mhurhangee/ep-ind-claims huggingface dataset:
Use of a sheet-like composite element as a grip aid for manipulating objects employed in the sport and fitness sector, said composite element having a) at least one layer of a non-woven material or a textile web based on microfibers of a fineness of at most 1.0 dtex, b) at least one layer made of a pressure load damping material, and c) at least one layer of a polymeric material the coefficient of friction of which on a given surface of the object to be manipulated is at least 30% greater than the coefficient of friction of the layer a) on the same surface, measured under identical conditions, wherein the layers a) and c) form the outer layers of the composite element, each of which covers one of the surfaces of the layer b), wherein the layer a) is arranged on the side facing the hand of the user and the layer c) is arranged on the side facing towards the object to be manipulated and away from the hand of the user. a) at least one layer of a non-woven material or a textile web based on microfibers of a fineness of at most 1.0 dtex, b) at least one layer made of a pressure load damping material, and c) at least one layer of a polymeric material the coefficient of friction of which on a given surface of the object to be manipulated is at least 30% greater than the coefficient of friction of the layer a) on the same surface, measured under identical conditions, wherein the layers a) and c) form the outer layers of the composite element, each of which covers one of the surfaces of the layer b), wherein the layer a) is arranged on the side facing the hand of the user and the layer c) is arranged on the side facing towards the object to be manipulated and away from the hand of the user.
An ESD protection semiconductor device comprising: - a semiconductor substrate with a surface, - a source region and a drain region of a first type of electrical conductivity arranged in the substrate at or near the surface at a distance from one another, - a channel region of a second type of electrical conductivity, which is opposite to the first type of electrical conductivity, arranged between the source region and the drain region, - a gate electrode arranged above the channel region, - a substrate well of the first type of electrical conductivity being arranged in the substrate at a distance from the source region, and - the substrate well being contiguous with the drain region, - the distance between the source region and the substrate well is larger than the distance between the source region and the drain region, - the substrate well is arranged below an area of the substrate surface that is encompassed by the drain region, characterized in that - the substrate well has a lower doping concentration than the drain region. - a semiconductor substrate with a surface, - a source region and a drain region of a first type of electrical conductivity arranged in the substrate at or near the surface at a distance from one another, - a channel region of a second type of electrical conductivity, which is opposite to the first type of electrical conductivity, arranged between the source region and the drain region, - a gate electrode arranged above the channel region, - a substrate well of the first type of electrical conductivity being arranged in the substrate at a distance from the source region, and - the substrate well being contiguous with the drain region, - the distance between the source region and the substrate well is larger than the distance between the source region and the drain region, - the substrate well is arranged below an area of the substrate surface that is encompassed by the drain region, - the substrate well has a lower doping concentration than the drain region.
Window wiper device, in particular for a rear window wiper of a motor vehicle, comprising a wiper motor with one or more output shafts, one or more wiper arms which are fastenable in each case via a fastening mechanism to an end section of the output shaft, wherein the fastening mechanism has a connecting piece in which is provided a bore which is formed in a complementary manner to the end section of the output shaft and into which the output shaft can be inserted for fastening the connecting piece to the wiper motor, wherein a frictional connection is formed between connecting piece and output shaft or between connecting piece and end section of the output shaft and between connecting piece and wiper arm in the fitted state, characterized in that a friction-coefficient-increasing means is provided between connecting piece and output shaft or between connecting piece and wiper arm and between connecting piece and output shaft in order to adjust a torque which is to be transmitted.
A screed for road pavers, comprising a compaction unit with a tamper having a tamper bar, that is drivable at cyclical work cycles with selectable stroke and selectable frequency for pre-compacting a pavement made from paving material, characterized in that the compaction unit comprises an adjusting mechanism for the remote-controlled adjustment of the stroke of the compaction unit, wherein the adjusting mechanism is arranged between a bearing block supporting a rotatingly driven eccentric shaft and an adjusting lever which is articulated to a connecting rod driving the tamper bar and is adjustable in the bearing block, the adjusting lever and a push rod drivable by the eccentric shaft being coupled with the connecting rod in a, preferably joint, articulation axis.
Method for detecting the surroundings of a vehicle, in which the object data of the objects detected by means of a surroundings sensor (50, 51) as the vehicle travels past is detected in a first control device, characterized in that the detected object data is transmitted in predetermined cycles to a second control device, wherein the last detected object data is stored in a non-volatile manner in the second control device, at least when the first control device is switched off, is transmitted back to the first control device when the ignition of the vehicle is switched on and is evaluated by the said first control device in order to detect the up-to-date vehicle surroundings that are present after the ignition is switched on, wherein, if there is a time period between switching the ignition off and on which exceeds a threshold value, the object data transmitted back from the second control device to the first control device after the ignition is switched on is no longer used to detect the up-to-date vehicle surroundings and/or a warning is output to the driver.
An active agent dosing method for the preparation of medicaments, wherein - one or more active agents (A, B, C) are dissolved in one liquid each and are stored in a storage container, and, - to be dosed, a number of droplets corresponding to the desired amount of the active agent (A, B, C) is pressed actively, i.e. not under the influence of gravity alone, through a dosing nozzle (7, 14) onto a substrate or into a collecting vessel, - characterized in that the droplets are soaked up by an absorptive, tablet-shaped substrate or solved by a liquid solvent. - one or more active agents (A, B, C) are dissolved in one liquid each and are stored in a storage container, and, - to be dosed, a number of droplets corresponding to the desired amount of the active agent (A, B, C) is pressed actively, i.e. not under the influence of gravity alone, through a dosing nozzle (7, 14) onto a substrate or into a collecting vessel, - characterized in that the droplets are soaked up by an absorptive, tablet-shaped substrate or solved by a liquid solvent.
A method of manufacturing a flexible light guide that is configured to receive light from a light source (302, 302A, 302B) coupled to the at least one edge (206, 208, 212, 214) thereof, the method comprising: casting formation material into a mold; forming a plurality of light extraction features within the formation material; and curing the formation material to produce a flexible substrate with the plurality of light extraction features formed in the flexible substrate in between two outer surfaces of the flexible substrate, the plurality of light extraction features having a controlled distribution that affects a propagation of light in between the two outer surfaces and an emission of light from a light emitting area defined by at least one of the two outer surfaces, wherein the plurality of light extraction features are formed within the formation material by producing bubbles within the formation material prior to curing the formation material, characterized in that the bubbles within the formation material are produced after the formation material is cast into the mold, wherein the controlled distribution is achieved by selectively vibrating portions of the formation material to release a portion of the bubbles from the portions of the formation material prior to curing the formation material. casting formation material into a mold; forming a plurality of light extraction features within the formation material; and curing the formation material to produce a flexible substrate with the plurality of light extraction features formed in the flexible substrate in between two outer surfaces of the flexible substrate, the plurality of light extraction features having a controlled distribution that affects a propagation of light in between the two outer surfaces and an emission of light from a light emitting area defined by at least one of the two outer surfaces, wherein the plurality of light extraction features are formed within the formation material by producing bubbles within the formation material prior to curing the formation material, characterized in that the bubbles within the formation material are produced after the formation material is cast into the mold, wherein the controlled distribution is achieved by selectively vibrating portions of the formation material to release a portion of the bubbles from the portions of the formation material prior to curing the formation material.
A method, comprising: providing an information traffic by a network element using all or selected blocks of a plurality of physical resource blocks available in said network element; and determining a load measure of said information traffic by a weighted method using pre-selected information of said information traffic provided by said all or selected blocks participating in said information traffic characterised in that said weighted method comprises: weighting a number of said all or selected blocks with corresponding ratio of a number of digital bits used only for pre-selected information of said information traffic and a total number of digital bits both used for all user equipments participating in said information traffic. providing an information traffic by a network element using all or selected blocks of a plurality of physical resource blocks available in said network element; and determining a load measure of said information traffic by a weighted method using pre-selected information of said information traffic provided by said all or selected blocks participating in said information traffic
A two-edge double margin drill including a major margin and a minor margin at each of two lands: the major margin being provided along a leading edge; the minor margin being disposed near a heel; said two-edge double margin drill further comprising: flank faces at an end including a flat first flank face and a flat second flank face; and web thinning portions including web thinning surfaces that intersect with the respective flat second flank face to form convex arcs in a direction of drill rotation in front view of the drill at a central portion of the end, wherein an interval (θ) between the major margin and the minor margin at each land is set from 80° to 100°; and wherein an outer end of each web thinning surface in a radial direction extends to an outer periphery of the corresponding land, and intersection points with the respective lands are disposed behind an end of the corresponding minor margin in the direction of drill rotation. the major margin being provided along a leading edge; the minor margin being disposed near a heel; said two-edge double margin drill further comprising: flank faces at an end including a flat first flank face and a flat second flank face; and web thinning portions including web thinning surfaces that intersect with the respective flat second flank face to form convex arcs in a direction of drill rotation in front view of the drill at a central portion of the end, wherein an interval (θ) between the major margin and the minor margin at each land is set from 80° to 100°; and wherein an outer end of each web thinning surface in a radial direction extends to an outer periphery of the corresponding land, and intersection points with the respective lands are disposed behind an end of the corresponding minor margin in the direction of drill rotation. flank faces at an end including a flat first flank face and a flat second flank face; and web thinning portions including web thinning surfaces that intersect with the respective flat second flank face to form convex arcs in a direction of drill rotation in front view of the drill at a central portion of the end, wherein an interval (θ) between the major margin and the minor margin at each land is set from 80° to 100°; and wherein an outer end of each web thinning surface in a radial direction extends to an outer periphery of the corresponding land, and intersection points with the respective lands are disposed behind an end of the corresponding minor margin in the direction of drill rotation.
A memory system comprising: a plurality of memory vaults included in stacked memory dies, each of the stacked memory dies being portioned into memory tiles (205A, 205B, 205C), wherein a stack of memory tiles (212B, 212C, 212D) shares common control circuitry and constitutes one of the plurality of memory vaults; for each memory vault, a memory vault controller, MVC, located on a logic die stacked with the stacked memory dies and communicatively coupled to the memory vault to provide at least one of control, switching, and communication logic associated with the memory vault; and a respective prefetch controller configured to perform prefetch operations associated with the memory vault; wherein the system is operable selectively in one mode, in which a first memory vault of the plurality of memory vaults and a corresponding first memory vault controller of the plurality of memory vault controllers are configured to operate independently of a second memory vault of the plurality of memory vaults and a corresponding second memory vault controller of the plurality of memory vault controllers in response to separate memory requests, and in another mode, in which the first memory vault and the corresponding first memory vault controller are configured to operate synchronously with the second memory vault and the corresponding second memory vault controller. a plurality of memory vaults included in stacked memory dies, each of the stacked memory dies being portioned into memory tiles (205A, 205B, 205C), wherein a stack of memory tiles (212B, 212C, 212D) shares common control circuitry and constitutes one of the plurality of memory vaults; for each memory vault, a memory vault controller, MVC, located on a logic die stacked with the stacked memory dies and communicatively coupled to the memory vault to provide at least one of control, switching, and communication logic associated with the memory vault; and a respective prefetch controller configured to perform prefetch operations associated with the memory vault; wherein the system is operable selectively in one mode, in which a first memory vault of the plurality of memory vaults and a corresponding first memory vault controller of the plurality of memory vault controllers are configured to operate independently of a second memory vault of the plurality of memory vaults and a corresponding second memory vault controller of the plurality of memory vault controllers in response to separate memory requests, and in another mode, in which the first memory vault and the corresponding first memory vault controller are configured to operate synchronously with the second memory vault and the corresponding second memory vault controller.
Method for determining properties of the insulation of a cable and cable accessories comprising at least one conductor that determines the central axis of the cable or cable accessory and at least one insulation layer surrounding at least one conductor longitudinally and radially, the method comprising: - retrieving a sample from a cable or cable accessory, which sample includes a length of at least one insulation layer, - preparing at least one insulation sample (18a - 18d) from the sample, characterized in that multiple insulation samples (18a - 18d) are cut from the cable sample at different radiuses, each insulation sample (18a - 18d) is prepared from cable or accessory sample by cutting by a method for removing material a circular layer (18a - 18d) that has a set thickness and is cut at a location that is positioned at such radius from the central axis of the cable wherefrom the insulation sample is desired, and a profile of properties is determined on basis of measurements performed on the insulation samples taken at different radiuses. - retrieving a sample from a cable or cable accessory, which sample includes a length of at least one insulation layer, - preparing at least one insulation sample (18a - 18d) from the sample,
A process for desalinating water comprising the steps of: passing a feed stream of saline solution in a first desalination step through a reverse osmosis membrane desalination plant comprising at least one reverse osmosis desalination unit to form a first product water stream having a reduced salt concentration relative to that of the feed stream of saline solution and a first byproduct stream having an increased salt concentration relative to that of the feed stream of saline solution wherein the first byproduct stream is passed in a second desalination step through a suspension crystallization unit, preferably a multi-stage counter-current crystallization unit, to form a second product water stream having a reduced salt concentration relative to that of the first byproduct stream and a second byproduct stream having an increased salt concentration relative to that of the first byproduct stream, and wherein the second byproduct stream is passed in a third desalination step through either a static crystallization unit or the same or a second suspension crystallization unit to form a third product water stream having a reduced salt concentration relative to that of the second byproduct stream and a third byproduct stream having an increased salt concentration relative to that of the second byproduct stream. passing a feed stream of saline solution in a first desalination step through a reverse osmosis membrane desalination plant comprising at least one reverse osmosis desalination unit to form a first product water stream having a reduced salt concentration relative to that of the feed stream of saline solution and a first byproduct stream having an increased salt concentration relative to that of the feed stream of saline solution wherein the first byproduct stream is passed in a second desalination step through a suspension crystallization unit, preferably a multi-stage counter-current crystallization unit, to form a second product water stream having a reduced salt concentration relative to that of the first byproduct stream and a second byproduct stream having an increased salt concentration relative to that of the first byproduct stream, and wherein the second byproduct stream is passed in a third desalination step through either a static crystallization unit or the same or a second suspension crystallization unit to form a third product water stream having a reduced salt concentration relative to that of the second byproduct stream and a third byproduct stream having an increased salt concentration relative to that of the second byproduct stream.
Method for manufacturing a complex component for a lighting and/or signalling device of a motor vehicle, this method comprising the following step: - joining together, in order to form the complex component, at least two component elements (2, 3), each of these component elements (2, 3) having a predetermined appearance chosen in particular from the following appearances: translucent, transparent, reflective, diffusing, opalescent, opaque, fluorescent, metallized, painted, the two component elements (2, 3) having the same appearance and the complex component having at least one undercut, said undercut only becoming apparent on the complex component after the component elements (2, 3) have been joined together, the method being characterized in that each component element is separately demouldable, the complex component having the final appearance of an integral component made in one piece. - joining together, in order to form the complex component, at least two component elements (2, 3), each of these component elements (2, 3) having a predetermined appearance chosen in particular from the following appearances: translucent, transparent, reflective, diffusing, opalescent, opaque, fluorescent, metallized, painted,
A method for scheduling an uplink message based on a Gigabit-Capable Passive Optical Network, GPON, characterized by comprising the steps of: configuring a private managed entity for an 802.1p entity, and defining a mapping relationship between a priority queue and a priority of an uplink message in the private managed entity; and the 802.1p entity scheduling an uplink message from an optical network unit, mapping the uplink message to a corresponding GPON Encapsulation Method Port, GEM PORT, and creating a corresponding priority queue according to the mapping relationship between the priority queue and the priority of the uplink message defined in the private managed entity. configuring a private managed entity for an 802.1p entity, and defining a mapping relationship between a priority queue and a priority of an uplink message in the private managed entity; and the 802.1p entity scheduling an uplink message from an optical network unit, mapping the uplink message to a corresponding GPON Encapsulation Method Port, GEM PORT, and creating a corresponding priority queue according to the mapping relationship between the priority queue and the priority of the uplink message defined in the private managed entity.