mhurhangee/ep-ind-claims huggingface dataset:
A bracket for control instruments of the wheels alignment of a vehicle that comprises: - A center body having a center, an outer face and an opposing parallel inner face facing wheels in a use configuration of the bracket; - A group of three grasp arms (7, 8, 9) having respective distal ends with respect of the center equipped with grasping members, said arms being contemporarily slindingly mounted with respect of the central body toward centrifugal or centripetal directions and reciprocally spaced, actuated by first actuating means and guided by first guiding means between grasping positions by said grasping means or releasing positions of a wheel; - Leaning spacing means (11, 12, 13) of the bracket parallel to a side of a wheel which are contemporarily movable according to radial directions with respect of said center among adjustable leaning positions; characterized in that said leaning spacing means (11, 12, 13) are mounted on said center body independently sliding from said arms (7, 8, 9), movably actuated by second actuating means (25, 26, 27, 28) independently from said first actuating means and guided by said first guiding means. - A center body having a center, an outer face and an opposing parallel inner face facing wheels in a use configuration of the bracket; - A group of three grasp arms (7, 8, 9) having respective distal ends with respect of the center equipped with grasping members, said arms being contemporarily slindingly mounted with respect of the central body toward centrifugal or centripetal directions and reciprocally spaced, actuated by first actuating means and guided by first guiding means between grasping positions by said grasping means or releasing positions of a wheel; - Leaning spacing means (11, 12, 13) of the bracket parallel to a side of a wheel which are contemporarily movable according to radial directions with respect of said center among adjustable leaning positions;
Device for reducing odor, smoke and/or steam emissions during a boiling, cooking and/or roasting process from a food at a working area, comprising the working area for preparing and/or providing the food, a hood at least partially covering the working area, an extractor configured to suck off at least odor, smoke and/or steam emissions originating from the food, a plasma source configured to generate ionized air, an outlet nozzle configured for the directed emission of the ionized air and a recirculated air purification means, wherein between the working area and the hood on the operating side a working opening is formed enabling an operator access to the working area, the recirculated air purification means is configured to filter the sucked off odor, smoke and/or steam emissions and/or ambient air and to supply at least a part of the filtered air which is ionized by the plasma source to the outlet nozzle, the outlet nozzle is arranged and configured on the operating side such that the ionized air flows out in a direction which forms an angle of ≥ 0° and ≤ 60° with respect to the normal of the working area, and by forming an air curtain prevents the odor, smoke and/or steam emissions from leaking at least from the working opening, and the recirculated air purification means comprises an electron tube as a plasma source arranged outside the odor, smoke and/or steam emissions. wherein between the working area and the hood on the operating side a working opening is formed enabling an operator access to the working area, the recirculated air purification means is configured to filter the sucked off odor, smoke and/or steam emissions and/or ambient air and to supply at least a part of the filtered air which is ionized by the plasma source to the outlet nozzle, the outlet nozzle is arranged and configured on the operating side such that the ionized air flows out in a direction which forms an angle of ≥ 0° and ≤ 60° with respect to the normal of the working area, and by forming an air curtain prevents the odor, smoke and/or steam emissions from leaking at least from the working opening, and the recirculated air purification means comprises an electron tube as a plasma source arranged outside the odor, smoke and/or steam emissions.
A polymer, which is a fluorine-containing polymer comprising units derived from a fluorine-containing monomer of formula: CH 2 =C(-X)-C(=O)-Y-Z-Rf, wherein X is H, halogen or a monovalent organic group, Y is -O- or -NH-, Z is a bond or a divalent organic group, and Rf is C 1-20 -fluoroalkyl; a (meth)acrylate monomer having a cyclic hydrocarbon group; and a functional organopolysiloxane comprising siloxy units of the average formula: (R 2 SiO) a (RR N SiO) b (RR F' SiO) c wherein a is 0-4000, b is 1-1000, c is 1-1000, R each independently is a monovalent organic group, R N is a monovalent amino-functional organic group, and R F' is a monovalent mercapto-, vinyl-, (meth)acrylamide- or (meth)acrylate-functional organic group. a fluorine-containing monomer of formula: CH 2 =C(-X)-C(=O)-Y-Z-Rf, wherein X is H, halogen or a monovalent organic group, Y is -O- or -NH-, Z is a bond or a divalent organic group, and Rf is C 1-20 -fluoroalkyl; X is H, halogen or a monovalent organic group, Y is -O- or -NH-, Z is a bond or a divalent organic group, and Rf is C 1-20 -fluoroalkyl; a (meth)acrylate monomer having a cyclic hydrocarbon group; and a functional organopolysiloxane comprising siloxy units of the average formula: (R 2 SiO) a (RR N SiO) b (RR F' SiO) c wherein a is 0-4000, b is 1-1000, c is 1-1000, R each independently is a monovalent organic group, R N is a monovalent amino-functional organic group, and R F' is a monovalent mercapto-, vinyl-, (meth)acrylamide- or (meth)acrylate-functional organic group. a is 0-4000, b is 1-1000, c is 1-1000, R each independently is a monovalent organic group, R N is a monovalent amino-functional organic group, and R F' is a monovalent mercapto-, vinyl-, (meth)acrylamide- or (meth)acrylate-functional organic group.
A membrane assembly for use with a three-dimensional imager to obtain a topographical plantar image of a foot, the membrane assembly comprising: a housing comprising a top wall having an opening formed therethrough, a bottom wall, and a sidewall interconnecting the top wall and the bottom wall, and a support structure having a peripheral frame enclosing the opening, the support structure having a front end and a rear end, the rear end being elevated relative to the front end; and a flexible membrane to receive thereon the foot, the flexible membrane being suspended from the peripheral frame of the support structure and extending across and hermetically sealing the opening, the flexible membrane including a forefoot-receiving region and a rearfoot-receiving region respectively adjacent to the front end and the rear end of the support structure, the rearfoot-receiving region being under less tension than the forefoot-receiving region, the flexible membrane and the housing together defining and enclosing an inflatable chamber, the flexible membrane configured, upon inflation of the inflatable chamber, to support, alone, an entire plantar surface of the foot without abutting against the bottom wall of the housing so as to support the foot in a semi-weight bearing condition, the three-dimensional imager being positionable under the flexible membrane in order to acquire the topographical plantar image when the foot is disposed on the flexible membrane. a housing comprising a top wall having an opening formed therethrough, a bottom wall, and a sidewall interconnecting the top wall and the bottom wall, and a support structure having a peripheral frame enclosing the opening, the support structure having a front end and a rear end, the rear end being elevated relative to the front end; and a flexible membrane to receive thereon the foot, the flexible membrane being suspended from the peripheral frame of the support structure and extending across and hermetically sealing the opening, the flexible membrane including a forefoot-receiving region and a rearfoot-receiving region respectively adjacent to the front end and the rear end of the support structure, the rearfoot-receiving region being under less tension than the forefoot-receiving region, the flexible membrane and the housing together defining and enclosing an inflatable chamber, the flexible membrane configured, upon inflation of the inflatable chamber, to support, alone, an entire plantar surface of the foot without abutting against the bottom wall of the housing so as to support the foot in a semi-weight bearing condition, the three-dimensional imager being positionable under the flexible membrane in order to acquire the topographical plantar image when the foot is disposed on the flexible membrane.
An apparatus for visualizing image material in a multimodal imaging environment, comprising: an input port for receiving i) an ultrasound image data set acquired of an object by an ultrasound probe and, ii) an X-ray image of the object acquired by an X-ray imager detector in a plane at a projection direction through exposure of the object to radiation emanating from the X-ray imager 's X-ray source; a registration unit configured to register the ultrasound image data set in a common frame of reference for both, the X-ray imager and the ultrasound probe; a graphics display generator configured to generate on a screen a graphics display of a 3D scene at a user selectable view that affords, in the common coordinate frame for both, the X-ray imager and the ultrasound probe, a representation of: i) a 3D projection of the ultrasound image data set, and ii) a perspective 3D view on the X-ray image in the detector plane, said perspective 3D view corresponding to the X-ray projection direction and the user selected view, the generator configured to update the 3D scene according and in response to a user selected second view on the 3D scene. an input port for receiving i) an ultrasound image data set acquired of an object by an ultrasound probe and, ii) an X-ray image of the object acquired by an X-ray imager detector in a plane at a projection direction through exposure of the object to radiation emanating from the X-ray imager 's X-ray source; i) an ultrasound image data set acquired of an object by an ultrasound probe and, ii) an X-ray image of the object acquired by an X-ray imager detector in a plane at a projection direction through exposure of the object to radiation emanating from the X-ray imager 's X-ray source; a registration unit configured to register the ultrasound image data set in a common frame of reference for both, the X-ray imager and the ultrasound probe; a graphics display generator configured to generate on a screen a graphics display of a 3D scene at a user selectable view that affords, in the common coordinate frame for both, the X-ray imager and the ultrasound probe, a representation of: i) a 3D projection of the ultrasound image data set, and ii) a perspective 3D view on the X-ray image in the detector plane, said perspective 3D view corresponding to the X-ray projection direction and the user selected view, the generator configured to update the 3D scene according and in response to a user selected second view on the 3D scene. i) a 3D projection of the ultrasound image data set, and ii) a perspective 3D view on the X-ray image in the detector plane, said perspective 3D view corresponding to the X-ray projection direction and the user selected view, the generator configured to update the 3D scene according and in response to a user selected second view on the 3D scene.
Device for coating a substrate with a gas inlet member, which has a gas distribution chamber with a gas outlet surface with gas outlet openings arranged substantially uniformly over the gas outlet surface, through which a process gas fed into the gas distribution chamber can pass into a process chamber and to the substrate arranged on the bottom of the process chamber, wherein the gas outlet surface is formed by a plurality of gas outlet plates (10, 11, 12, 13, 14, 15, 16, 17, 18, 19) lying in a common plane, which are arranged in the region of separation zones (10', 10", 11', 11", 12', 12", 13', 13", 14", 15', 16', 17', 18') adjoining one another being located in a distance to walls limiting the volume of the gas distribution chamber, characterized in that two adjacent gas outlet plates (10 - 19) extend along their common separation zone (10', 10", 11", 12', 12", 13", 14", 15', 16', 17', 18') can be displaced in a hinge-like manner with respect to one another and each individual gas outlet plate is fastened by means of at least one hanger to a rear wall of the gas inlet member, to a ceiling of the housing or to a supporting framework, the hangers having adjusting elements in order to adjust the vertical position of the gas outlet plate with respect to the base of the process chamber.
Method for controlling a movement of a number of rotors of a linear drive, wherein the linear drive comprises a number of segments (Seg) and the rotors, wherein the method comprises at least the following steps: - specifying a movement pattern across a number of segments for a number of rotors by a chronological sequence of positions or speeds of a number of rotors on a plurality of segments, - transforming the movement pattern of the number of rotors into a respective specification for a respective virtual axis, wherein the respective virtual axis maps the movement of a respective rotor on a number of segments (Seg), - transforming the specification of the respective virtual axis into in each case a specification for a respective real axis of a number of real axes, - wherein the respective real axis of the number of real axes is assigned to a respective control unit and the respective real axis describes the movement of the respective rotor on the respective segment, wherein the specification is provided for the respective real axis of the respective control unit and wherein the respective control unit uses the specification to control the movement of the respective rotor on the respective segment (Seg). - specifying a movement pattern across a number of segments for a number of rotors by a chronological sequence of positions or speeds of a number of rotors on a plurality of segments, - transforming the movement pattern of the number of rotors into a respective specification for a respective virtual axis, wherein the respective virtual axis maps the movement of a respective rotor on a number of segments (Seg), - transforming the specification of the respective virtual axis into in each case a specification for a respective real axis of a number of real axes, - wherein the respective real axis of the number of real axes is assigned to a respective control unit and the respective real axis describes the movement of the respective rotor on the respective segment, wherein the specification is provided for the respective real axis of the respective control unit and wherein the respective control unit uses the specification to control the movement of the respective rotor on the respective segment (Seg).
A liquid composition comprising per 100 ml, 0.2-2 gram uridine or an uridine equivalent selected from the group consisting of uridine, deoxyuridine, uridine phosphates, nucleobase uracil and acylated uridine derivatives; 0.5-5 g DHA; 50 mg - 3 g choline; 0.5 - 10 g protein; 2- 20 g carbohydrates; 0.5-15 microgram vitamin B12; 50-1000 microgram folic acid and 0.1 - 10 mg vitamin B6, wherein the composition has a viscosity of 1 - 40 mPas measured at a shear rate of 100 per sec at 20 °C; an osmolality of 300 to 800 mOsm/kg and a caloric density between 0.2 and 3 kcal/ml.
Beverage container depositing device, in particular a cup stand for a beverage vending machine, wherein the beverage container depositing device has a rotationally fixed, height-adjustable ram on which a beverage container can be deposited, and the beverage container depositing device has a rotationally fixed lower part, a spiral member mounted in a rotatable manner thereto and the ram interacting with the spiral member, characterised in that the lower part has a slit in the manner of a ring segment on the base, through which a lever connected to the spiral member protrudes, so that a rotation of the spiral member and therefore a raising/lowering of the ram takes place by means of a horizontal movement of the lever.
A ready to use urinary catheter assembly for intermittent urinary catheterisation comprising a catheter and a package (7,16) wherein the catheter is accommodated in its entirety in the package (7,16) and can be withdrawn from its package (7,16) and is prepared for direct insertion in the urethra and in a substantially sterile condition, characterized in that the 5 catheter is a urinary catheter having on at least a part of its surface a hydrophilic surface layer and where the package (7,16) defines a cavity for accommodation of the catheter, the package (7,16) is made of a gas impermeable material and the cavity accommodates a liquid swelling medium for provision of a ready-to-use catheter assembly.
Triglycerides obtained by oxidative cleavage of sunflower oil with high oleic acid content, the said triglycerides containing saturated carboxylic acids having more than one acid function, wherein said saturated carboxylic acids comprise azelaic acid and one or more of glutaric acid, adipic acid, pimelic acid, suberic acid, sebacic acid, undecandicarboxylic acid, dodecandicarboxylic acid, brassylic acid, tetradecandicarboxylic acid, pentadecandicarboxylic acid.
A print production scheduler comprising: a server including a non-volatile memory to store, and a controller comprising a processor, the processor comprising a dispatcher module (60, 100) to execute, machine readable instructions which when executed realise: a first sort function (64, 104) to sort a plurality of print requests for placement, according to attribute-defined intervals, among a series of containers and to sort the relative priorities of the print requests within each container; and a second sort function (66, 106) to sort the print requests across all the containers into a prioritized list of all print requests; and wherein the dispatcher module selects top N print requests from the prioritized list and releases them upon a periodic trigger signal, the print production scheduler further comprising a task-resource scheduler module to convert the prioritized list into, and to release upon a subsequent periodic trigger signal, a task-resource schedule for print production. a server including a non-volatile memory to store, and a controller comprising a processor, the processor comprising a dispatcher module (60, 100) to execute, machine readable instructions which when executed realise: a first sort function (64, 104) to sort a plurality of print requests for placement, according to attribute-defined intervals, among a series of containers and to sort the relative priorities of the print requests within each container; and a second sort function (66, 106) to sort the print requests across all the containers into a prioritized list of all print requests; and a first sort function (64, 104) to sort a plurality of print requests for placement, according to attribute-defined intervals, among a series of containers and to sort the relative priorities of the print requests within each container; and a second sort function (66, 106) to sort the print requests across all the containers into a prioritized list of all print requests; and wherein the dispatcher module selects top N print requests from the prioritized list and releases them upon a periodic trigger signal, the print production scheduler further comprising a task-resource scheduler module to convert the prioritized list into, and to release upon a subsequent periodic trigger signal, a task-resource schedule for print production.
A method for anonymous data collection, comprising: assigning, by a first entity, an operator match ID to a client device associated with a particular user; receiving, by a second entity, client demographic information associated with the operator match ID, wherein the client demographic information pertains to the particular user; sending, by the first entity, an encrypted operator match ID to the client device that has been encrypted under a first encryption key; decrypting the encrypted operator match ID using a first decryption key, associated with the first encryption key, by the client device to obtain the operator match ID and re-encrypting the operator match ID under a second encryption key to obtain a re-encrypted operator match ID; sending client device usage information with the re-encrypted operator match ID by the client device to the second entity through an anonymous channel, wherein the anonymous channel prevents the second entity from identifying the client device; decrypting, by the second entity, the re-encrypted operator match ID using a second decryption key, associated with the second encryption key, to obtain the operator match ID; correlating, by the second entity, the client demographic information with the client device usage information based on the operator match ID. assigning, by a first entity, an operator match ID to a client device associated with a particular user; receiving, by a second entity, client demographic information associated with the operator match ID, wherein the client demographic information pertains to the particular user; sending, by the first entity, an encrypted operator match ID to the client device that has been encrypted under a first encryption key; decrypting the encrypted operator match ID using a first decryption key, associated with the first encryption key, by the client device to obtain the operator match ID and re-encrypting the operator match ID under a second encryption key to obtain a re-encrypted operator match ID; sending client device usage information with the re-encrypted operator match ID by the client device to the second entity through an anonymous channel, wherein the anonymous channel prevents the second entity from identifying the client device; decrypting, by the second entity, the re-encrypted operator match ID using a second decryption key, associated with the second encryption key, to obtain the operator match ID; correlating, by the second entity, the client demographic information with the client device usage information based on the operator match ID.