mhurhangee/ep-ind-claims huggingface dataset:
Heatable laminated side pane for an openable side window of a motor vehicle, with an upper edge, a lower edge, a front edge, and a rear edge, at least comprising an outer pane and an inner pane, which are bonded to one another via a thermoplastic intermediate layer, and at least one heating wire embedded in the intermediate layer, which heating wire runs between a first busbar and a second busbar and is electrically conductively connected to the busbars (5, 6), wherein the first busbar and the second busbar are arranged along the front edge or the rear edge, wherein the maximum distance of the busbars (5, 6) from that edge, along which they are arranged, is less than 3 cm, and wherein the minimum distance of the busbars (5, 6) from that edge, along which they are arranged, it is greater than 3 mm, wherein the distance between adjacent heating wires or heating wire sections decreases from the rear edge to the front edge at least in sections.
A tilting vehicle having a tilting front axle, comprising a deformable double parallelogram (12, 22) linking the two front wheels (10, 20) to the chassis (1, 8), and two shock absorbers (19, 29) combined with suspension springs, each linking one of the suspension arms, or one of the links rods (13, 23, 14, 24) of one of the deformable parallelograms to a common connecting plate, characterized in that said connecting plate can move in translation along an arc secured to the chassis (1, 8) and guiding the connecting plate along a predetermined trajectory to produce a restoring torque opposing the amplification of the tilt angle of the vehicle in case of unwanted tilting when the vehicle is stopped or moving at a low speed.
Tyre made of rubber material comprising a sidewall and a marking, this marking being positioned in a housing recessed into the sidewall, the said tyre comprising a texture, said texture being an organized arrangement of a plurality of elements, all or part of the elements of the arrangement being repeats of one single basic element, said texture comprising a plurality of strands distributed at a density at least equal to five strands per square millimetre (mm 2), each strand having a mean cross section of between 0.0007 mm 2 and 0.06 mm 2 characterized in that the texture surrounds all or part of the marking in the housing and in that the strands of the texture are set back in the housing and in that the texture 9 is present in just part of the housing 7, around the marking 5 and in that the strands of the texture end flush with the sidewall of the tyre, the tips of marking 5 lie at the same level as the level 6 extending the sidewall 3 above the housing 7.
A surgical tool device, comprising a guiding part, a tool part; and an endoscope with a working channel (2.1) through which the guiding part and the tool part guiding in same can be moved with their distal ends to a distal working area, wherein the guiding part is rigidly connectable to the endoscope without a relative axial movement, characterized in that the tool part has a tool shaft (5.1) with a rotary tool (5.3), that the endoscope has a circumferential groove (2.7) at the proximal end of the endoscope and the guiding part has a movably mounted projection (3.13) formed on the guiding part at the distal end of a rocker catch (3.7) for meshing with the circumferential groove (2.7) and that in case of an axially agreeing arrangement of the circumferential groove (2.7) of the endoscope and of the projection (3.13) of the guiding part, the projection (3.13) is pressable into the circumferential groove (2.7) under the action of a transition part (4.2) of a guiding cannula of the device for fixing the endoscope and the guiding part axially and that the guiding part is rigidly connectable with the endoscope axially, whereby when connected, there is no relative movement in an axial direction.
A control system for a fiber-optic gyroscope, comprising: a phase modulator for modulating a phase of a light signal; a control unit for generating a control signal, by the value of which the phase is modulated and that is fed to the phase modulator; characterized in that the control signal varies statistically and has an expected value of zero; and the control unit comprises a random number generator that generates random numbers r between 0 and q with a probability of 1/q; the control unit generates a primary signal having a value of x; the control signal has a value of (x-x r); and it applies: x r = 0 for x+r < q and x r = q for x+r ≥ q. a phase modulator for modulating a phase of a light signal; a control unit for generating a control signal, by the value of which the phase is modulated and that is fed to the phase modulator; characterized in that the control signal varies statistically and has an expected value of zero; and the control unit comprises a random number generator that generates random numbers r between 0 and q with a probability of 1/q; the control unit generates a primary signal having a value of x; the control signal has a value of (x-x r); and it applies: x r = 0 for x+r < q and x r = q for x+r ≥ q.
A process for assembling an epicyclic or planetary gear train of a planet gear carrier comprising one or more bores, each of the bores being intended to receive a pivot, the process comprising the following steps: a) manufacturing at least one pivot comprising a real axis distinct from a theoretical axis; b) measuring the position of a real axis of each of said one or more bores of the carrier; the real axis of each of said one or more bores being distinct from the theoretical axis of each of said one or more bores; c) for each bore of the carrier, mounting a pivot in said bore and angularly orienting it so that the eccentricity of the pivot at least partially makes up for the eccentricity of said bore. a) manufacturing at least one pivot comprising a real axis distinct from a theoretical axis; b) measuring the position of a real axis of each of said one or more bores of the carrier; the real axis of each of said one or more bores being distinct from the theoretical axis of each of said one or more bores; c) for each bore of the carrier, mounting a pivot in said bore and angularly orienting it so that the eccentricity of the pivot at least partially makes up for the eccentricity of said bore.
An elastomeric composition comprising, per 100 parts by weight of rubber (phr): about 30 to about 50 phr of polybutadiene having a cis-1,4 linkage content of at least 95%; about 40 to about 70 phr of a styrene/butadiene copolymer; about 0 to about 20 phr of natural rubber or polyisoprene; about 0 to about 30 phr of a processing oil; about 10 to about 30 phr of a hydrocarbon resin; about 50 to about 75 phr of a filler; a curative agent; an antioxidant; and about 5 to about 40 phr of a butyl copolymer rubber containing about 85 to about 99.5 mol% C 4 -C 7 isoolefins and from about 0.5 to about 15 mol% C 4 -C 14 conjugated dienes. about 30 to about 50 phr of polybutadiene having a cis-1,4 linkage content of at least 95%; about 40 to about 70 phr of a styrene/butadiene copolymer; about 0 to about 20 phr of natural rubber or polyisoprene; about 0 to about 30 phr of a processing oil; about 10 to about 30 phr of a hydrocarbon resin; about 50 to about 75 phr of a filler; a curative agent; an antioxidant; and about 5 to about 40 phr of a butyl copolymer rubber containing about 85 to about 99.5 mol% C 4 -C 7 isoolefins and from about 0.5 to about 15 mol% C 4 -C 14 conjugated dienes.
An access control device for controlling an access of a user to an access area, the access control device comprising: a communication interface which is configured to receive a movement profile from a mobile communication device, wherein the movement profile indicates a detected movement of the mobile communication device; a processor which is configured to compare the movement profile with a predetermined movement profile, to determine a similarity measure between the movement profile and the predetermined movement profile, and to grant the access to the access area if the determined similarity measure exceeds a predetermined threshold value; and a camera which is configured to capture a plurality of images of the mobile communication device in order to obtain a video sequence; wherein the processor is configured to determine a further movement of the mobile communication device on the basis of the video sequence, to derive a further movement profile from the detected further movement of the mobile communication device, wherein the further movement profile indicates the detected further movement of the communication device, to compare the further movement profile with the predetermined movement profile, to determine a further similarity measure between the further movement profile and the predetermined movement profile, and to grant the access to the access area if the determined further similarity measure exceeds the predetermined threshold value. a communication interface which is configured to receive a movement profile from a mobile communication device, wherein the movement profile indicates a detected movement of the mobile communication device; a processor which is configured to compare the movement profile with a predetermined movement profile, to determine a similarity measure between the movement profile and the predetermined movement profile, and to grant the access to the access area if the determined similarity measure exceeds a predetermined threshold value; and a camera which is configured to capture a plurality of images of the mobile communication device in order to obtain a video sequence; wherein the processor is configured to determine a further movement of the mobile communication device on the basis of the video sequence, to derive a further movement profile from the detected further movement of the mobile communication device, wherein the further movement profile indicates the detected further movement of the communication device, to compare the further movement profile with the predetermined movement profile, to determine a further similarity measure between the further movement profile and the predetermined movement profile, and to grant the access to the access area if the determined further similarity measure exceeds the predetermined threshold value.
A timepiece shaft (1; 1'; 1"), especially a balance shaft, comprising a first functional portion (2a; 2b) including at least one part (221a; 221b) of a pivot-shank (22a; 22b) and/or at least one part (211a; 211b) of a pivot (21a; 21b; 21'; 21"; 21*), wherein the first functional portion is made entirely of ceramic and a first outer diameter of the first functional portion is less than 0.5 mm, or less than 0.4 mm, or less than 0.2 mm, or less than 0.1 mm.
A suspension device (510, 510', 610, 710) for a bed base or a seat, comprising: • an upper section (512, 612, 712) fitted with a tray (514, 614, 714) capable of supporting a mattress; • a lower section (520, 520', 620, 720) comprising means for fixing the suspension device to the bed base or to the seat, said lower section being connected to the upper section by suspension means (630, 730); • means for modifying the stiffness of the suspension device, comprising a mobile element (540, 540', 640, 740) relative to the suspension device so it can be shifted at least between a first position and a second position for modifying the stiffness of the suspension device; wherein the mobile element (540, 540', 640, 740) is fitted with at least one first elastic body which is configured to deform elastically when the mobile element is brought from one position to the other, characterized in that the mobile element is capable of pivoting relative to the suspension device about at least one first axis of rotation which is solid to the lower section to move from one position to the other. • an upper section (512, 612, 712) fitted with a tray (514, 614, 714) capable of supporting a mattress; • a lower section (520, 520', 620, 720) comprising means for fixing the suspension device to the bed base or to the seat, said lower section being connected to the upper section by suspension means (630, 730); • means for modifying the stiffness of the suspension device, comprising a mobile element (540, 540', 640, 740) relative to the suspension device so it can be shifted at least between a first position and a second position for modifying the stiffness of the suspension device; wherein the mobile element (540, 540', 640, 740) is fitted with at least one first elastic body which is configured to deform elastically when the mobile element is brought from one position to the other, characterized in that the mobile element is capable of pivoting relative to the suspension device about at least one first axis of rotation which is solid to the lower section to move from one position to the other.
A display support arm assembly configured for vertical adjustment of a display, the display support arm assembly comprising: an upper support arm, the upper support arm having a proximal housing a distal housing spaced from the proximal housing and configured to support a gas strut extending between the proximal housing and the distal housing, the gas strut providing force throughout a range of the vertical adjustment of the upper display support arm, a cable management extension extending from the proximal housing, the cable management extension having a loop portion positioned to retain a cable and characterized by a keeper; a lower support arm, the lower support arm having a securing mechanism configured to engage the keeper of the cable management extension of the upper support arm, and an actuator configured to disengage the keeper from the securing mechanism. an upper support arm, the upper support arm having a proximal housing a distal housing a proximal housing a distal housing spaced from the proximal housing and configured to support a gas strut extending between the proximal housing and the distal housing, the gas strut providing force throughout a range of the vertical adjustment of the upper display support arm, a cable management extension extending from the proximal housing, the cable management extension having a loop portion positioned to retain a cable and characterized by a keeper; a lower support arm, the lower support arm having a securing mechanism configured to engage the keeper of the cable management extension of the upper support arm, and an actuator configured to disengage the keeper from the securing mechanism.
Method for controlling a hydraulic press which has at least one main pump (P 1) which can be driven by means of a main electric motor (M 1) and by means of which a hydraulic fluid can be conveyed to an adjustable press part, the main electric motor (M 1) being switched off during an idling phase of the hydraulic press and being switched on again at the end of the idling phase and being run up to a predefined rotational speed, the main pump (P 1) being switched into a drive mode in order to run up the main electric motor (M 1), in which drive mode said main pump (P 1) is driven by the hydraulic fluid, which flows through it, and drives the main electric motor (M 1), and the hydraulic fluid being conveyed through the main pump (P 1) by means of an auxiliary drive (M H, P H), with the result that the main pump (P 1) drives the main electric motor (M 1), the auxiliary drive being an auxiliary electric motor (M H) which drives an auxiliary pump (P H), by means of which the hydraulic liquid is conveyed through the main pump (P 1), and the main electric motor (M 1) being supplied with electric energy when a predefined rotational speed is reached, and the main pump (P 1) being switched into a pump mode.
A coin deposit and dispensing apparatus comprising a cabinet serving as an apparatus housing for said apparatus; a control means for controlling said apparatus; a cash processing module adapted to receive a deposited mass of coins; and a plurality of dispensers for coins to be dispensed, said dispensers each comprising a hopper mounted on an ejector/counter, said each of said hoppers having an upper part for receiving pre-sorted coins or, in case the cash processing module includes a coin acceptance module, receiving coins from said coin acceptance module, and a lower part connected the ejector/counter; wherein, in a deposit operation, said dispensers are adapted to receive said deposited mass of coins for buffering therein; and wherein, in a dispensing operation, said dispensers are adapted to dispense a specific composition of coins, under control of said control means, to a portable coin receptacle (160, 166) at a dispense location; the apparatus further comprising a till filling distributor unit comprising a set of a plurality of releasably mounted till filling distributors, said till filling distributors being releasably and slidably mounted in a frame means, said filling distributors being adapted to be releasably mounted in a plurality of configurations and positions within said frame means, said frame means being slidably mounted in the apparatus; each till filling distributor comprising a wide upper opening, a narrow lower opening, and a pipe-like structure between these openings, where the till filling distributor unit is designed in such a way that in a dispensing operation a till filling distributor is located below each dispenser involved in the dispensing operation, whereby each till filling distributor is adapted for receiving coins from a dispenser located above said distributor into the wide upper opening of the distributor and to guide the coins through said narrow lower opening to a portable cash receptacle (160, 166).
A method of making an optical effect layer associated with a substrate, the method comprising: providing a substrate associated with a coating composition comprising magnetic or magnetizable pigment particles; providing a permanent magnet assembly producing a first magnetic field; providing an electromagnet assembly including a winding assembly and drive producing an oscillating or rotating second magnetic field that interacts with the first magnetic field to spin the permanent magnet assembly to rotate the first magnetic field; and applying the first magnetic field whilst the first magnetic field rotates by spinning of the permanent magnet assembly to aggregately orient the magnetic or magnetizable pigment particles to create the optical effect layer. providing a substrate associated with a coating composition comprising magnetic or magnetizable pigment particles; providing a permanent magnet assembly producing a first magnetic field; providing an electromagnet assembly including a winding assembly and drive producing an oscillating or rotating second magnetic field that interacts with the first magnetic field to spin the permanent magnet assembly to rotate the first magnetic field; and applying the first magnetic field whilst the first magnetic field rotates by spinning of the permanent magnet assembly to aggregately orient the magnetic or magnetizable pigment particles to create the optical effect layer.
A microcontroller comprising: a central processing unit; and a plurality of peripheral units (18; 20); characterized by a peripheral trigger generator comprising a user programmable state machine, wherein the peripheral trigger generator (16; 100) is configured to receive a plurality of input signals and is programmable to automate timing functions depending on at least one of said input signals and generate at least one output signal, wherein the at least one output signal is a trigger signal that controls one of said peripheral units (18; 20) independently from said CPU. a central processing unit; and a plurality of peripheral units (18; 20);
A strain wave gearing comprising: a rigid internally toothed gear (6; 26); a flexible externally toothed gear (7; 27) that is made to flex into a non-circular shape to partially mesh with the internally toothed gear; and a wave generator (8; 28) for generating a wave motion that repeatedly flexes each part in a circumferential direction of the externally toothed gear in a radial direction so that partial meshing positions of the externally toothed gear with the internally toothed gear move in a circumferential direction of the internally toothed gear, wherein the wave generator has a plurality of wave-generating members (16 to 16; 36 to 36) arranged at positions at a prescribed angular interval along the circumferential direction of the externally toothed gear; the strain wave gearing being characterized in that each of the wave-generating members has an outer circumferential cam surface (16a; 36a) that faces the externally toothed gear in the radial direction and repeatedly flexes each part of the externally toothed gear in the radial direction with a prescribed amplitude when each of the wave-generating members rotates centered on a rotation center line that is parallel to a center axis line of the externally toothed gear. a rigid internally toothed gear (6; 26); a flexible externally toothed gear (7; 27) that is made to flex into a non-circular shape to partially mesh with the internally toothed gear; and a wave generator (8; 28) for generating a wave motion that repeatedly flexes each part in a circumferential direction of the externally toothed gear in a radial direction so that partial meshing positions of the externally toothed gear with the internally toothed gear move in a circumferential direction of the internally toothed gear, wherein the wave generator has a plurality of wave-generating members (16 to 16; 36 to 36) arranged at positions at a prescribed angular interval along the circumferential direction of the externally toothed gear; the strain wave gearing being characterized in that each of the wave-generating members has an outer circumferential cam surface (16a; 36a) that faces the externally toothed gear in the radial direction and repeatedly flexes each part of the externally toothed gear in the radial direction with a prescribed amplitude when each of the wave-generating members rotates centered on a rotation center line that is parallel to a center axis line of the externally toothed gear.
A method comprising: forming a plurality of individual layers on a layer by layer basis to form a carbon fiber preform including the plurality of individual layers, wherein each individual layer of the plurality of individual layers comprises a plurality of carbon fibers and a mixture including a resin and an additive powder, wherein each individual layer of the plurality of individual layers is formed by at least: forming a carbon fiber layer comprising the plurality of carbon fibers, and depositing the mixture including the resin and the additive powder via a print head of a three-dimensional printing system on the carbon fiber layer; carbonizing the carbon fiber preform; and densifying the carbonized carbon fiber preform to form a densified carbon-carbon composite material. forming a plurality of individual layers on a layer by layer basis to form a carbon fiber preform including the plurality of individual layers, wherein each individual layer of the plurality of individual layers comprises a plurality of carbon fibers and a mixture including a resin and an additive powder, wherein each individual layer of the plurality of individual layers is formed by at least: forming a carbon fiber layer comprising the plurality of carbon fibers, and depositing the mixture including the resin and the additive powder via a print head of a three-dimensional printing system on the carbon fiber layer; forming a carbon fiber layer comprising the plurality of carbon fibers, and depositing the mixture including the resin and the additive powder via a print head of a three-dimensional printing system on the carbon fiber layer; carbonizing the carbon fiber preform; and densifying the carbonized carbon fiber preform to form a densified carbon-carbon composite material.