mhurhangee/ep-ind-claims huggingface dataset:
A plug-in contact for making electrical contact with a circuit board by means of plugging the plug-in contact into a contact hole of the circuit board, with two flat contact legs (4, 5) which are resilient relative to one another, and a connecting region, from which the two contact legs (4, 5) extend in the plug-in direction of the plug-in contact, wherein the plug-in contact is punched in one piece out of a metallic flat material, wherein a recess is made in the connecting region, bordering the two contact legs (4, 5), wherein the two contact legs (4, 5), starting from the recess, have a distance from one another which increases in the direction of their free ends (4a, 5a), wherein the two contact legs (4, 5) have a spread state relative to one another, characterized in that the two contact legs (4, 5) together have a width which is suitable of being equal to or only slightly smaller than the diameter of the corresponding contact hole in the circuit board, and that the recess ensures that the point at which the contact legs (4, 5) are separate from one another is defined exactly. wherein a recess is made in the connecting region, bordering the two contact legs (4, 5), wherein the two contact legs (4, 5), starting from the recess, have a distance from one another which increases in the direction of their free ends (4a, 5a), wherein the two contact legs (4, 5) have a spread state relative to one another, characterized in that the two contact legs (4, 5) together have a width which is suitable of being equal to or only slightly smaller than the diameter of the corresponding contact hole in the circuit board, and that the recess ensures that the point at which the contact legs (4, 5) are separate from one another is defined exactly.
A cutting insert (100, 200) for turning, milling or drilling of metal, the cutting insert comprising: a body having an elongate recess (111, 1111) extending along at least a portion of the body, wherein the body comprises a substrate; a first layer (120, 1120) covering interior side walls (112, 113) of the recess; and a sensor arrangement comprising a lead (130, 230, 240) extending along the recess, the lead comprising electrically conductive material which is arranged in the recess such that the first layer is located between said electrically conductive material and the substrate, wherein, for at least a depth (D1, D2, D5) below which at least a portion of said electrically conductive material is arranged in the recess, a width (W2, W3, W4) of the recess measured at said depth between portions of said first layer covering opposite interior side walls (112, 113) of the recess is less than or equal to 80 micrometers, and wherein at least a portion of the lead is arranged at a depth of the recess such that there is space within the recess above the lead, characterized in that the recess is no more than 50 micrometers deep, wherein, if the recess is formed in the substrate, the depth of the recess is measured from a surface of the substrate to a bottom of the recess, and wherein, if the recess is formed in the first layer, the depth is measured from a surface of the first layer to a bottom of the recess. a body having an elongate recess (111, 1111) extending along at least a portion of the body, wherein the body comprises a substrate; a first layer (120, 1120) covering interior side walls (112, 113) of the recess; and a sensor arrangement comprising a lead (130, 230, 240) extending along the recess, the lead comprising electrically conductive material which is arranged in the recess such that the first layer is located between said electrically conductive material and the substrate, wherein, for at least a depth (D1, D2, D5) below which at least a portion of said electrically conductive material is arranged in the recess, a width (W2, W3, W4) of the recess measured at said depth between portions of said first layer covering opposite interior side walls (112, 113) of the recess is less than or equal to 80 micrometers, and wherein at least a portion of the lead is arranged at a depth of the recess such that there is space within the recess above the lead, characterized in that the recess is no more than 50 micrometers deep, wherein, if the recess is formed in the substrate, the depth of the recess is measured from a surface of the substrate to a bottom of the recess, and wherein, if the recess is formed in the first layer, the depth is measured from a surface of the first layer to a bottom of the recess.
Shiftable transmission in a hand-held power tool, said transmission having at least two gear stages which are to be engaged via an adjustable shifting member, wherein, a first gear stage, the shifting member is in a latching position with a securing element, which is held mounted on the housing, and, in a second gear stage, is in a non-latching position with the securing element, and having a spindle for receiving a tool, the spindle being drivable by an axially spring-loaded gearwheel supported in the housing, wherein, on the side opposite the shifting member, the gearwheel is supported axially on the securing element, characterized in that the securing element is designed as a securing ring.
Device for protecting box trees from infestation by the box tree moth, comprising a base structure with projections aligned thereon in substantially one direction, wherein the base structure has a net-shaped or rod-shaped structure, the ends of the projections facing away from the base structure having a maximum distance of 200 mm from each other, wherein the base structure is designed to be flexible such that these are arranged within the outer foliage between leaves and branches, and wherein the net-shaped or rod-shaped structure of the base structure has a mesh size of 30 x 30 cm to 5 x 5 cm.
A production monitoring system for a component mounting line on which a plurality of devices (13, 14, 15, 16, 17, 18, 19, 20) are disposed along a conveyance line which is suitable for producing an electronic component mounted board having a mounted electronic component, and in which the plurality of devices (13, 14, 15, 16, 17, 18, 19, 20) perform a plurality of processes for producing the board in an order, the system comprising: a product inspection device (18, 19, 20) that inspects the electronic component mounted board produced in the component mounting line; and production monitoring means for specifying a device in which waste occurs, and stopping the conveyance line conveying a printed circuit board on an upstream side of the specified device when the defect of the electronic component mounted board is detected by the product inspection device (18, 19, 20); characterized in that the production monitoring means stops the conveyance line conveying a printed circuit board on a downstream side of a device in which waste occurs and performs an instruction to a worker with display and/or sound so as to withdraw the printed circuit board on the conveyance line on the downstream side, when the defect of the electronic component mounted board is detected by the product inspection device (18, 19, 20). a product inspection device (18, 19, 20) that inspects the electronic component mounted board produced in the component mounting line; and production monitoring means for specifying a device in which waste occurs, and stopping the conveyance line conveying a printed circuit board on an upstream side of the specified device when the defect of the electronic component mounted board is detected by the product inspection device (18, 19, 20); characterized in that the production monitoring means stops the conveyance line conveying a printed circuit board on a downstream side of a device in which waste occurs and performs an instruction to a worker with display and/or sound so as to withdraw the printed circuit board on the conveyance line on the downstream side, when the defect of the electronic component mounted board is detected by the product inspection device (18, 19, 20).
A flooded evaporator, comprising: an outlet at the top of the evaporator; a plurality of heat exchange tubes disposed at the lower part of the evaporator; and a flow balancer positioned between the plurality of heat exchange tubes and the outlet, the flow balancer comprising: a permeable assembly comprising at least one gas- and fluid-permeable plate and located above the plurality of heat exchange tubes of the evaporator; a sealing assembly disposed on a periphery of the permeable assembly and constructed to be nonpermeable to gas and fluid; and a mounting assembly constructed to support the permeable assembly and the sealing assembly. an outlet at the top of the evaporator; a plurality of heat exchange tubes disposed at the lower part of the evaporator; and a flow balancer positioned between the plurality of heat exchange tubes and the outlet, the flow balancer comprising: a permeable assembly comprising at least one gas- and fluid-permeable plate and located above the plurality of heat exchange tubes of the evaporator; a sealing assembly disposed on a periphery of the permeable assembly and constructed to be nonpermeable to gas and fluid; and a mounting assembly constructed to support the permeable assembly and the sealing assembly. a permeable assembly comprising at least one gas- and fluid-permeable plate and located above the plurality of heat exchange tubes of the evaporator; a sealing assembly disposed on a periphery of the permeable assembly and constructed to be nonpermeable to gas and fluid; and a mounting assembly constructed to support the permeable assembly and the sealing assembly.
Device (40, 60) for the photometric examination of samples, wherein the term "photometric examination" comprises absorption, reflection, diffraction, fluorescence, phosphorescence, chemiluminescence and/or scattering measurements using electromagnetic waves, the device comprising at least a sample-holder apparatus (31, 61) having means for holding at least two sample vessels and wherein the means for holding the sample vessels are arranged on the sample-holder apparatus (41, 61) in an arc-like arrangement, and a moveable apparatus, wherein a plurality of measuring apparatuses are arranged on the moveable apparatus and can be displaced rotating around the mentioned arc-like arrangement by means of the moveable apparatus, wherein each measuring apparatus has at least one light source and at least one photodetector, and wherein the measuring apparatuses have different wavelengths, characterized in that the at least one sample-holder apparatus (31, 61) is designed to be stationary, that is to say not movable.
A biological information monitor adapted to receive, directly or via network, biological information of a patient which is measured by a unit attached to the patient, the biological information monitor comprising: a display portion on which the biological information is displayed; an inputting portion for inputting a reason for temporarily leaving a room, and a period for temporarily leaving the room, and for starting the period of temporarily leaving the room; and a CPU configured to simultaneously display, on the display portion, the reason for temporarily leaving the room accompanied by stoppage of measurement of the biological information of the patient, the period for leaving the room, and, in view of a present time, a scheduled time for re-entering bed for restarting the measurement, and present progress information of time including information of overtime related to the scheduled time. a display portion on which the biological information is displayed; an inputting portion for inputting a reason for temporarily leaving a room, and a period for temporarily leaving the room, and for starting the period of temporarily leaving the room; and a CPU configured to simultaneously display, on the display portion, the reason for temporarily leaving the room accompanied by stoppage of measurement of the biological information of the patient, the period for leaving the room, and, in view of a present time, a scheduled time for re-entering bed for restarting the measurement, and present progress information of time including information of overtime related to the scheduled time.
Closure device for a wipe dispenser, having a main body and a cap arranged movably thereon, wherein the main body has a fastening section for fastening the main body on the wipe dispenser, an opening section, which can be completely covered by the cap, and a bottom having a cutout for passing through wipes from the wipe dispenser, wherein the fastening section has at least one first engagement means for connection to the wipe dispenser, wherein a hinge section, in which the cap is held movably on the main body, is arranged between the main body and the cap, and characterized in that at least one stop body extends radially outwards on the hinge section from the cap and is designed to enter into mechanical stop contact with the wipe dispenser when the cap is opened and thereby to limit a possible opening angle (α) of the cap, or at least one stop body extends radially outwards on the hinge section from the main body and is designed to enter into mechanical stop contact with the cap when the cap is opened and thereby to limit a possible opening angle (α) of the cap. wherein the main body has a fastening section for fastening the main body on the wipe dispenser, an opening section, which can be completely covered by the cap, and a bottom having a cutout for passing through wipes from the wipe dispenser, wherein the fastening section has at least one first engagement means for connection to the wipe dispenser, wherein a hinge section, in which the cap is held movably on the main body, is arranged between the main body and the cap, and characterized in that at least one stop body extends radially outwards on the hinge section from the cap and is designed to enter into mechanical stop contact with the wipe dispenser when the cap is opened and thereby to limit a possible opening angle (α) of the cap, or at least one stop body extends radially outwards on the hinge section from the main body and is designed to enter into mechanical stop contact with the cap when the cap is opened and thereby to limit a possible opening angle (α) of the cap.
A compound having formula I: its stereoisomer, salt, hydrate, solvate, or crystalline form thereof; wherein, Ar is optionally substituted phenyl, or optionally substituted 3-pyridyl or 4-pyridyl, R 3 is hydrogen or isobutyryl, and R 5 is hydrogen or isobutyryl, or R 3 and R 5 together form a cyclic group as shown below: wherein R 1 and R 2 are independently selected from the group consisting of H, alkyl and alkylaryl, or R 1 and R 2 together form an alkylene chain so as to provide, together with the C atom to which they are attached, a cyclic system; and R 4 is selected from the group consisting of alkyl, aryl and alkylaryl. its stereoisomer, salt, hydrate, solvate, or crystalline form thereof; wherein, Ar is optionally substituted phenyl, or optionally substituted 3-pyridyl or 4-pyridyl, R 3 is hydrogen or isobutyryl, and R 5 is hydrogen or isobutyryl, or R 3 and R 5 together form a cyclic group as shown below: wherein R 1 and R 2 are independently selected from the group consisting of H, alkyl and alkylaryl, or R 1 and R 2 together form an alkylene chain so as to provide, together with the C atom to which they are attached, a cyclic system; and R 4 is selected from the group consisting of alkyl, aryl and alkylaryl. R 1 and R 2 are independently selected from the group consisting of H, alkyl and alkylaryl, or R 1 and R 2 together form an alkylene chain so as to provide, together with the C atom to which they are attached, a cyclic system; and R 4 is selected from the group consisting of alkyl, aryl and alkylaryl.
Method for operating an elevator system having a shaft system and a plurality of elevator cars that are able to be individually displaced between shaft positions (13, 13a, 13b), wherein the shaft system has at least two first shafts in which the elevator cars (51, 51a, 51b) are displaced in a first travel direction, and has at least one second shaft in which the elevator cars (51, 51a, 51b) are displaced in a second travel direction, wherein the shaft positions (13, 13a, 13b) in the first shafts and in the at least one second shaft are positioned identically in vertical terms, and wherein at least two vertically adjacent shaft positions (13, 13a, 13b) of the shafts (11, 12) have a minimum mutual spacing (A m) that is smaller than the predefined spacing for simultaneously positioning two elevator cars (51, 51a, 51b) at vertically adjacent shaft positions (13, 13a, 13b) of a shaft (11, 12), characterized in that the elevator cars (51, 51a, 51b) in one first shaft travel to only one of two vertically adjacent shaft positions (13, 13a, 13b) that have a minimum mutual spacing (A m), and the elevator cars (51, 51a, 51b) in another first shaft travel to only the other one of two vertically adjacent shaft positions (13, 13a, 13b) that have a minimum mutual spacing (A m).
A battery managing device (10, 10a, 10b, 10c, 10h) comprising: a voltage detecting unit (140, 140h) that is electrically connected to both electrodes of a plurality of battery cells (21, 22) through voltage detecting lines, and detects a terminal voltage of each of the plurality of battery cells (21, 22); a filter circuit that is electrically connected to the voltage detecting lines; a status variation causing unit that causes an electrical status variation with respect to the voltage detecting lines; a voltage fluctuating unit that is electrically connected to the voltage detecting lines between the filter circuit and the voltage detecting unit (140, 140h), and fluctuates regardless of the time constant of the filter circuit the terminal voltage to be detected by the voltage detecting unit in response to the electrical status variation that is caused by the status variation causing unit; and a diagnosing unit that diagnoses the voltage detecting unit (140, 140h) on the basis of a detection result of the terminal voltage by the voltage detecting unit (140, 140h) when the terminal voltage is fluctuated by the voltage fluctuating unit. a voltage detecting unit (140, 140h) that is electrically connected to both electrodes of a plurality of battery cells (21, 22) through voltage detecting lines, and detects a terminal voltage of each of the plurality of battery cells (21, 22); a filter circuit that is electrically connected to the voltage detecting lines; a status variation causing unit that causes an electrical status variation with respect to the voltage detecting lines; a voltage fluctuating unit that is electrically connected to the voltage detecting lines between the filter circuit and the voltage detecting unit (140, 140h), and fluctuates regardless of the time constant of the filter circuit the terminal voltage to be detected by the voltage detecting unit in response to the electrical status variation that is caused by the status variation causing unit; and a diagnosing unit that diagnoses the voltage detecting unit (140, 140h) on the basis of a detection result of the terminal voltage by the voltage detecting unit (140, 140h) when the terminal voltage is fluctuated by the voltage fluctuating unit.
A laser device comprising - at least one large area vertical cavity surface emitting laser, said laser having an optical axis, the large area vertical cavity surface emitting laser comprising an outcoupling mirror, wherein a reflectivity of the outcoupling mirror is selected such that the large area vertical cavity surface emitting laser does not lase without external feedback, and - at least one optical feedback element (201, 301-308) providing an angular-selective feedback for laser radiation emitted from said laser, - said angular-selective feedback being higher for at least one portion of laser radiation emitted at angles θ > 0 to said optical axis than for laser radiation emitted on said optical axis, wherein said angular-selective feedback is higher for portions of laser radiation which are point symmetric about said optical axis than for laser radiation emitted on said optical axis such that an intensity distribution of laser radiation in a working plane is point symmetric about the optical axis, characterised in that the optical feedback element (201, 301-308) is designed such that a product of the reflectivities of the outcoupling mirror and a surface portion of the feedback element (201, 301-308) providing the higher feedback is larger than 98%. - at least one large area vertical cavity surface emitting laser, said laser having an optical axis, the large area vertical cavity surface emitting laser comprising an outcoupling mirror, wherein a reflectivity of the outcoupling mirror is selected such that the large area vertical cavity surface emitting laser does not lase without external feedback, and - at least one optical feedback element (201, 301-308) providing an angular-selective feedback for laser radiation emitted from said laser, - said angular-selective feedback being higher for at least one portion of laser radiation emitted at angles θ > 0 to said optical axis than for laser radiation emitted on said optical axis, wherein said angular-selective feedback is higher for portions of laser radiation which are point symmetric about said optical axis than for laser radiation emitted on said optical axis such that an intensity distribution of laser radiation in a working plane is point symmetric about the optical axis,
A passenger boarding bridge with a cabin and a coupling module for forming an interface between the cabin and an aircraft, wherein - the coupling module has a floor assembly and a canopy roof spanning the floor assembly, - the floor assembly is attached by at least one detachable attachment means to the cabin with its end face facing the cabin and is spaced apart from its end face and is connected to the cabin by at least one bracing means (17, 19), characterized in that the cabin has a console for attachment of the at least one bracing means (17, 19) at each high side, wherein the console protrudes laterally above the cabin and the floor assembly corresponding to the console protrudes laterally above the canopy roof and the at least one bracing means (17, 19) is moved laterally past the canopy roof. - the coupling module has a floor assembly and a canopy roof spanning the floor assembly, - the floor assembly is attached by at least one detachable attachment means to the cabin with its end face facing the cabin and is spaced apart from its end face and is connected to the cabin by at least one bracing means (17, 19),
A supporting framework, comprising a plurality of nodes and at least one framework component, the framework component, selected from a group, consisting of at least one diagonal brace, at least one panel and combinations thereof, at least one of the nodes, comprising at least one connector and at least two bars, each of the connectors comprising a plurality of mating bores, and each of the bars, having a first end inserted into one of the mating bores of the connector of a first node and a second end, inserted into one of the mating bores of the connector of another node, wherein at least one of the nodes, further comprises, at least one holder, having a plurality of supporting faces, characterized in that, the corresponding connector, further comprises, at least one holder mating bore, and a first end of the holder is inserted into one of the holder mating bores and a second end thereof, extends outward the connector and connects to at least one of the framework components, and in that the holder and the bars are located, in relation to each other, such that, the supporting faces of the holder, are in contact with and substantially enclose the proximal portion of the at least two bars, in a manner, stabilizing the first end and transferring the load of the framework components to the bars as well as to the connector.