mhurhangee/patent-ind-claim-en huggingface dataset:
A method for making a composite structure, comprising: rotating a base layer of an apparatus for forming the composite structure about an axis of rotation; transferring the carbon short fibers from a first loader onto a first vibratory feed ramp, wherein the first loader comprises a loader hole comprising a first dimension and a second dimension, wherein the first dimension is the same as the second dimension; transferring carbon short fibers from the first vibratory feed ramp onto the base layer in order to form a plurality of fibrous layers in the composite structure; and vibrating the first vibratory feed ramp during the transferring the carbon short fibers, wherein the base layer comprises an annular shape, and further comprising transferring additional carbon short fibers to a supplemental vibratory feed ramp with a supplemental loader and transferring additional carbon short fibers from the supplemental vibratory feed ramp onto an outer diameter area of the base layer. rotating a base layer of an apparatus for forming the composite structure about an axis of rotation; transferring the carbon short fibers from a first loader onto a first vibratory feed ramp, wherein the first loader comprises a loader hole comprising a first dimension and a second dimension, wherein the first dimension is the same as the second dimension; transferring carbon short fibers from the first vibratory feed ramp onto the base layer in order to form a plurality of fibrous layers in the composite structure; and vibrating the first vibratory feed ramp during the transferring the carbon short fibers,
An article comprising a coated surface, wherein said coated surface comprises a compound having a structure according to formula (I): Bio 1 -Link 1 -(Bio 2 -R 1 ) m (I), or a pharmaceutically acceptable salt thereof, wherein Bio 1 and each Bio 2 are formed from a biologically active agent; m is 1, 2, 3, 4, or 5; wherein each Bio 2 comprises a covalent bond to Link 1 ; R 1 is absent; Link 1 is an oligomeric organic, organosilicon, or organosulfone segment having a molecular weight between 60 and 2000 Daltons; wherein said article is an implantable or a percutaneous medical device; and wherein said biologically active agent is an anti-inflammatory agent. Bio 1 and each Bio 2 are formed from a biologically active agent; m is 1, 2, 3, 4, or 5; wherein each Bio 2 comprises a covalent bond to Link 1 ; R 1 is absent; Link 1 is an oligomeric organic, organosilicon, or organosulfone segment having a molecular weight between 60 and 2000 Daltons; wherein said article is an implantable or a percutaneous medical device; and wherein said biologically active agent is an anti-inflammatory agent.
A composition comprising: a phase change material (PCM) comprising (a) i. one or more fatty acids, ii. one or more alkyl esters of a fatty acid, iii. one or more fatty alcohols, iv. a fatty sulfonate or phosphonate, or a combination of any of i-iv; and (b) v. a salt hydrate, wherein the PCM is present in the composition in an amount of 95 to 99 weight percent, based on the total weight of the composition. a phase change material (PCM) comprising (a) i. one or more fatty acids, ii. one or more alkyl esters of a fatty acid, iii. one or more fatty alcohols, iv. a fatty sulfonate or phosphonate, or a combination of any of i-iv; and (b) v. a salt hydrate, i. one or more fatty acids, ii. one or more alkyl esters of a fatty acid, iii. one or more fatty alcohols, iv. a fatty sulfonate or phosphonate, or a combination of any of i-iv; and (b) v. a salt hydrate, wherein the PCM is present in the composition in an amount of 95 to 99 weight percent, based on the total weight of the composition.
An unwinding and handling unit of a reel containing a web designed to feed a production machine (M), comprising a robot provided with a wrist and an unwinding device mounted on said wrist , wherein said unwinding device comprises an unwinding shaft rotatable about an axis (C) driven by an electric motor , characterized in that said electric motor has a rotation axis perpendicular to said axis (C).
A method for performing physical layer auto-negotiation and link up in an Ethernet Passive Optical Network over Coaxial (EPOC) network, the method comprising: transmitting a link info broadcast message over a physical layer (PHY) link channel of the EPOC network; receiving a reply message to the link info broadcast message over the EPOC network from an unlinked coaxial network unit, CNU, ; characterized by determining an adjustment to a transmit delay of the unlinked CNU based on a time between transmitting the link info broadcast message and receiving the reply message to the link info broadcast message; transmitting a first link configuration unicast message over the PHY link channel of the EPOC network in response to receiving the reply message to the link info broadcast message, wherein the first link configuration unicast message includes configuration settings to adjust a transmit power and the transmit delay of the unlinked CNU; and transmitting a second link configuration unicast message over the PHY link channel of the EPOC network in response to receiving a reply message to the first link configuration unicast message. transmitting a link info broadcast message over a physical layer (PHY) link channel of the EPOC network; receiving a reply message to the link info broadcast message over the EPOC network from an unlinked coaxial network unit, CNU, ; characterized by determining an adjustment to a transmit delay of the unlinked CNU based on a time between transmitting the link info broadcast message and receiving the reply message to the link info broadcast message; transmitting a first link configuration unicast message over the PHY link channel of the EPOC network in response to receiving the reply message to the link info broadcast message, wherein the first link configuration unicast message includes configuration settings to adjust a transmit power and the transmit delay of the unlinked CNU; and transmitting a second link configuration unicast message over the PHY link channel of the EPOC network in response to receiving a reply message to the first link configuration unicast message.
A method operational on a device coupled to a multi-drop serial bus, comprising: obtaining , for each of a plurality of devices coupled to the multi-drop serial bus, a plurality of unique group-specific identifiers, where each unique group-specific identifier identifies one or more of the plurality of devices coupled to the multi-drop serial bus; mapping a unit-specific identifier for each of the plurality of devices with its corresponding plurality of unique group-specific identifiers; transmitting mappings of unit-specific identifiers to corresponding plurality of unique group-specific identifiers to the plurality of devices coupled to the multi-drop serial bus; and transmitting a datagram over the multi-drop serial bus, the datagram including a group-specific identifier for an intended recipient device but excluding an explicit sender device identifier. obtaining , for each of a plurality of devices coupled to the multi-drop serial bus, a plurality of unique group-specific identifiers, where each unique group-specific identifier identifies one or more of the plurality of devices coupled to the multi-drop serial bus; mapping a unit-specific identifier for each of the plurality of devices with its corresponding plurality of unique group-specific identifiers; transmitting mappings of unit-specific identifiers to corresponding plurality of unique group-specific identifiers to the plurality of devices coupled to the multi-drop serial bus; and transmitting a datagram over the multi-drop serial bus, the datagram including a group-specific identifier for an intended recipient device but excluding an explicit sender device identifier.
Paint brush comprising a handle having at its one end a bristle carrier and a plurality of bristles fastened in the bristle carrier , which plurality of bristles comprises a first type , a second type and a third type of bristles, wherein the first type of bristles has a thickness that is larger than the thickness of the second type of bristles and a thickness that is larger than the thickness of the third type of bristles , and the third type of bristles has a length that is larger than the length of the first type of bristle and a length that is larger than the length of the second type of bristle , characterized in that the thickness of the first type of bristles is equal or larger than 0.3 mm. which plurality of bristles comprises a first type , a second type and a third type of bristles, wherein the first type of bristles has a thickness that is larger than the thickness of the second type of bristles and a thickness that is larger than the thickness of the third type of bristles , and the third type of bristles has a length that is larger than the length of the first type of bristle and a length that is larger than the length of the second type of bristle , characterized in that the thickness of the first type of bristles is equal or larger than 0.3 mm.
A reader for reading a diagnostic consumable, the reader comprising: a reader opening for receiving the diagnostic consumable; and a delivery system configured and arranged to operatively connect to the diagnostic consumable in the reader opening for delivering a fluid sample through a channel of the diagnostic consumable , the delivery system comprising: a vacuum source , a charge vessel fluidly connected to the vacuum source upstream of the vacuum source , a first valve (206 1 ) immediately upstream of the charge vessel , and a second valve (206 2 ) immediately downstream of the charge vessel , wherein the first and second valves (206 1/ 206 2 ) are operable to open and close at a predetermined frequency to alternatingly charge and discharge the charge vessel , thereby applying vacuum pressure pulses to the channel of the diagnostic consumable , characterized in that the reader further comprises a vacuum controller configured to open and close the first and second valves at the predetermined frequency, wherein the vacuum controller is further configured to vary the predetermined frequency in dependence on the viscosity of the fluid sample. a reader opening for receiving the diagnostic consumable; and a delivery system configured and arranged to operatively connect to the diagnostic consumable in the reader opening for delivering a fluid sample through a channel of the diagnostic consumable , the delivery system comprising: a vacuum source , a charge vessel fluidly connected to the vacuum source upstream of the vacuum source , a first valve (206 1 ) immediately upstream of the charge vessel , and a second valve (206 2 ) immediately downstream of the charge vessel , wherein the first and second valves (206 1/ 206 2 ) are operable to open and close at a predetermined frequency to alternatingly charge and discharge the charge vessel , thereby applying vacuum pressure pulses to the channel of the diagnostic consumable , characterized in that the reader further comprises a vacuum controller configured to open and close the first and second valves at the predetermined frequency, wherein the vacuum controller is further configured to vary the predetermined frequency in dependence on the viscosity of the fluid sample. a vacuum source , a charge vessel fluidly connected to the vacuum source upstream of the vacuum source , a first valve (206 1 ) immediately upstream of the charge vessel , and a second valve (206 2 ) immediately downstream of the charge vessel , wherein the first and second valves (206 1/ 206 2 ) are operable to open and close at a predetermined frequency to alternatingly charge and discharge the charge vessel , thereby applying vacuum pressure pulses to the channel of the diagnostic consumable , characterized in that the reader further comprises a vacuum controller configured to open and close the first and second valves at the predetermined frequency, wherein the vacuum controller is further configured to vary the predetermined frequency in dependence on the viscosity of the fluid sample.
A residue salt pile comprising a covering, wherein the covering has the result of a reduced accumulation of pile waste water caused by precipitation, wherein the covering comprises a mixture of residue salt and 1 to 10 wt.% of a mineral additive that is difficult to dissolve up to insoluble and that has exclusively hydraulically and/or puzzolanically setting properties as an ash from the incineration of brown coal and gypsum, wherein the covering forms an infiltration inhibiting layer that is able to regenerate itself over and over again over time, wherein the infiltration inhibiting layer has a growth of approximately 0.8 to 1 cm per year, and wherein the covering has a thickness of approximately 10 m.
A compound of formula (I), wherein R 1 , R 2 , and R 3 are each independently selected from the group consisting of alkylenyl, alkenylenyl, and alkynylenyl, wherein said alkylenyl, alkenylenyl, and alkynylenyl are each independently, at each occurrence, substituted or unsubstituted with one or more suitable substituents; k, l, and m are each independently an integer selected from the group consisting of 0 to 25, wherein k + I + m is > 0; and x + y + z is 3, wherein x is 1, y is 1, z is 1; provided that: when k is 1, I is 1, and m is 1, then R 1 , R 2 , and R 3 are not simultaneously unsubstituted C 2 -alkylenyl. R 1 , R 2 , and R 3 are each independently selected from the group consisting of alkylenyl, alkenylenyl, and alkynylenyl, wherein said alkylenyl, alkenylenyl, and alkynylenyl are each independently, at each occurrence, substituted or unsubstituted with one or more suitable substituents; k, l, and m are each independently an integer selected from the group consisting of 0 to 25, wherein k + I + m is > 0; and x + y + z is 3, wherein x is 1, y is 1, z is 1; provided that: when k is 1, I is 1, and m is 1, then R 1 , R 2 , and R 3 are not simultaneously unsubstituted C 2 -alkylenyl.
Electric motor (1; 40) comprising a rotor and a stator (2; 31), the stator (2; 31) comprising a body (3; 30) forming a frame and a windings assembly (4, 5; 43, 37) housed in slots of the body (3; 30), the electric motor (1; 40) comprising at least one rod used to connect, to one another, at least two fixed assembled parts of the electric motor (1; 40), the length of each rod being greater than that of the body (3; 30) of the stator (2; 31), the rod extending into a housing formed in the body (3; 30) over the entire length thereof in order to emerge on each side of the body (3; 30), characterized in that the assembled parts comprise the body (3; 30) and an electric board (11, 13; 38, 39) positioned on one face of the body and comprise electrical components , a first end of each rod emerges from the housing in which it is positioned and extends from the relevant face of the body (2; 30) of the stator (2; 31) as far as the electric board (11, 13; 38, 39), running alongside winding overhangs , said first end of each rod (16; 23) extending through a fixing hole (17; 18) formed in the electric board (11; 13; 38; 39), the electric board (11, 13; 38, 39) being fixed to each rod using a nut , a spacer piece and a bushing extending around the first end of each rod between the relevant face of the body of the stator and the electric board (11, 13; 38, 39).
Cooling and heating device for a vehicle, wherein the cooling and heating device comprises a refrigerant circuit which comprises an electrically operable compressor , a liquid-refrigerant heat exchanger which is operable as a condenser/gas cooler, at least one expansion element and a single air-refrigerant heat exchanger , wherein said air-refrigerant heat exchanger is operable as an evaporator, and connections configured to also connect the liquid-refrigerant heat exchanger to a liquid circuit, characterized - in that the cooling and heating device has a single liquid-air heat exchanger , - in that the cooling and heating device has a bypass to that region of the liquid-refrigerant heat exchanger which is provided for a liquid circuit and/or to a heat exchanger-free other region of the liquid line , provided for a liquid circuit, of the cooling and heating device , - in that the cooling and heating device has at least a first valve configured to open and close the bypass , - in that the liquid-air heat exchanger is arranged in the bypass , wherein the liquid-air heat exchanger is configured in such a way that there heat is transferable between the liquid and the air when liquid is flowing through the bypass and when air is flowing through the liquid-air heat exchanger , and - in that the air conveying device which is provided for conveying air through the air-refrigerant heat exchanger is also provided for conveying air through the liquid-air heat exchanger , wherein the air flow path runs both through the air-refrigerant heat exchanger and through the liquid-air heat exchanger . - in that the cooling and heating device has a single liquid-air heat exchanger , - in that the cooling and heating device has a bypass to that region of the liquid-refrigerant heat exchanger which is provided for a liquid circuit and/or to a heat exchanger-free other region of the liquid line , provided for a liquid circuit, of the cooling and heating device , - in that the cooling and heating device has at least a first valve configured to open and close the bypass , - in that the liquid-air heat exchanger is arranged in the bypass , wherein the liquid-air heat exchanger is configured in such a way that there heat is transferable between the liquid and the air when liquid is flowing through the bypass and when air is flowing through the liquid-air heat exchanger , and - in that the air conveying device which is provided for conveying air through the air-refrigerant heat exchanger is also provided for conveying air through the liquid-air heat exchanger , wherein the air flow path runs both through the air-refrigerant heat exchanger and through the liquid-air heat exchanger .
A lock system comprising a lock cylinder , a rotary knob , having a greater diameter than the lock cylinder and a lock cylinder sleeve , the lock cylinder comprising a driving blade at a first end , the driving blade being configured to be rotated around a rotating axis (A), which is parallel and offset (d) relative to a longitudinal axis (L) of the lock cylinder, the rotary knob being connected to the lock cylinder and configured to be coupled to the driving blade for rotating the driving blade upon a positive identification, the lock cylinder sleeve comprising a circular recess for receiving the lock cylinder and at least a part of the rotary knob , whereby the lock cylinder sleeve is configured to abut a surface of a door , characterized in that the lock cylinder sleeve comprises an at least partially asymmetric inner flange extending perpendicular to the axis (A) into the recess forming an opening , the opening being configured to receive the lock cylinder , which comprises an at least partially asymmetric flange at a second end so that the asymmetric flange abuts the inner flange of the lock cylinder sleeve so that a rotating axis (A') of the rotary knob is congruent with the rotating axis (A) of the driving blade .
A terminal locator for aligning a terminal in a crimp tool , the terminal locator comprising: a mounting base having a main body with a mounting hole for receiving mounting hardware to secure the main body to the crimp tool; and a terminal locator body pivotally attached to the mounting base, the terminal locator body comprising a guide portion arranged to receive the mounting base, the guide portion comprising parallel hinge projections having aligned slots ; whereby the terminal locator body is arranged to rotate away from the mounting base and the crimp tool, characterised in that a pivot shaft is positioned in the aligned slots and the main body comprises a pivot shaft hole for receiving the pivot shaft, thereby securing the mounting base to the guide portion, and wherein the pivot shaft is arranged to slide within the slots to move the terminal locator body from a first position to a second position. a mounting base having a main body with a mounting hole for receiving mounting hardware to secure the main body to the crimp tool; and a terminal locator body pivotally attached to the mounting base, the terminal locator body comprising a guide portion arranged to receive the mounting base, the guide portion comprising parallel hinge projections having aligned slots ; whereby the terminal locator body is arranged to rotate away from the mounting base and the crimp tool, characterised in that a pivot shaft is positioned in the aligned slots and the main body comprises a pivot shaft hole for receiving the pivot shaft, thereby securing the mounting base to the guide portion, and wherein the pivot shaft is arranged to slide within the slots to move the terminal locator body from a first position to a second position.
A method for determination of real subsoil composition or structure comprising - reception of a model representing the real subsoil, said model comprising at least one parametric surface describing a geological formation in said model; characterized in that the method comprises: - receiving a geological constraint to be satisfied by said geological formation; - determining if the constraint is satisfied by the said geological formation; - if the constraint is not satisfied by the said geological formation, distortion of the parametric surface so that the constraint is satisfied by the said geological formation; wherein the distortion of the parametric surface comprises a prior step of determining a point in said surface minimizing a distance between a distance of said point and a position of said constraint; - determining real subsoil composition based on the distorted parametric surface; and - outputting said real subsoil composition for future use in geophysical tools. - reception of a model representing the real subsoil, said model comprising at least one parametric surface describing a geological formation in said model; - receiving a geological constraint to be satisfied by said geological formation; - determining if the constraint is satisfied by the said geological formation; - if the constraint is not satisfied by the said geological formation, distortion of the parametric surface so that the constraint is satisfied by the said geological formation; wherein the distortion of the parametric surface comprises a prior step of determining a point in said surface minimizing a distance between a distance of said point and a position of said constraint; - determining real subsoil composition based on the distorted parametric surface; and - outputting said real subsoil composition for future use in geophysical tools.
A process for smoothing the surface of a manufactured metallic workpiece, the workpiece having a region having an initial roughness (Ra) of greater than 2.0 μm, the process involving placing the metallic workpiece as the anode in an electrochemical cell, arranging for the temperature of the electrolyte in the vicinity of the anode to be at least 50°C, applying a voltage from 100V to 1000V across the electrochemical cell, thereby to generate a plasma membrane on the surface of the metallic workpiece which acts to remove material from the surface of the metallic workpiece, maintaining the plasma membrane for a period effective to cause the roughness of the workpiece to be reduced.
Method for the installation of vertical grids against burrowing animals in the ground, characterized in that a grid is fixed in a device between a first shaped plate in the form of a support and a second shaped plate in the form of a cover by means of a connection of the first and second shaped plate and is installed in the ground along a construction axis, and in that the connection is disconnected after installation and the shaped plates are pulled out of the ground individually so that the grid remains in the ground.