated, the force applying component disposed on the hermetic shell (110, 610) and connected to the sealing component after being inserted into the capsule (120, 620) through the inlet orifice, the force applying component configured to pull the sealing component when the hermetic shell (110, 610) is inflated and expanded, so that the overflow aperture (112, 612) and the outlet orifice are opened and communicated with each other.
A method of identifying a binding polypeptide that specifically binds to a cell-surface antigen, the method comprising: (a) contacting a first cell type, that displays a cell-surface antigen on its exterior surface, with a variegated cell-free nucleic acid-display library of binding polypeptides, thereby forming a population of binding polypeptide/antigen complexes; (b) contacting the first cell type with a surfactant, whereby the population of binding polypeptide/antigen complexes is solubilized; and (c) isolating the solubilized population of binding polypeptide/antigen complexes, thereby isolating at least one library member that specifically binds to the cell-surface antigen on the exterior surface of the first cell type, thereby identifying a binding polypeptide that specifically binds to the cell-surface antigen. (a) contacting a first cell type, that displays a cell-surface antigen on its exterior surface, with a variegated cell-free nucleic acid-display library of binding polypeptides, thereby forming a population of binding polypeptide/antigen complexes; (b) contacting the first cell type with a surfactant, whereby the population of binding polypeptide/antigen complexes is solubilized; and (c) isolating the solubilized population of binding polypeptide/antigen complexes, thereby isolating at least one library member that specifically binds to the cell-surface antigen on the exterior surface of the first cell type, thereby identifying a binding polypeptide that specifically binds to the cell-surface antigen.
A method for handover in a network sharing scenario, comprising: requesting, by a network element of a radio access network of a source circuit-switched network, reverse single radio voice call continuity call handover of a user equipment from the source circuit-switched network to a target packet-switched network or a roaming partner of the target packet-switched network; and determining, by the network element of the radio access network the target packet-switched network based on a public land mobile network identification of the target packet-switched network received previously in a single radio voice call continuity call handover request for the user equipment from the target packet-switched network to the source circuit-switched network. requesting, by a network element of a radio access network of a source circuit-switched network, reverse single radio voice call continuity call handover of a user equipment from the source circuit-switched network to a target packet-switched network or a roaming partner of the target packet-switched network; and determining, by the network element of the radio access network the target packet-switched network based on a public land mobile network identification of the target packet-switched network received previously in a single radio voice call continuity call handover request for the user equipment from the target packet-switched network to the source circuit-switched network.
A water-based ink for ink-jet recording comprising: a self-dispersible pigment having an anionic group; water; a water-soluble resin; and an anionic surfactant, wherein the water-soluble resin is an ABA-type triblock copolymer which has a polymer block A composed only of methyl methacrylate and methacrylic acid and a polymer block B composed only of benzyl methacrylate and methacrylic acid; which has a weight average molecular weight of 3,000 to 30,000; which has an acid value of 90 mgKOH/g to 200 mgKOH/g; and which is partially or completely neutralized. a self-dispersible pigment having an anionic group; water; a water-soluble resin; and an anionic surfactant, wherein the water-soluble resin is an ABA-type triblock copolymer which has a polymer block A composed only of methyl methacrylate and methacrylic acid and a polymer block B composed only of benzyl methacrylate and methacrylic acid; which has a weight average molecular weight of 3,000 to 30,000; which has an acid value of 90 mgKOH/g to 200 mgKOH/g; and which is partially or completely neutralized.
A dish washing appliance comprising: a dishwasher tub having an opening defined by opposing side walls and a rear wall opposite the opening; and a dishwasher rack having a rack height adjustment bracket, wherein the rack height adjustment bracket adjusts the dishwasher rack between at least two heights within the dishwasher tub; characterised in that: the dishwasher rack includes a retracting mechanism and a height adjustment device maintaining the retracting mechanism of the dishwasher rack engaged to the dishwasher tub in each one of the at least two heights within the dishwasher tub, and wherein the dishwasher rack includes one or more torsion springs, the spring force of the one or more torsion springs urging the dishwasher rack towards a stowed position of the dishwasher rack, and the retracting mechanism is configured to automatically return the dishwasher rack from a deployed position to the stowed position via the one or more torsion springs; and the height adjustment device includes a sliding engagement between the retracting mechanism and the dishwasher tub. a dishwasher tub having an opening defined by opposing side walls and a rear wall opposite the opening; and a dishwasher rack having a rack height adjustment bracket, wherein the rack height adjustment bracket adjusts the dishwasher rack between at least two heights within the dishwasher tub; characterised in that: the dishwasher rack includes a retracting mechanism and a height adjustment device maintaining the retracting mechanism of the dishwasher rack engaged to the dishwasher tub in each one of the at least two heights within the dishwasher tub, and wherein the dishwasher rack includes one or more torsion springs, the spring force of the one or more torsion springs urging the dishwasher rack towards a stowed position of the dishwasher rack, and the retracting mechanism is configured to automatically return the dishwasher rack from a deployed position to the stowed position via the one or more torsion springs; and the height adjustment device includes a sliding engagement between the retracting mechanism and the dishwasher tub. the dishwasher rack includes a retracting mechanism and a height adjustment device maintaining the retracting mechanism of the dishwasher rack engaged to the dishwasher tub in each one of the at least two heights within the dishwasher tub, and wherein the dishwasher rack includes one or more torsion springs, the spring force of the one or more torsion springs urging the dishwasher rack towards a stowed position of the dishwasher rack, and the retracting mechanism is configured to automatically return the dishwasher rack from a deployed position to the stowed position via the one or more torsion springs; and the height adjustment device includes a sliding engagement between the retracting mechanism and the dishwasher tub.
An actuator comprising: a support plate; a pump head secured to one side of the support plate, the pump head being in thermal contact with the support plate; an actuator body secured to an opposite side of the support plate; means for cooling disposed between and in thermal communication with the support plate and the actuator body; characterized by electrical control means connected to the cooling means being configured to remove and transfer heat from the pump head to the actuator body, using the cooling means. a support plate; a pump head secured to one side of the support plate, the pump head being in thermal contact with the support plate; an actuator body secured to an opposite side of the support plate; means for cooling disposed between and in thermal communication with the support plate and the actuator body; characterized by electrical control means connected to the cooling means being configured to remove and transfer heat from the pump head to the actuator body, using the cooling means.
A furniture pad configured to lie between a furniture leg and a floor to prevent scratching of the floor as the furniture leg is moved along the floor surface, the pad comprising: a body including a protective material, a top surface defining a plane_and an attachment surface having an attachment mechanism to attach the furniture pad to the furniture leg, and a bottom surface opposing the top surface and defining a protective surface, wherein the body includes an inner segment and a first outer segment, wherein the inner segment has at least one smaller cross-sectional dimension than the outer segment, wherein the inner segment is detachable from the outer segment along a first separation path without cutting tools, and wherein the first separation path extends through at least a portion of a thickness of the body in a direction generally orthogonal to the plane.
A method for predicting responsiveness to a HER2-directed therapy by assessing HER2 heterogeneity in a tumor, comprising contacting a sample of the tumor with a biomarker-specific reagent that specifically binds to HER2 protein and detecting HER2 protein in the sample, and contacting the sample of the tumor with a nucleic acid probe that specifically binds HER2 RNA and detecting HER2 RNA status in the sample, scoring the HER2 protein and HER2 RNA (RNA-ISH), wherein the scoring is categorized as: Group A for samples exhibiting IHC 3+ and RNA-ISH+, Group B for samples exhibiting IHC 3+ and RNA-ISH-, Group C for samples exhibiting IHC 2+ and RNA-ISH+, Group D for samples exhibiting IHC 2+ and RNA-ISH-, Group E for samples exhibiting IHC 0, 1+ and RNA-ISH+, and Group F for samples exhibiting IHC 0, 1+ and RNA-ISH-, and the predicting that the tumor is responsive to the HER2-directed therapy if the tumor reveals a first foci having a first score selected from Group A to Group F and a second foci having a second score selected from Group A to Group F, wherein the first score and the second score are not the same; wherein the tumor is gastric cancer. contacting a sample of the tumor with a biomarker-specific reagent that specifically binds to HER2 protein and detecting HER2 protein in the sample, and contacting the sample of the tumor with a nucleic acid probe that specifically binds HER2 RNA and detecting HER2 RNA status in the sample, scoring the HER2 protein and HER2 RNA (RNA-ISH), wherein the scoring is categorized as: Group A for samples exhibiting IHC 3+ and RNA-ISH+, Group B for samples exhibiting IHC 3+ and RNA-ISH-, Group C for samples exhibiting IHC 2+ and RNA-ISH+, Group D for samples exhibiting IHC 2+ and RNA-ISH-, Group E for samples exhibiting IHC 0, 1+ and RNA-ISH+, and Group F for samples exhibiting IHC 0, 1+ and RNA-ISH-, and Group A for samples exhibiting IHC 3+ and RNA-ISH+, Group B for samples exhibiting IHC 3+ and RNA-ISH-, Group C for samples exhibiting IHC 2+ and RNA-ISH+, Group D for samples exhibiting IHC 2+ and RNA-ISH-, Group E for samples exhibiting IHC 0, 1+ and RNA-ISH+, and Group F for samples exhibiting IHC 0, 1+ and RNA-ISH-, and the predicting that the tumor is responsive to the HER2-directed therapy if the tumor reveals a first foci having a first score selected from Group A to Group F and a second foci having a second score selected from Group A to Group F, wherein the first score and the second score are not the same; wherein the tumor is gastric cancer.
Switching device for switching one of at least three windings (31, 32, 33) during transformer operation to in each case one of three main windings (21, 22, 23) of a phase (U, V, W), wherein - at least one section (11, 12, 13) is provided for each phase (U, V, W) to be switched, in which section (11, 12, 13) fixed contacts (1U, 1V, 1W; 2U, 2V, 2W; 3U, 3V, 3W; 4U, 4V, 4W; 5U, 5V, 5W; 6U, 6V, 6W) are arranged; - the fixed contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) are selectably connectible in each section (11, 12, 13) by a respective movable switch contact each fastened on a switching mechanism; characterised in that - a first electric line, a second electric line and a third electric line conductively connect the contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) in each section (11, 12, 13) such that the contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) of the various sections (11, 12, 13) are contacted once in each case by means of the first, second, and third electric line (71, 72, 73) so that each of the main windings (21, 22, 23) is selectably connectible with each of the windings (31, 32, 33). - at least one section (11, 12, 13) is provided for each phase (U, V, W) to be switched, in which section (11, 12, 13) fixed contacts (1U, 1V, 1W; 2U, 2V, 2W; 3U, 3V, 3W; 4U, 4V, 4W; 5U, 5V, 5W; 6U, 6V, 6W) are arranged; - the fixed contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) are selectably connectible in each section (11, 12, 13) by a respective movable switch contact each fastened on a switching mechanism; characterised in that - a first electric line, a second electric line and a third electric line conductively connect the contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) in each section (11, 12, 13) such that the contacts (1U...W; 2U...W; 3U...W; 4U...W; 5U...W; 6U...W) of the various sections (11, 12, 13) are contacted once in each case by means of the first, second, and third electric line (71, 72, 73) so that each of the main windings (21, 22, 23) is selectably connectible with each of the windings (31, 32, 33).
Structure for passivating a surface of a substrate made from crystalline silicon, comprising: - a first layer, made from alumina, designed to be formed at the surface of the substrate, and presenting a thickness strictly smaller than 20 nm, - a second layer, made from silicon oxynitride SiO x N y, verifying 0≤y<x, formed on the first layer, and comprising boron atoms. - a first layer, made from alumina, designed to be formed at the surface of the substrate, and presenting a thickness strictly smaller than 20 nm, - a second layer, made from silicon oxynitride SiO x N y, verifying 0≤y<x, formed on the first layer, and comprising boron atoms.