mhurhangee/ep-ind-claims huggingface dataset:
A method for testing the eyes of a test person with the aid of a vision testing system, comprising a first measuring device, a second topographic measuring device, a third refractive measuring device and a processing means, an axial length of an eye of the test person being measured with the aid of the first measuring device, a curvature of the cornea of the eye being measured with the aid of the second measuring device, a refractive property of the eye being measured with the aid of the third measuring device, measurement data of the measurements of the first, second and third measuring device being processed with the aid of the processing means, characterised in that a measurement is simultaneously carried out with the first, second and third measuring device at the eye, said processing means presenting a database with normal data, measurement data of eyes of a normal population, with an axial length of an eye, a curvature of the cornea of the eye and a refractive property of the eye, being used as the normal data, a comparison of the measurement data with the normal data being carried out and a result of said comparison being issued by means of said processing means.
Lightweight structure, with several structural units, each having six support points (13a-13f) lying in pairs on the three coordinate axes of a Cartesian coordinate system spanned by X, Y and Z coordinates in such a way that the support points (13a-13f) lying on the respectively identical coordinate axis are arranged with identical spacing either side of the coordinate system, wherein each support point (13a-13f) is connected with tension- and pressure-resistance to all other support points (13a-13f), except for that lying opposite on the same coordinate axis, by means of at least one support rod in each case, in such a way that in each plane spanned by two coordinate axes a support frame comprised of four support rods joined to one another at support points (13a-13f) is formed, wherein the support rods are in each case curved concavely with constant curvature, and wherein several structural units are joined to form a structural unit cluster, characterised in that the structural unit cluster has a flat outer shell which is formed by cutting in an XY plane through the middle points of the support points (13a-13f) extending there in this plane, resulting in a hole pattern with circular holes and the structural unit cluster having a cuboid form.
1. An assembly for treating a raw water having a heat pump which is designed to heat the raw water on the heating side; a vaporizer which is designed to vaporize the heated raw water partly into an air stream; and a device which is connected downstream of the vaporizer and is suitable for separating out at least in part the raw water present in the air stream, wherein the heat pump is designed to be supplied with heat on the cooling side via heated raw water that has not been vaporized into the air stream; and wherein the heat pump, in a coldest subregion of the cooling side, has a thermal coupling which is suitable for providing cooling for external applications.
A process for purification of an anti-CD20 antibody from a solution containing the antibody and impurities, comprising, a) loading the antibody containing solution onto a cation exchange chromatography support using a buffer of pH value 7.5, b) washing the support with a first wash buffer at a pH similar to the pH of the load buffer, c) washing the support with a second wash buffer of pH value 6.5 and d) eluting the antibody from the support with an elution buffer at a pH similar to the second wash buffer. a) loading the antibody containing solution onto a cation exchange chromatography support using a buffer of pH value 7.5, b) washing the support with a first wash buffer at a pH similar to the pH of the load buffer, c) washing the support with a second wash buffer of pH value 6.5 and d) eluting the antibody from the support with an elution buffer at a pH similar to the second wash buffer.
A driving assistance method comprising causing a controller to perform: processing (S9, S29) of determining presence or absence of a parked vehicle ahead on a route of an own vehicle; processing (S5, S25) of determining whether or not turning of the own vehicle is to be performed; processing (S11, S31) of determining whether or not a distance between a turning position at which the turning is performed and the parked vehicle satisfies a predetermined condition; trajectory generation processing (S13, S34) of generating a target travel trajectory (75,77); and processing (S15, S36) of performing travel control, based on the target travel trajectory, characterized in that the target travel trajectory (75,77) is generated in such a way that, when the distance between the turning position and the parked vehicle satisfies the predetermined condition and the own vehicle turns after having passed beside the parked vehicle on the route, the own vehicle passes beside the parked vehicle at a predetermined side position with a predetermined interval interposed between the parked vehicle and the own vehicle on one side of the parked vehicle and a turning start position (74, 76) coincides with the predetermined side position in a width direction of a road on which the parked vehicle is parked. processing (S9, S29) of determining presence or absence of a parked vehicle ahead on a route of an own vehicle; processing (S5, S25) of determining whether or not turning of the own vehicle is to be performed; processing (S11, S31) of determining whether or not a distance between a turning position at which the turning is performed and the parked vehicle satisfies a predetermined condition; trajectory generation processing (S13, S34) of generating a target travel trajectory (75,77); and processing (S15, S36) of performing travel control, based on the target travel trajectory, characterized in that the target travel trajectory (75,77) is generated in such a way that, when the distance between the turning position and the parked vehicle satisfies the predetermined condition and the own vehicle turns after having passed beside the parked vehicle on the route, the own vehicle passes beside the parked vehicle at a predetermined side position with a predetermined interval interposed between the parked vehicle and the own vehicle on one side of the parked vehicle and a turning start position (74, 76) coincides with the predetermined side position in a width direction of a road on which the parked vehicle is parked.
A seal assembly 260) for a surgical access assembly comprising: a plurality of seal sections movable from an unfolded configuration to a folded configuration in which the seal assembly forms a member defining an opening Z (265, 267) to facilitate sealed passage of a surgical instrument; an upper support member disposed proximally of the plurality of seal sections in the folded configuration; and a lower support member disposed distally of the plurality of seal sections in the folded configuration, the upper and lower support members being compressed about the plurality of seal sections to sandwich the plurality of seal sections therebetween in the folded configuration, wherein each seal section of the plurality of seal sections is connected to an adjacent seal section of the plurality of seal sections by a connector portion (263b-d), characterized in that the upper support member is connected to a seal section of the plurality of seal sections by a connector portion and the lower support member is connected to another seal section of the plurality of seal sections by another connector portion. a plurality of seal sections movable from an unfolded configuration to a folded configuration in which the seal assembly forms a member defining an opening Z (265, 267) to facilitate sealed passage of a surgical instrument; an upper support member disposed proximally of the plurality of seal sections in the folded configuration; and a lower support member disposed distally of the plurality of seal sections in the folded configuration, the upper and lower support members being compressed about the plurality of seal sections to sandwich the plurality of seal sections therebetween in the folded configuration, wherein each seal section of the plurality of seal sections is connected to an adjacent seal section of the plurality of seal sections by a connector portion (263b-d), characterized in that the upper support member is connected to a seal section of the plurality of seal sections by a connector portion and the lower support member is connected to another seal section of the plurality of seal sections by another connector portion.
Method for limiting the voltage at the input of an integrated circuit of a transponder communicating without contact with a reader, said transponder further comprising an antenna and a rectifier circuit including two transistors (M0, M1) cross-coupled between the terminals (AC1, AC2) of the antenna and a reference voltage, the method comprising, during said communication, a control of the gate voltages of the transistors (M0, M1) in such a way as to modify the input impedance of the integrated circuit, and wherein said communication includes a reception of a carrier signal at the terminals (AC1, AC2) of the antenna alternatingly and successively placing the two transistors (M0, M1) in conduction and characterised in that said control of the gate voltages includes, when one of the transistors is placed in conduction by the carrier signal (S1, S2), a configuration of the other transistor as a source of current.
A holder made of plastic for vibration-insulating attachment of an oblong object such as a pipe or the like to a vehicle, having a base part in which a bolt-accommodating opening is provided and having a retainer part (3, 4, 5) that is integrally formed onto the base part and has a retaining section (24, 25, 35, 40) formed by a wall with a U-shaped cross-section, with a recess that is suitable for accommodating the oblong object and has a hollow inner surface and an insertion opening oriented away from the base part, wherein a resilient retaining finger that protrudes into the recess is provided at the insertion opening and is able to hold the oblong object in the recess and wherein the retainer part (3, 4, 5) is connected to the base part by means of one or more thin, flexible wall element(s) (31, 32, 36, 37, 41, 42) and is secured to the base part without directly touching it, wherein the base part has a frame-shaped support section with an opening (15, 16) provided in it, which is adjacent to an apex region of the U-shaped wall on its side opposite from the insertion opening and into which the apex region can move when a deformation of the flexible wall element (31, 32) occurs, wherein the retainer part has a plurality of retaining sections (24, 25), each with a recess formed by a wall with a U-shaped cross-section for accommodating an oblong object, wherein the retaining sections (24, 25) are arranged in a row so that their central U-shaped cross-sections lie in the same plane and wherein the frame-shaped support section of the base part extends along the apex region of the U-shaped walls of a plurality of retaining sections (24, 25) and has openings (15, 16) situated adjacent to the apex regions, into which the apex regions can move, characterized in that adjacent retaining sections (24, 25) are securely connected to each other to form a unit, which is connected to the base part by means of a respective thin, flexible wall element (31, 32) at each of the opposite ends.
Strip comprising multiple plant support units for supporting a plant stem of a plant, wherein each plant support unit comprises; - a fixing portion configured to engage a cylindrical support received in an cylindrical inner space having a longitudinal space axis and being partly surrounded by the fixing portion having an annular form and a radial opening to provide access to the inner space, and - a flexible elongate support portion extending from an attached end being attached to the fixing portion to a free end, wherein -- the plant support units are positioned one after the other with a same orientation and at a distance D from each other, and -- neighbouring plant support units are interconnected by a manually breakable connecting member, characterised in that --- each plant support unit comprises cooperating locking members to lock the support portion in an support loop position in which the plant support unit forms a closed loop to support the plant stem, --- a fixing portion stiffness of the fixing portions is larger than a support portion stiffness of the support portions, and --- the connecting members are attached to the fixing portions of neighbouring plant support units or to the attached ends of neighbouring plant support units. - a fixing portion configured to engage a cylindrical support received in an cylindrical inner space having a longitudinal space axis and being partly surrounded by the fixing portion having an annular form and a radial opening to provide access to the inner space, and - a flexible elongate support portion extending from an attached end being attached to the fixing portion to a free end, wherein -- the plant support units are positioned one after the other with a same orientation and at a distance D from each other, and -- neighbouring plant support units are interconnected by a manually breakable connecting member, characterised in that --- each plant support unit comprises cooperating locking members to lock the support portion in an support loop position in which the plant support unit forms a closed loop to support the plant stem, --- a fixing portion stiffness of the fixing portions is larger than a support portion stiffness of the support portions, and --- the connecting members are attached to the fixing portions of neighbouring plant support units or to the attached ends of neighbouring plant support units. -- the plant support units are positioned one after the other with a same orientation and at a distance D from each other, and -- neighbouring plant support units are interconnected by a manually breakable connecting member, characterised in that --- each plant support unit comprises cooperating locking members to lock the support portion in an support loop position in which the plant support unit forms a closed loop to support the plant stem, --- a fixing portion stiffness of the fixing portions is larger than a support portion stiffness of the support portions, and --- the connecting members are attached to the fixing portions of neighbouring plant support units or to the attached ends of neighbouring plant support units.
An automated analyzer comprising: a processing unit that performs processing necessary for sample analysis; a consumable supply unit that includes: a consumable container holding portion for holding a consumable storage container where consumables including reaction containers or dispensing tips are arranged and accommodated; a preliminary storage portion for temporarily storing the consumables taken out from the consumable storage container; and a transport mechanism for transporting the consumables to the processing unit; a lock mechanism that restricts an operator' s access to the consumable container holding portion; and a control device that controls the operations of the processing unit, the consumable supply unit and the lock mechanism, wherein the control device controls the transport mechanism so that the transport mechanism transports at least some of the consumables taken out from the consumable storage container to the preliminary storage portion for storage, and when the operator makes a request for replacing the consumable storage container, the control device changes a supply source of consumables transported by the transport mechanism from the consumable storage container to the preliminary storage portion and subsequently controls so that the lock mechanism is unlocked. a processing unit that performs processing necessary for sample analysis; a consumable supply unit that includes: a consumable container holding portion for holding a consumable storage container where consumables including reaction containers or dispensing tips are arranged and accommodated; a preliminary storage portion for temporarily storing the consumables taken out from the consumable storage container; and a transport mechanism for transporting the consumables to the processing unit; a lock mechanism that restricts an operator' s access to the consumable container holding portion; and a control device that controls the operations of the processing unit, the consumable supply unit and the lock mechanism, wherein the control device controls the transport mechanism so that the transport mechanism transports at least some of the consumables taken out from the consumable storage container to the preliminary storage portion for storage, and when the operator makes a request for replacing the consumable storage container, the control device changes a supply source of consumables transported by the transport mechanism from the consumable storage container to the preliminary storage portion and subsequently controls so that the lock mechanism is unlocked.
A composition for additive manufacturing comprising a composite hydrogel characterized by comprising: a salt of alginic acid, referred to as alginate, in a concentration from 1 to 6%, wherein the percentual corresponds to the mass of alginate in relation to the volume of said composition; and spherical cellulose or cellulose derivative-based particles in a concentration from 1 to 20%, wherein the percentual corresponds to the mass of said spherical cellulose or cellulose derivative-based particles in relation to the mass of said alginate; and a cation of a pre-crosslinking salt in a concentration from 0.05 to 0.25%, wherein the percentual corresponds to the mass of said cation in relation to the total volume of the composition; wherein the cation of alginate is selected from at least one of the group consisting of an alkali metal or an alkaline-earth metal; and wherein the spherical cellulose or cellulose derivative-based particles have a diameter from 0.1 to 2.0 micrometres; and wherein the cation of a pre-crosslinking salt is selected from at least one of a divalent or a trivalent cation. a salt of alginic acid, referred to as alginate, in a concentration from 1 to 6%, wherein the percentual corresponds to the mass of alginate in relation to the volume of said composition; and spherical cellulose or cellulose derivative-based particles in a concentration from 1 to 20%, wherein the percentual corresponds to the mass of said spherical cellulose or cellulose derivative-based particles in relation to the mass of said alginate; and a cation of a pre-crosslinking salt in a concentration from 0.05 to 0.25%, wherein the percentual corresponds to the mass of said cation in relation to the total volume of the composition; wherein the cation of alginate is selected from at least one of the group consisting of an alkali metal or an alkaline-earth metal; and wherein the spherical cellulose or cellulose derivative-based particles have a diameter from 0.1 to 2.0 micrometres; and wherein the cation of a pre-crosslinking salt is selected from at least one of a divalent or a trivalent cation.
A baking device for producing baked, preferably edible, products, the baking device comprising a baking device frame with a baking device housing and a baking chamber arranged inside the baking device housing, - wherein the baking device comprises an endless baking tong chain which moves in a continuously circulating manner along a self-contained circulation path and through the baking chamber, the chain extending from a front deflection point arranged in a front head to a rear deflection point, - wherein the baking tong chain comprises baking tong carts coupled to one another with baking tongs which can be opened and closed, in particular folded open and closed, - wherein several rollers are provided on the baking tong chain, - wherein the rollers roll along at least part of the circulation path on at least one longitudinal strut for supporting and/or guiding the baking tong chain, - wherein a cooling channel through which cooling air flows is provided for cooling the at least one longitudinal strut, characterised - in that the cooling channel opens into the baking chamber in the region of the rear deflection point through at least one convection opening, - in that a convection fan for generating a convection flow in the baking chamber introduces cooling air through at least one injection opening into the cooling channel, - so that the cooling air flows through the convection opening from the cooling channel of the at least one longitudinal strut to generate an artificial convection, in particular horizontally, through the baking chamber to a exhaust opening. - wherein the baking device comprises an endless baking tong chain which moves in a continuously circulating manner along a self-contained circulation path and through the baking chamber, the chain extending from a front deflection point arranged in a front head to a rear deflection point, - wherein the baking tong chain comprises baking tong carts coupled to one another with baking tongs which can be opened and closed, in particular folded open and closed, - wherein several rollers are provided on the baking tong chain, - wherein the rollers roll along at least part of the circulation path on at least one longitudinal strut for supporting and/or guiding the baking tong chain, - wherein a cooling channel through which cooling air flows is provided for cooling the at least one longitudinal strut, characterised - in that the cooling channel opens into the baking chamber in the region of the rear deflection point through at least one convection opening, - in that a convection fan for generating a convection flow in the baking chamber introduces cooling air through at least one injection opening into the cooling channel, - so that the cooling air flows through the convection opening from the cooling channel of the at least one longitudinal strut to generate an artificial convection, in particular horizontally, through the baking chamber to a exhaust opening.
A phase change memory cell (100, 300, 400), comprising: a vertical transistor (115, 215, 315) including a bottom electrode (114, 214, 314) on a pillar; a dielectric (116, 216, 316) on a top surface of a portion of the bottom electrode (114, 214, 314); a top electrode (118, 218, 318) on the dielectric (116, 216, 316); a phase change material (120, 220, 320) on a side surface of the top electrode (118, 218, 318), on a side surface of the dielectric (116, 216, 316), and on a top surface of the bottom electrode (114, 214, 314). a vertical transistor (115, 215, 315) including a bottom electrode (114, 214, 314) on a pillar; a dielectric (116, 216, 316) on a top surface of a portion of the bottom electrode (114, 214, 314); a top electrode (118, 218, 318) on the dielectric (116, 216, 316); a phase change material (120, 220, 320) on a side surface of the top electrode (118, 218, 318), on a side surface of the dielectric (116, 216, 316), and on a top surface of the bottom electrode (114, 214, 314).
Female contact element with a receiving area for a mating contact comprising a cylindrical metal contact sleeve and a contact grating, which is arranged in the receiving sheath of the contact sleeve, for making electrical contact with a mating contact, the cylindrical contact sleeve being sealed off completely with respect to the surrounding environment at one of the ends of said contact sleeve by means of a metal contact cover, characterized in that the contact cover is connected to the cylindrical contact sleeve in the region of the sealing section of said contact cover by means of an interruption-free, completely closed weld seam.