mhurhangee/ep-ind-claims huggingface dataset:
A voltage measuring device for a battery cell of a vehicle, comprising: a pair of voltage measurement connection parts configured to measure a voltage of a battery cell by being respectively connected to a negative electrode and a positive electrode of the battery cell; an electrical connection part provided between the pair of voltage measurement connection parts and configured to connect the pair of voltage measurement connection parts to be electrically connectable with each other; and a voltage transmission connector provided at one of the pair of voltage measurement connection parts and configured to guide the voltage of the battery cell to be transmitted to the outside, wherein each of the pair of voltage measurement connection parts includes: a body having a circuit formed therein; a connection terminal provided in the body and connected to the battery cell; and a connection connector provided in the body and connected to the electrical connection part, characterized in that the circuit includes an electrical conducting pattern formed in the body by laser direct structuring. a pair of voltage measurement connection parts configured to measure a voltage of a battery cell by being respectively connected to a negative electrode and a positive electrode of the battery cell; an electrical connection part provided between the pair of voltage measurement connection parts and configured to connect the pair of voltage measurement connection parts to be electrically connectable with each other; and a voltage transmission connector provided at one of the pair of voltage measurement connection parts and configured to guide the voltage of the battery cell to be transmitted to the outside, wherein each of the pair of voltage measurement connection parts includes: a body having a circuit formed therein; a connection terminal provided in the body and connected to the battery cell; and a connection connector provided in the body and connected to the electrical connection part, characterized in that the circuit includes an electrical conducting pattern formed in the body by laser direct structuring. a body having a circuit formed therein; a connection terminal provided in the body and connected to the battery cell; and a connection connector provided in the body and connected to the electrical connection part, characterized in that the circuit includes an electrical conducting pattern formed in the body by laser direct structuring.
A side frame of a printing unit for front-side storage of printing mechanism cylinders (06; 07) of four printing mechanisms forming two double printing mechanisms with a frame front wall closer to the printing mechanism cylinders (06; 07) to be stored, through which pins (31; 32) of the printing mechanism cylinders (06; 07) of both double printing mechanisms or the pin continuation shafts may be implementable and/or implemented on a frame wall side turned away from the cylinders of the frame front wall, with at least two wall sections which are essentially positioned vertically on the frame wall side turned away from the cylinders of the frame front wall and formed in one piece or at least rigidly bound to the latter, wherein both wall sections are positioned spaced apart in a horizontal direction so that the vertical planes of at least all of the printing mechanism cylinders (06; 07) of the four printing mechanisms run through the axes of rotation (R06; R07) of the printing mechanism cylinders (06; 07) between both wall sections wherein both wall sections on a height spaced apart from the frame front wall in an axial direction of the printing mechanism cylinders (06; 07) respectively in at least a vertical area above an axis of rotation (R06; R07) of an uppermost printing mechanism cylinder (06; 07) and below an axis of rotation (R06; R07) of an undermost printing mechanism cylinder (06; 07) are connected to a supporting construction comprising at least one supporting element, which is formed over the whole connection width between both wall sections and which, in the mounted state on an outer side turned away from the printing mechanism cylinders, bears at least one drive motor for driving one or several printing mechanism cylinders (06; 07), characterized in that the supporting construction is formed stiffly against a deflection in an axial direction, while it has along at least one path reaching over the whole connection width, a homogeneous or heterogeneous total material thickness, considered in an axial direction of the printing mechanism cylinders (06; 07), of at least 10 mm, and in that the supporting construction in its structure comprises at least a basin-like recess and said at least one drive motor is positioned in said at least one basin-like recess.
A woven or knitted fabric comprising: a polyurethane resin applied portion on at least a portion of a surface side of the fabric constituted by fibers; and an uneven-surface design shaped on the polyurethane resin applied portion by embossing characterised in that the polyurethane resin applied portion is a region in which a polyurethane resin which is applied is present, and the polyurethane resin permeates between the fibers at least in a surface portion of the fabric such that a surface of the fabric is formed by the polyurethane resin and the fibers, and in the polyurethane resin applied portion, an application depth of the polyurethane resin is 50 to 200 μm, a filling ratio of the polyurethane resin is 15% to 45%, and a filling ratio of the fibers is 50% to 80%. a polyurethane resin applied portion on at least a portion of a surface side of the fabric constituted by fibers; and an uneven-surface design shaped on the polyurethane resin applied portion by embossing characterised in that the polyurethane resin applied portion is a region in which a polyurethane resin which is applied is present, and the polyurethane resin permeates between the fibers at least in a surface portion of the fabric such that a surface of the fabric is formed by the polyurethane resin and the fibers, and in the polyurethane resin applied portion, an application depth of the polyurethane resin is 50 to 200 μm, a filling ratio of the polyurethane resin is 15% to 45%, and a filling ratio of the fibers is 50% to 80%.
A MEMS mirror having a stator, a rotor, and an actuator with at least one pair of mutually interdigitated comb elements including at least a first comb element (16SL1, 16SL2, 16SR1, 16SR2) fixed to the stator and at least a second comb element (16RL1, 16RL2, 16RR1, 16RR2) fixed to the rotor, the rotor being coupled at mutually opposite sides via a respective torsion beam (20A, 20B) to the stator, wherein the respective torsion beams extend along a rotation axis in a reference plane to allow the actuator to rotate the rotor within a rotation range relative to the stator along the rotation axis, the rotor having a rotor body and a rotor support, fixed at a first face of the rotor body, that keeps the rotor body at a distance from the stator within said rotation range, the rotor body having a mirror surface at a second face opposite the first face, the MEMS mirror comprising the stator and the rotor support at mutually opposite sides of the reference plane, the MEMS mirror being characterised in that the reference plane is defined by the actuator in a neutral position of the rotor, is located between the top surface and the bottom surface of the first comb element and is parallel thereto.
Method for controlling the pitch angle of blades of an engine cooling fan wherein the radiator of the engine is provided with a cooling fan having blades extending radially from a central hub; the cooling fan is designed to control the pitch angles ( α) that the blades form with respect to a plane perpendicular to the fan's axis to regulate the quantity of air that is supplied by the fan to the radiator; the pitch angle ( α) is regulated from a first limit value ( αmin) for which the cooling flux has a first value to a second limit value ( αMax) for which the cooling flux has a second value greater than the first value, the pitch angle ( α) is determined based on quantities measured in the engine characterized by comprising the steps of: detecting the engine speed; calculating (block 200) the first derivative of the engine speed to detect accelerations of the engine; comparing the calculated derivative with a threshold value and if the calculated derivative is greater than the threshold value (block 210), detecting a strong engine acceleration and disregarding the calculated pitch angle and setting the angle to the first minimum value ( αmin) so that, during accelerations, the energy drawn by cooling fan is reduced. the pitch angle ( α) is regulated from a first limit value ( αmin) for which the cooling flux has a first value to a second limit value ( αMax) for which the cooling flux has a second value greater than the first value, the pitch angle ( α) is determined based on quantities measured in the engine characterized by comprising the steps of: detecting the engine speed; calculating (block 200) the first derivative of the engine speed to detect accelerations of the engine; comparing the calculated derivative with a threshold value and if the calculated derivative is greater than the threshold value (block 210), detecting a strong engine acceleration and disregarding the calculated pitch angle and setting the angle to the first minimum value ( αmin) so that, during accelerations, the energy drawn by cooling fan is reduced. detecting the engine speed; calculating (block 200) the first derivative of the engine speed to detect accelerations of the engine; comparing the calculated derivative with a threshold value and if the calculated derivative is greater than the threshold value (block 210), detecting a strong engine acceleration and disregarding the calculated pitch angle and setting the angle to the first minimum value ( αmin) so that, during accelerations, the energy drawn by cooling fan is reduced.
Method for carrying out a health check of at least two cameras (12a-12d) comprising the steps of: - initiating a health check process; - checking, in response to the initiating step and for each of the at least two cameras (12a-12d), for motion events stored in a database storing motion events, if the checking for motion events indicates that a motion event has been stored in the database for each of the at least two cameras (12a-12d), then the method further comprises: - selecting, for each of the at least two cameras, one motion event found when checking for motion events stored in the database; - retrieving, for each of the at least two cameras, a single video clip captured by the camera (12a-12d), the single video clip being of a predetermined length of time and corresponding to the one motion event selected for the camera (12a-12d); - composing a single video sequence including the retrieved video clips captured by the at least two cameras (12a-12d), together with corresponding camera identifications; and - displaying the composed video sequence for evaluation, wherein the retrieved video clips are displayed sequentially with the corresponding camera identification. - initiating a health check process; - checking, in response to the initiating step and for each of the at least two cameras (12a-12d), for motion events stored in a database storing motion events, - selecting, for each of the at least two cameras, one motion event found when checking for motion events stored in the database; - retrieving, for each of the at least two cameras, a single video clip captured by the camera (12a-12d), the single video clip being of a predetermined length of time and corresponding to the one motion event selected for the camera (12a-12d); - composing a single video sequence including the retrieved video clips captured by the at least two cameras (12a-12d), together with corresponding camera identifications; and - displaying the composed video sequence for evaluation, wherein the retrieved video clips are displayed sequentially with the corresponding camera identification.
An interstitial hyperthermia device having an electrode structure to be coupled to an electric power source for providing an alternating electric field for heating up a patient's tissue; said device provided with a hollow source guide for conducting a radiation source capsule to be moved by a guidewire; said hollow source guide having an inner wall for guiding the source capsule and an outer wall to be contacted with the patient's tissue; characterised in that the outer wall being provided with the electrode structure arranged on the outer wall of the hollow source guide and having a dielectric coating layer shielding the electrode structure from the patient's tissue.
A molded product made of fiber material (2"') with a connection element, characterized in that the connection element (11"') has a connecting wall with holes through which the fiber material of the molded product (2"') projects.
A method for preparing a metal product, comprising: applying a polymer film to a surface of a metal substrate; applying a layer of wax to an outer layer of the polymer film and characterized in comprising heating the polymer film and the layer of wax to a temperature above a melting temperature of the polymer film. applying a polymer film to a surface of a metal substrate; applying a layer of wax to an outer layer of the polymer film and characterized in comprising heating the polymer film and the layer of wax to a temperature above a melting temperature of the polymer film.
Fixing means for fixation of bone fragments at bone fractures, wherein the fixing means comprises a sleeve and at least one pin which is provided in said sleeve, wherein the sleeve has an open rear end portion and a front end portion with at least one opening in a longitudinal side of the sleeve, wherein the pin is configured to be displaced in a forward direction relative to the sleeve for driving at least one front end portion of the pin out of the sleeve through the opening therein and into bone material in one of the bone fragments, wherein said front end portion of the pin, in operative position, extends out of the sleeve through the opening therein and engages the bone material in said one bone fragment, and wherein the pin is configured to be displaced in a backward direction relative to the sleeve for retracting the front end portion of the pin out of the bone material in said one bone fragment and into the sleeve, characterized in that the pin consists of two members, wherein a first member is a fixing member which is made in one piece with the front end portion, and wherein a second member is a driving and retraction member which is rotatably connected to the fixing member, and that the driving and retraction member of the pin is configured to, during rotation in a first direction of the driving and retraction member relative to the fixing member of the pin, displace the fixing member and the driving and retraction member of the pin in a forward direction relative to the sleeve for driving the front end portion of the pin out of the sleeve and into the bone material in said one bone fragment and, during rotation in a second, opposite direction of the driving and retraction member relative to the fixing member, displace the fixing member and the driving and retraction member of the pin in a backward direction relative to the sleeve for retracting or pulling the front end portion of the pin out of the bone material in said one bone fragment and into the sleeve.
A gear unit, having an input shaft, a flange part and a housing part which is screw-connected to the flange part, wherein the input shaft is mounted in the housing part by means of bearings, wherein a fan is connected non-rotatably to the shaft, wherein the housing part has cooling fins, in particular which extend in the axial direction, i.e. the axis direction of the shaft, wherein the cooling fins are embodied in a stepped manner, wherein the flange part surrounds the stepped region of the cooling fins, in particular surrounds it in a housing-forming manner, characterised in that with each cooling fin which is arranged on the housing part and the covered radial distance region of which overlaps with the radial distance region covered by the flange part there is associated, in particular is associated one-to-one, an elevation arranged on the flange part, the respective elevation being arranged at the same angle-at-circumference position as the cooling fin which is associated in each case.
A compliant foil radial bearing comprising: a bushing comprising a bore defined therethrough; a spring foil (120, 130) arranged to conform to a radially inner surface of the bore; a fluid foil (140, 150) arranged to conform to a radially inner surface of the spring foil for rotatably receiving a rotor; wherein the spring foil comprises: a plurality of axially oriented strips; and a plurality of retaining portions arranged to extend axially and radially outside the radially inner surface of the bore characterized in that adjacent ones of the plurality of axially oriented strips are interconnected by a respective one of the plurality of retaining portions, wherein each of the plurality of retaining portions is provided in the form of a loop. a bushing comprising a bore defined therethrough; a spring foil (120, 130) arranged to conform to a radially inner surface of the bore; a fluid foil (140, 150) arranged to conform to a radially inner surface of the spring foil for rotatably receiving a rotor; wherein the spring foil comprises: a plurality of axially oriented strips; and a plurality of retaining portions arranged to extend axially and radially outside the radially inner surface of the bore characterized in that adjacent ones of the plurality of axially oriented strips are interconnected by a respective one of the plurality of retaining portions, wherein each of the plurality of retaining portions is provided in the form of a loop. a plurality of axially oriented strips; and a plurality of retaining portions arranged to extend axially and radially outside the radially inner surface of the bore characterized in that adjacent ones of the plurality of axially oriented strips are interconnected by a respective one of the plurality of retaining portions, wherein each of the plurality of retaining portions is provided in the form of a loop.
Use of a material for covering adhesive layers, said material being able to be removed substantially without residue from the adhesive layer, characterised in that the material has a substantially planar surface having structures distributed across the surface and directed outwardly and/or inwardly, wherein the inwardly and/or outwardly directed structures are distributed statistically across the whole surface of the material, and the outwardly and/or inwardly directed structures on the surface are open or closed pores or honey-combed structures, wherein the remaining contact surface K of the covering material in the direction of the adhesive layer is maximum 30% of the surface A of the covering material.
A system for simultaneously generating a digital bite line and a limited visibility bite line for use in assembling a shoe, the system comprising: a turntable that receives a shoe sole assembly and rotates at a known rate; a press that applies a predetermined pressure to a lasted shoe upper to engage the lasted shoe upper with a shoe sole assembly retained upon the turntable, the press operable to apply the predetermined pressure to the lasted upper while the shoe sole assembly and lasted upper are rotated at the known rate; and a stylus assembly comprising a limited visibility marking tip that contacts the shoe upper at a junction line between the lasted shoe upper and the shoe sole assembly and a digital bite line creation unit that communicates measurements of the location of the stylus assembly at predetermined time intervals to a computing device to generate a digital bite line representative of the measurements made of the location of the stylus assembly.
An adjustable pole comprising: a first elongated tubular member slidably coupled with a second elongated tubular member; a rod having a plurality of indentations and a proximal end and a distal end, and an end member attached to the distal end of said rod; a locking tube having at least one opening in the wall of said tube and having a proximal end and a distal end; wherein said rod is slidably coupled inside said locking tube; at least one substantially spherical member positioned in said at least one opening in the wall of said locking tube; characterised in that the pole further comprises a stop collar coupled with the distal end of said locking tube; an actuating collar, having a proximal edge and a distal edge and an indentation on its interior surface, that is slidably coupled with said locking tube distal to said stop collar; a spacing tube having a proximal end and a distal end and a longitudinal channel running along the entire exterior length; an engagement member, having a proximale end and a distal end, the distal end connected to the proximal edge of said actuating collar and resting in the longitudinal groove on said spacing tube; and a first elastomeric member located distal to said rod and inside said spacing tube.
A tower crane, of the foldable and unfoldable type between a working configuration and a transport configuration, having a boom hinged in rotation relative to a mast about a main axis of rotation, said tower crane including a rear retainer fastened to a frame supporting said mast and to a stanchion, said stanchion being provided to extend said boom rearwardly of said main axis of rotation and designed to be displaceable relative to said boom between a working position and a transport position, said tower crane being characterized in that it includes a lifting cable connected to a winding device designed to exert, on said lifting cable, a tension force, said tension force being applied on said stanchion by means of a return system designed to cooperate with said lifting cable, so as to cause a displacement of said stanchion from its working position to its transport position.
An airfoil structure comprising: an airfoil having a leading edge; and a platform including a first side attached to the airfoil and a second side opposite the airfoil, wherein the platform includes a relief cut on the second side of the platform axially aligned with the leading edge, characterized in that: the relief cut is non-symmetric relative to a leading edge of the platform, the relief cut being spaced inward from a perimeter of the platform. an airfoil having a leading edge; and a platform including a first side attached to the airfoil and a second side opposite the airfoil, wherein the platform includes a relief cut on the second side of the platform axially aligned with the leading edge, characterized in that: the relief cut is non-symmetric relative to a leading edge of the platform, the relief cut being spaced inward from a perimeter of the platform.