mhurhangee/ep-ind-claims huggingface dataset:
A brake assembly for a heavy commercial vehicle, the brake assembly comprising: a caliper comprising a guide bore; a brake carrier arranged to receive a brake pad; a guide pin comprising a guide sleeve secured to the brake carrier, the guide pin defining an axial direction (B-B) and being received within the guide bore of the caliper such that the caliper is slideable relative to the brake carrier along the guide sleeve; and a lock arrangement at least partially interposed between the guide bore and the guide sleeve, the lock arrangement comprising a friction element, wherein the lock arrangement is operable to selectively apply a force to the friction element in order to increase friction between the guide sleeve and the guide bore and inhibit relative sliding between the caliper and the brake carrier. a caliper comprising a guide bore; a brake carrier arranged to receive a brake pad; a guide pin comprising a guide sleeve secured to the brake carrier, the guide pin defining an axial direction (B-B) and being received within the guide bore of the caliper such that the caliper is slideable relative to the brake carrier along the guide sleeve; and a lock arrangement at least partially interposed between the guide bore and the guide sleeve, the lock arrangement comprising a friction element, wherein the lock arrangement is operable to selectively apply a force to the friction element in order to increase friction between the guide sleeve and the guide bore and inhibit relative sliding between the caliper and the brake carrier.
A process for preparing an olefin, comprising subjecting a material selected from the group consisting of a vicinal polyol, an ester of a vicinal polyol, and combinations thereof, to reductive dehydroxylation in the presence of an iodine-based catalyst wherein the iodine-based catalyst is a material which containsat least one iodine atom per molecule thereof and ionizes at least partially in an aqueous solution by losing one proton at the point at which it catalyzes the dehydroxylation of the material, under conditions including the presence of gaseous hydrogen at a pressure of from 1 pound per square inch gauge (∼6.89 kilopascals) to 2000 pound per square inch gauge (∼13.79 megapascals), a temperature ranging from 50 oC to 250 oC, an aqueous reaction medium, and a ratio of moles of the material to moles of the iodine atoms ranging from 1:10 to 100:1; wherein the iodine-based catalyst has partial solubility in the aqueous reaction medium and the partial solubility is enhanced by adding to the aqueous reaction medium a solubility enhancing agent selected from potassium iodide, sodium iodide (NaI), lithium iodide (LiI), and combinations thereof; such that an olefin is formed.
A fastening anchor for anchoring in a soft yielding material with a cover plate, with an elongate shank formed on the cover plate and extending away therefrom, and with a barb arrangement formed on the shank on the end facing away from the cover plate, the shank comprising a receiving structure dimensioned for surrounding engagement with an engaging structure (52, 85) of a setting tool (26, 82), and the receiving structure comprising a receiving space which extends along a longitudinal direction of the shank and into which an insertion pin (52, 85) of the setting tool (26, 82) can be inserted and which is terminated by a tip forming a cross stop, characterized in that the receiving space is delimited by two mutually facing shank cheeks (8, 9) connected to each other by a plurality of cross struts (15, 16, 17), wherein the shank cheeks (8, 9) and the cross struts (15, 16, 17) form the receiving space.
A bicycle suspension system, comprising: a bicycle first suspension including a first fluid responder; a bicycle second suspension including a second fluid responder, the bicycle first suspension and the bicycle second suspension operable between first and second suspension settings; a hydraulic control assembly including: a control housing mountable to a bicycle handlebar; a first fluid pump including a first fluid cavity formed within the control housing and a first piston disposed in the first fluid cavity; a second fluid pump including a second fluid cavity formed within the control housing and a second piston disposed in the second fluid cavity; an actuator connected to one of the first and second pistons (34, 35) to operate both first and second fluid pumps (40, 42) in tandem; and a pair of fluid paths (31, 32) each of the pair of fluid paths respectively linking the first and second fluid pumps (40, 42) to the first and second fluid responders (44, 46), each of the first and second fluid responders (44, 46) operating the bicycle suspensions between the first and second suspension settings in response to fluid displacement between the first and second fluid pumps (40, 42) and the first and second fluid responders (44, 46), respectively. a bicycle first suspension including a first fluid responder; a bicycle second suspension including a second fluid responder, the bicycle first suspension and the bicycle second suspension operable between first and second suspension settings; a hydraulic control assembly including: a control housing mountable to a bicycle handlebar; a first fluid pump including a first fluid cavity formed within the control housing and a first piston disposed in the first fluid cavity; a second fluid pump including a second fluid cavity formed within the control housing and a second piston disposed in the second fluid cavity; an actuator connected to one of the first and second pistons (34, 35) to operate both first and second fluid pumps (40, 42) in tandem; and a control housing mountable to a bicycle handlebar; a first fluid pump including a first fluid cavity formed within the control housing and a first piston disposed in the first fluid cavity; a second fluid pump including a second fluid cavity formed within the control housing and a second piston disposed in the second fluid cavity; an actuator connected to one of the first and second pistons (34, 35) to operate both first and second fluid pumps (40, 42) in tandem; and a pair of fluid paths (31, 32) each of the pair of fluid paths respectively linking the first and second fluid pumps (40, 42) to the first and second fluid responders (44, 46), each of the first and second fluid responders (44, 46) operating the bicycle suspensions between the first and second suspension settings in response to fluid displacement between the first and second fluid pumps (40, 42) and the first and second fluid responders (44, 46), respectively.
A shock wave focusing device for shock wave generating device, having a shape in which a curved surface rotating body is cut by a flat plane, and having a concave surface with a central hole formed on the axis of the curved surface rotating body for inserting an optical fiber, where a tip of the optical fiber is set on the axis of the curved surface rotating body in a cavity of the concave surface, and a shock wave generated on the tip of the optical fiber is then reflected by the concave surface and focused to outside of the cavity of the concave surface, comprising; a coupling portion provided with the central hole, and blade portions extended radially from the coupling portion and curved outwardly toward a front, wherein an inner surface of blade portions which is set in a predetermined angle against the center axis of the coupling portion forms the concave surface.
A rotary disc filter device comprising: a rotor 21) rotatable about an axis (Ax) of rotation, having a plurality of disc-shaped filter members, each disc-shaped filter member having a frame defining two opposing walls (34a, 34b), wherein the frame is made of sheet metal elements made of stainless steel which are connected with each other by rivets, the sheet metal elements include first sheet metal elements, each of which is a ring-shaped mounting plate (37a, 37b) forming an inner circumference of each of the two opposed walls (34a, 34b), each of the ring-shaped mounting plates (37a, 37b) having a central section extending in a radial direction with respect to the axis (Ax) of rotation, wherein between the opposing central sections (371a, 371b) there are provided axially running stiffeners running parallel to each other and to the axis of rotation (Ax). wherein the sheet metal elements further include second sheet metal elements forming spikes (38a, 38b) mounted at each of the ring-shaped mounting plates (37a, 37b) to extend in an outward direction, and wherein the sheet metal elements further include a third sheet metal element forming an outer circumferential frame element connecting outer ends of the spikes (38a, 38b). a rotor 21) rotatable about an axis (Ax) of rotation, having a plurality of disc-shaped filter members, each disc-shaped filter member having a frame defining two opposing walls (34a, 34b), wherein the frame is made of sheet metal elements made of stainless steel which are connected with each other by rivets, the sheet metal elements include first sheet metal elements, each of which is a ring-shaped mounting plate (37a, 37b) forming an inner circumference of each of the two opposed walls (34a, 34b), each of the ring-shaped mounting plates (37a, 37b) having a central section extending in a radial direction with respect to the axis (Ax) of rotation, wherein between the opposing central sections (371a, 371b) there are provided axially running stiffeners running parallel to each other and to the axis of rotation (Ax). wherein the sheet metal elements further include second sheet metal elements forming spikes (38a, 38b) mounted at each of the ring-shaped mounting plates (37a, 37b) to extend in an outward direction, and wherein the sheet metal elements further include a third sheet metal element forming an outer circumferential frame element connecting outer ends of the spikes (38a, 38b).
A coated component, comprising: a substrate defining a surface; a ceramic coating disposed on the surface of the substrate; and a reactive phase coating disposed along the ceramic coating, wherein the ceramic coating comprises a plurality of slots disposed in the ceramic coating forming a plurality of segments of ceramic coating material, wherein each individual slot in the plurality of slots has a width of 10 microns to 200 microns and a depth of 50 microns to 1000 microns. a substrate defining a surface; a ceramic coating disposed on the surface of the substrate; and a reactive phase coating disposed along the ceramic coating, wherein the ceramic coating comprises a plurality of slots disposed in the ceramic coating forming a plurality of segments of ceramic coating material, wherein each individual slot in the plurality of slots has a width of 10 microns to 200 microns and a depth of 50 microns to 1000 microns.
An illumination sound box, wherein includes: A box body, which is disposed with a resonance cavity, an assembly hole connected to the resonance cavity, and a light transmission area (15, 16) for diffused light transmission, the light transmission area is disposed with a part visible from outside the box body; A speaker part, which is fixed to the box body and assembled to the assembly hole to close the assembly hole; and A moving element (20; 24), which is movably connected to the box body, an illumination source is disposed in the moving element (20; 24); The moving element (20; 24) is disposable in a first fixation position and a second fixation position, wherein when in the first fixation position the moving element (20; 24) is positioned such that the illumination source can illuminate the light transmission area (15, 16); and when in the second fixation position the moving element (20; 24) is moved to a position such that the moving element (20, 24) is at least in part relocated from the first fixation position so that the illumination source can illuminate out of the light transmission area (15, 16) to provide a different lighting effect than that produced in the first fixation position. A box body, which is disposed with a resonance cavity, an assembly hole connected to the resonance cavity, and a light transmission area (15, 16) for diffused light transmission, the light transmission area is disposed with a part visible from outside the box body; A speaker part, which is fixed to the box body and assembled to the assembly hole to close the assembly hole; and A moving element (20; 24), which is movably connected to the box body, an illumination source is disposed in the moving element (20; 24); The moving element (20; 24) is disposable in a first fixation position and a second fixation position, wherein when in the first fixation position the moving element (20; 24) is positioned such that the illumination source can illuminate the light transmission area (15, 16); and when in the second fixation position the moving element (20; 24) is moved to a position such that the moving element (20, 24) is at least in part relocated from the first fixation position so that the illumination source can illuminate out of the light transmission area (15, 16) to provide a different lighting effect than that produced in the first fixation position.
Wheel rim with a rim base made of fibre-reinforced composite and a wheel disc, where the wheel disc at its radial edge region is joined to the rim base, characterised in that the edge region of the wheel disc has at least two partial layers (4, 5) arranged spread apart in opposite directions, on which in each case an essentially axially extending, contoured joining zone (6, 7) is formed, which is joined flat with the rim base.
Device for examining containers for foreign substances, comprising at least one sampling head, wherein the sampling head can be placed on the least one container and by means of the sampling head a quantity of a first fluid can be introduced into the at least one container and wherein by means of the sampling head a quantity of a second fluid for examination for foreign substances can be removed from the at least one container, wherein at least one pressure sensor for monitoring the pressure of at least the second fluid when it is removed from the container is arranged downstream of the sampling head, and wherein a filter for filtering the second fluid is arranged in the sampling head, and wherein the sampling head has a sealing member for sealing a container opening during the introduction of the first fluid and/or during the removal of the second fluid, and wherein an analysis device (29, 22) is arranged for analysing the pressure of the second fluid measured by means of the at least one pressure sensor and for analysing the second fluid with regard to foreign substances.
A multi-polarized antenna array for localization comprising: a plurality of metal patches (110a, 110b), each metal patch having four feed-points (124a,126a,128a,130a; 124b,126b,128b,130b); a multiplexer coupled to each of the four feed-points of each of the plurality of metal patches and having a signal terminal and a control terminal; wherein the antenna array is configurable to switchably couple each feed-point (124a, 126a, 128a, 130a; 124b,126b,128b,130b) one at a time to the signal terminal, and to provide RF signals received via each feedpoint to a controller configured to determine location information: wherein for each metal patch: when the first feed-point (124a, 124b) of each metal patch is selected, the antenna array is configured to preferentially detect a signal having a first polarization; when the second feed-point (126a, 126b) is selected the antenna array is configured to preferentially detect a signal having a second polarization; when the third feed-point (128a, 128b) is selected the antenna array is configured to preferentially detect a signal having a third polarization; when the fourth feed-point (130a, 130b) is selected the antenna array is configured to preferentially detect a signal having a fourth polarization; and wherein the difference between the second polarization and the first polarization is approximately 45 degrees, the difference between the third polarization and the second polarization is approximately 45 degrees, and the difference between the fourth polarization and the third polarization is approximately 45 degrees. a plurality of metal patches (110a, 110b), each metal patch having four feed-points (124a,126a,128a,130a; 124b,126b,128b,130b); a multiplexer coupled to each of the four feed-points of each of the plurality of metal patches and having a signal terminal and a control terminal; wherein the antenna array is configurable to switchably couple each feed-point (124a, 126a, 128a, 130a; 124b,126b,128b,130b) one at a time to the signal terminal, and to provide RF signals received via each feedpoint to a controller configured to determine location information: when the first feed-point (124a, 124b) of each metal patch is selected, the antenna array is configured to preferentially detect a signal having a first polarization; when the second feed-point (126a, 126b) is selected the antenna array is configured to preferentially detect a signal having a second polarization; when the third feed-point (128a, 128b) is selected the antenna array is configured to preferentially detect a signal having a third polarization; when the fourth feed-point (130a, 130b) is selected the antenna array is configured to preferentially detect a signal having a fourth polarization; and wherein the difference between the second polarization and the first polarization is approximately 45 degrees, the difference between the third polarization and the second polarization is approximately 45 degrees, and the difference between the fourth polarization and the third polarization is approximately 45 degrees.
A traction sheave comprising: a traction sheave body, formed of several arc-shaped traction sheave sections (110, 110') that are connected to each other; and any of: several second connecting holes and/or connecting portions disposed in a circumferential direction on the lateral surface of each traction sheave section (110, 110'); or a boss disposed along an inner circumference of each traction sheave section (110, 110'), and several second connecting holes and/or positioning holes disposed in a circumferential direction on a lateral surface of the boss; the traction sheave being characterized by first connecting portions, disposed at two ends of each traction sheave section (110, 110') along a lateral surface of the traction sheave section (110, 110'), wherein the connecting portions at the two ends of each traction sheave section (110, 110') fit each other. several second connecting holes and/or connecting portions disposed in a circumferential direction on the lateral surface of each traction sheave section (110, 110'); or a boss disposed along an inner circumference of each traction sheave section (110, 110'), and several second connecting holes and/or positioning holes disposed in a circumferential direction on a lateral surface of the boss; the traction sheave being characterized by first connecting portions, disposed at two ends of each traction sheave section (110, 110') along a lateral surface of the traction sheave section (110, 110'), wherein the connecting portions at the two ends of each traction sheave section (110, 110') fit each other.
A solder alloy having an alloy composition consisting of, in mass percent, Ag: 1.0 - 5.0%, Cu: 0.1 - 1.0%, Sb: 0.005 - 0.025%, Fe: 0.005 - 0.015%, and a remainder of Sn.
A method of providing an intelligent footwear system at least partially disposed in the sole of an article of footwear, the method comprising the steps of: providing a sensing system associated with the article of footwear for measuring a performance characteristic of the article of footwear; providing a control system at least partially within the article of footwear for processing a signal of the sensing system; providing a wristwatch, personal digital assistant, or other external processor configured to allow the user to customize the performance characteristic of the intelligent footwear system; and providing an actuation system for modifying the performance characteristic of the article of footwear based on a signal of the control system or of the wristwatch, personal digital assistant, or other external processor; wherein the intelligent footwear system is further configured to carry out a self-diagnosis by checking parameters of the intelligent system comprising several of a battery strength, a motor direction, and a condition of the voltage reference for measuring the signal of the sensing system, and is configured to monitor or track the athletic performance of a wearer of the article of footwear, wherein the athletic performance is selected from the group consisting of a wearer's pace, a distance travelled by the wearer, and a location of the wearer. providing a sensing system associated with the article of footwear for measuring a performance characteristic of the article of footwear; providing a control system at least partially within the article of footwear for processing a signal of the sensing system; providing a wristwatch, personal digital assistant, or other external processor configured to allow the user to customize the performance characteristic of the intelligent footwear system; and providing an actuation system for modifying the performance characteristic of the article of footwear based on a signal of the control system or of the wristwatch, personal digital assistant, or other external processor; wherein the intelligent footwear system is further configured to carry out a self-diagnosis by checking parameters of the intelligent system comprising several of a battery strength, a motor direction, and a condition of the voltage reference for measuring the signal of the sensing system, and is configured to monitor or track the athletic performance of a wearer of the article of footwear, wherein the athletic performance is selected from the group consisting of a wearer's pace, a distance travelled by the wearer, and a location of the wearer.