mhurhangee/ep-ind-claims huggingface dataset:
Tank heater for a motor vehicle, comprising a plastic housing having a bottom part and a housing cover welded to the bottom part, a heat-conducting body made of metal, which together with at least one PTC heater is arranged in the plastic housing, an electrical connector for connecting the PTC heater(s) to a power source, wherein the connector comprises a plastic connector housing, and the electrical connections of the PTC heater surrounded by the plastic housing are passed through the housing cover, characterized in that the housing cover has an opening into which the connector housing is fitted, such that the opening is tightly closed by the connector housing. a plastic housing having a bottom part and a housing cover welded to the bottom part, a heat-conducting body made of metal, which together with at least one PTC heater is arranged in the plastic housing, an electrical connector for connecting the PTC heater(s) to a power source, wherein the connector comprises a plastic connector housing, and the electrical connections of the PTC heater surrounded by the plastic housing are passed through the housing cover, characterized in that the housing cover has an opening into which the connector housing is fitted, such that the opening is tightly closed by the connector housing.
Assembly comprising at least one beam of a gate, a tensioning element for tensioning the gate, and a plurality of bars, each bar having at least one outer end for use with the beam, the bar being provided with a transverse channel for receiving the tensioning element, wherein the at least one outer end is further provided with an orienting element (151, 152) adapted to ensure a substantially parallel orientation of the transverse channel and the beam during coupling of the bar to the beam; characterized in that the orienting element comprises at least one peripheral recess (151, 152) which, relative to a longitudinal axis of the bar, forms a predetermined angle with the direction of the transverse channel, wherein the at least one peripheral recess (151, 152) is formed such that a lower surface of a part of the bar adjacent at the top to the recess forms a support surface for preventing further downward movement of the bar.
A system for analyzing a sample, the system comprising: a sample holder comprising a sample chamber configured to hold said sample, at least a portion of said sample holder comprising an optically transmissive material, said optically transmissive material comprising an optically transmissive surface and a reflective surface; and an illumination source configured to provide light that illuminates and passes through said optically transmissive surface; an objective used for imaging the sample; wherein said sample holder is configured effective that said light from said illumination source simultaneously provides both epi-illumination and trans-illumination to a sample in the sample holder, where epi-illumination comprises light traveling from said illumination source to said sample without reflection at a surface of the optically transmissive material of the sample holder, and where trans-illumination comprises light traveling from said illumination source and within the optically transmissive material and to the sample following at least one reflection from at least one surface of said optically transmissive material; wherein said objective is configured for collecting light from the sample from both epi-illumination and trans-illumination; wherein said objective is located on the same side of the sample holder as the illumination source, and wherein said trans-illumination is provided at least in part by total internal reflection of light at a surface. a sample holder comprising a sample chamber configured to hold said sample, at least a portion of said sample holder comprising an optically transmissive material, said optically transmissive material comprising an optically transmissive surface and a reflective surface; and an illumination source configured to provide light that illuminates and passes through said optically transmissive surface; an objective used for imaging the sample; wherein said sample holder is configured effective that said light from said illumination source simultaneously provides both epi-illumination and trans-illumination to a sample in the sample holder, where epi-illumination comprises light traveling from said illumination source to said sample without reflection at a surface of the optically transmissive material of the sample holder, and where trans-illumination comprises light traveling from said illumination source and within the optically transmissive material and to the sample following at least one reflection from at least one surface of said optically transmissive material; wherein said objective is configured for collecting light from the sample from both epi-illumination and trans-illumination; wherein said objective is located on the same side of the sample holder as the illumination source, and wherein said trans-illumination is provided at least in part by total internal reflection of light at a surface.
Poultry weighing scale for the gender-specific weighing in poultry farming, comprising - a weighing plate which is independently accessible by poultry, - a weighing module, which is configured to detect the weight of one or more birds which are present on the weighing plate, and - a poultry identification unit, which is configured to identify an individual or more birds, and the gender of the birds which are present on the weighing plate, - wherein the weighing module and the poultry identification unit are configured and arranged as a functional unit of the poultry weighing scale, - characterized in that the weighing module is configured to compare a weight preferably including the gender and/or gender-specific mean values for a plurality of weight information with at least one weight curve, preferably at least two gender-specific weight curves, wherein weight information, particularly gender-specific weight information, which deviates from a weight curve by a predefined value, is stored separately and/or is not considered for the forming of mean values. - a weighing plate which is independently accessible by poultry, - a weighing module, which is configured to detect the weight of one or more birds which are present on the weighing plate, and - a poultry identification unit, which is configured to identify an individual or more birds, and the gender of the birds which are present on the weighing plate, - wherein the weighing module and the poultry identification unit are configured and arranged as a functional unit of the poultry weighing scale, - characterized in that the weighing module is configured to compare a weight preferably including the gender and/or gender-specific mean values for a plurality of weight information with at least one weight curve, preferably at least two gender-specific weight curves, wherein weight information, particularly gender-specific weight information, which deviates from a weight curve by a predefined value, is stored separately and/or is not considered for the forming of mean values.
A method for controlling a lighting system having a plurality of LED-based lighting units (104, 304) configured to illuminate a play area and a lighting system controller (102, 302) configured to selectively energize one or more LEDs of the plurality of lighting units, the method comprising: receiving, at the lighting system controller (102, 302), a signal indicative of a characteristic of one or more toys present in the play area supplied with ambient light by the lighting system; receiving, at the lighting system controller, a signal indicative of an alteration of the one or more toys, the alteration relating to performing an action with the one or more toys; determining, by the lighting system controller, a configuration of the plurality of lighting units; selecting, by the lighting system controller, one or more light attributes to illuminate the play area based on the configuration of the plurality of lighting units, based on the characteristic of the one or more toys and based on the alteration of the one or more toys, and energizing, by the lighting system controller, the plurality of LED-based lighting units to illuminate the play area with light having the one or more selected light attributes; characterised in that the configuration relates to a spatial arrangement of the plurality of LED-based lighting units. receiving, at the lighting system controller (102, 302), a signal indicative of a characteristic of one or more toys present in the play area supplied with ambient light by the lighting system; receiving, at the lighting system controller, a signal indicative of an alteration of the one or more toys, the alteration relating to performing an action with the one or more toys; determining, by the lighting system controller, a configuration of the plurality of lighting units; selecting, by the lighting system controller, one or more light attributes to illuminate the play area based on the configuration of the plurality of lighting units, based on the characteristic of the one or more toys and based on the alteration of the one or more toys, and energizing, by the lighting system controller, the plurality of LED-based lighting units to illuminate the play area with light having the one or more selected light attributes; characterised in that the configuration relates to a spatial arrangement of the plurality of LED-based lighting units.
A coating for a medical device comprising: a first layer comprising polyvinylpyrrolidone derivatized with a photoreactive group; and a first cross-linking agent comprising at least two photoreactive groups; a second layer disposed on the first layer comprising polyvinylpyrrolidone derivatized with a photoreactive group; a second cross-linking agent comprising at least two photoreactive groups; and a polymer comprising polyacrylamide, the polymer derivatized with at least one photoreactive group. a first layer comprising polyvinylpyrrolidone derivatized with a photoreactive group; and a first cross-linking agent comprising at least two photoreactive groups; a second layer disposed on the first layer comprising polyvinylpyrrolidone derivatized with a photoreactive group; a second cross-linking agent comprising at least two photoreactive groups; and a polymer comprising polyacrylamide, the polymer derivatized with at least one photoreactive group.
A folding feeder hopper for a bulk material processing apparatus comprising: at least one side wall pivotably mounted to a support frame having a front end and a rear end, the side wall being mounted on the support frame via at least one pivot mount; a rear wall mounted to the support frame at the rear end; at least one support assembly of the side wall, mounted on the support frame and comprising a first bracket housing a slide actuator, and a second bracket housing a rotation actuator; and a locking assembly comprising a first locking means, provided at the lower surface of the side wall and a second locking means mounted at the support assembly such that the first locking means is configured to engage with the second locking means to immobilize the side wall, the second locking means comprises a material which has a higher degree of elasticity than material of the first locking means. at least one side wall pivotably mounted to a support frame having a front end and a rear end, the side wall being mounted on the support frame via at least one pivot mount; a rear wall mounted to the support frame at the rear end; at least one support assembly of the side wall, mounted on the support frame and comprising a first bracket housing a slide actuator, and a second bracket housing a rotation actuator; and a locking assembly comprising a first locking means, provided at the lower surface of the side wall and a second locking means mounted at the support assembly such that the first locking means is configured to engage with the second locking means to immobilize the side wall, the second locking means comprises a material which has a higher degree of elasticity than material of the first locking means.
Method for manufacturing an identification document comprising a body suitable for presenting personalization data on at least one of its main surfaces, said method comprising the step of creating graphical anti-counterfeiting means in three dimensions, extending from inside a first overlay on one side, whereby said three-dimensional graphical anti-counterfeiting means are made by creation of bubbles more or less spaced from each other by means of at least one laser with short focal distance, typically of a few centimeters, characterized in that the bubbles are created so as to extend from inside the first overlay on one side to inside a second overlay on the opposite side, through the thickness of the document in an at least translucent portion (23; 23A, 23B) of the document.
An antisense oligonucleotide directed against the interior of exon 2 of the human dystrophin pre-mRNA which facilitates the masking of said exon for the splicing apparatus and the exclusion of said exon from the final mRNA.
Method for bending a pane, wherein a. at least one pane (1, 2) is placed in a pre-bending ring with a movable bending ring holder, the movable bending ring holder is moved into a furnace, and the pane (1, 2) is heated to softening temperature and pre-bent to 5 % to 50 % of the final bend of the edge, b. the pane (1, 2) is lifted by a suction device and is further bent beyond the bending obtained in the pre-bending ring, wherein during the bending on a bent contact surface of a counter framework of the suction device, there is a minimum distance of 3 mm to 50 mm between the pane (1, 2) and an air baffle of a cover of the suction device that surrounds the counter framework, c. the pane (1, 2) is placed by means of the suction device in a final bending ring on the movable bending ring holder and is bent to the final bend of the edge, and surface pre-bending of the pane (1, 2) takes place by thermal irradiation, d. the pane (1, 2) is lifted by a second suction device out of the final bending ring, pressed against a counter mold and bent, and the pane (1, 2) is placed on the final bending ring, and e. the pane (1, 2) is cooled. a. at least one pane (1, 2) is placed in a pre-bending ring with a movable bending ring holder, the movable bending ring holder is moved into a furnace, and the pane (1, 2) is heated to softening temperature and pre-bent to 5 % to 50 % of the final bend of the edge, b. the pane (1, 2) is lifted by a suction device and is further bent beyond the bending obtained in the pre-bending ring, wherein during the bending on a bent contact surface of a counter framework of the suction device, there is a minimum distance of 3 mm to 50 mm between the pane (1, 2) and an air baffle of a cover of the suction device that surrounds the counter framework, c. the pane (1, 2) is placed by means of the suction device in a final bending ring on the movable bending ring holder and is bent to the final bend of the edge, and surface pre-bending of the pane (1, 2) takes place by thermal irradiation, d. the pane (1, 2) is lifted by a second suction device out of the final bending ring, pressed against a counter mold and bent, and the pane (1, 2) is placed on the final bending ring, and e. the pane (1, 2) is cooled.
A laser bar array having a plurality of laser diode bars mounted by solder to a substrate and spacer material, wherein each laser diode bar is sandwiched between the spacer material, wherein the spacer material is formed of a copper/diamond composite material comprising 30 - 50 volume percent diamond and the balance comprising primarily copper such that the spacer material has a thermal expansion that closely matches that of the laser diode bars, and the laser bar array comprising the laser diode bars sandwiched between the spacer material is mounted on the substrate with an intervening layer electrically isolating the laser bar array from the substrate.
Process for producing ketones or aldehydes obtained by condensation followed by dehydration and hydrogenation of ketones or aldehydes in a reactor, characterized in that said process comprises at least one step of partial elimination of water carried out by at least one membrane pervaporation module, fed tangentially and installed laterally to said reactor and operating in a loop, so as to partially dehydrate a fraction exiting the reactor and to recycle the dehydrated concentrate to said reactor, such that the concentration of water in the reaction mass of the reactor is maintained between 2% and 4% by weight and in that the ketone is methyl isobutyl ketone or MIBK, obtained from the hydrogenation of acetone, or butanal obtained from acetaldehyde.
A vehicle with a front wheel (11,21) which can be driven by means of a first drive arrangement (14, 24) and with a rear wheel which can be driven by means of a second drive arrangement, wherein the first drive arrangement (14, 24) is integrated in the front wheel (11, 21), and - comprises an electric motor (15, 25) for selectively driving the front wheel (11, 21) in a rotary motion, and a reduction gear (17, 27) inserted between the electric motor (15, 25) and the front wheel (11, 21) which is to be driven, wherein the first drive arrangement (14, 24) furthermore comprises an actuable coupling (16, 26) for either coupling or uncoupling the electric motor (15, 25) with/from the reduction gear (17, 27), characterised in that the vehicle comprises a control unit which is designed to actuate the coupling and is configured in such a way that coupling of the first drive arrangement is possible exclusively in the event that the second drive arrangement is not in an active operating state. - comprises an electric motor (15, 25) for selectively driving the front wheel (11, 21) in a rotary motion, and
Twisting and winding device for twisting and winding a thread on a spindle comprising a twisting and winding unit, arranged for permitting twisting and winding of said thread around said spindle and comprising a sleeve provided with a guiding element for guiding said thread, said sleeve being arranged for being rotated by said spindle through said thread, said twisting and winding device further comprising an inner ring fixed outside said sleeve, an annular positioning element, arranged for supporting a plurality of revolving bodies, and an outer ring, mounted concentrically outside said inner ring, said annular positioning element being interposed between said inner ring and said outer ring, said inner ring and said outer ring forming a rolling track for said plurality of revolving bodies, said twisting and winding device being characterised in that it further comprises an electronic control unit arranged for varying a rotation speed of said sleeve, said electronic control unit comprising a speed sensor, arranged for detecting an actual rotation speed of said sleeve, an electromagnet, arranged for interacting with said sleeve, and an electronic card arranged for varying a supply current of said electromagnet to exert a braking action on said sleeve, in order to vary said actual rotation speed of said sleeve, said electronic card being set up to compare the value of said actual rotation speed detected by said speed sensor with a reference value and to vary said supply current on the basis of the result of said comparing.
Gripper unit for transport systems for supporting and transporting of articles, wherein the gripper unit comprises a gripper head with at least two gripper arms (20a, 20b), whereby the gripper arms can be opened and closed against each other, and said gripper arms forming an opening in which the article to be gripped is held, wherein the gripper unit comprises a displacement unit, wherein the displacement unit is movably connected manner to a fastening means or directly to the transport system, with means for shifting the gripper head in relation to the transport systems in a second horizontal direction of movement, wherein said means are arranged between the displacement unit and the fastening means 16), wherein the gripper unit is provided with means (50, 51, 52, 54, 60) for interchangeable support, adjustment and spatial determination of the gripper head in a first direction of movement at the gripper unit, wherein said means are arranged between the gripper head and the displacement unit or between the gripper head and the transport system, characterized in that the means for interchangeable support, adjustment and spatial determination of the gripper head is formed by a dovetail groove vertically arranged at the gripper head and comprises a limit stop formed by an adjustable screw for height adjustment and easy exchange of the gripping head.
Vacuum pump having a pump unit with a pump housing, and having a drive motor with a motor housing, which drive motor is connected to the pump unit, wherein, in the pump housing, a suction chamber with an inlet and an outlet is formed, in which suction chamber at least one gas-conveying element is arranged on a drive shaft, wherein, in the motor housing, a drive chamber is formed, in which corresponding drive components of the drive motor, in particular a part of the at least one drive shaft, are situated, wherein the at least one drive shaft extends from the drive chamber into the suction chamber and, in the motor housing, is rotatably mounted in a bearing section at the transition to the pump housing, wherein the drive chamber is sealed off with respect to the suction chamber against passage of gas from the suction chamber into the drive chamber and, for this purpose, the at least one drive shaft is sealed off between the bearing section and the suction chamber by means of a shaft seal arrangement, wherein the shaft seal arrangement is connected to a seal gas line, via which a seal gas is able to be supplied under pressure to the shaft seal arrangement, wherein a seal gas monitoring means is provided, by way of which a relevant parameter of the seal gas is able to be detected, wherein a control device is provided, to which the seal gas monitoring means is connected, and wherein, by the control device, a control signal is able to be output, and/or a control function for the vacuum pump is able to be triggered, if the parameter detected by the seal gas monitoring means exceeds or falls below a particular limit value, characterized in that the seal gas line is connected or is able to be connected to a seal gas blower, from which seal gas is able to be conveyed under pressure into the seal gas line, in that the seal gas blower is mounted on the outside of the motor housing and is coupled in terms of drive to the drive shaft, and in that a gas throughflow measuring device is provided as the seal gas monitoring means, and is arranged in or on the vacuum pump such that the seal gas flow is able to be measured by means of the gas throughflow measuring device.