mhurhangee/patent-ind-claim-en huggingface dataset:
Displacement conversion device adapted to convert an input rotation, in any direction, into an output rotation in a single predetermined direction, comprising: - an eccentric that is arranged to be driven by said input rotation; - an output wheel comprising a drive surface ; - a frame bearing a set of drive arms that are arranged to drive said output wheel in said single predetermined direction, said eccentric being arranged so as to move said frame in translation; characterized in that : - said set of drive arms comprises at least three drive arms whose ends are arranged so as to cooperate with said drive surface ; and - said frame is guided by a flexible guiding arrangement comprising at least four flexible blades that are arranged as an X-Y table so as to grant said frame substantially two degrees of freedom in translation and substantially no degree of freedom in rotation. - an eccentric that is arranged to be driven by said input rotation; - an output wheel comprising a drive surface ; - a frame bearing a set of drive arms that are arranged to drive said output wheel in said single predetermined direction, said eccentric being arranged so as to move said frame in translation; - said set of drive arms comprises at least three drive arms whose ends are arranged so as to cooperate with said drive surface ; and - said frame is guided by a flexible guiding arrangement comprising at least four flexible blades that are arranged as an X-Y table so as to grant said frame substantially two degrees of freedom in translation and substantially no degree of freedom in rotation.
A method comprising: providing an optical fiber preform having a longitudinal axis, an outer diameter and a circumference, the optical fiber preform comprising at least two cylindrical layers of glass having different indices of refraction; providing a two-dimensional pattern having a length parallel to the longitudinal axis of the optical fiber preform, the two-dimensional pattern comprising a plurality of periodically arranged straight lines extending across and beyond the outer diameter of the optical fiber preform in each direction and positioned at a non-perpendicular angle relative to the longitudinal axis of the optical fiber preform when viewed from an image capturing device ; providing said image capturing device disposed such that the optical fiber preform is aligned between the two-dimensional pattern and the image capturing device; rotating the optical fiber preform about its longitudinal axis and acquiring a first plurality of images of the two-dimensional pattern viewed through the optical fiber preform at at least two different points along the circumference of the optical fiber preform; and determining at least one geometric property of the optical fiber preform from the first plurality of images. providing an optical fiber preform having a longitudinal axis, an outer diameter and a circumference, the optical fiber preform comprising at least two cylindrical layers of glass having different indices of refraction; providing a two-dimensional pattern having a length parallel to the longitudinal axis of the optical fiber preform, the two-dimensional pattern comprising a plurality of periodically arranged straight lines extending across and beyond the outer diameter of the optical fiber preform in each direction and positioned at a non-perpendicular angle relative to the longitudinal axis of the optical fiber preform when viewed from an image capturing device ; providing said image capturing device disposed such that the optical fiber preform is aligned between the two-dimensional pattern and the image capturing device; rotating the optical fiber preform about its longitudinal axis and acquiring a first plurality of images of the two-dimensional pattern viewed through the optical fiber preform at at least two different points along the circumference of the optical fiber preform; and determining at least one geometric property of the optical fiber preform from the first plurality of images.
A method of staging memory access requests, the method comprising: storing a plurality of memory access requests in a staging buffer ; selecting , based on one or more arbitration rules, between a first memory access request and a second memory access request from the plurality of memory access requests in the staging buffer for moving to a command queue , wherein the one or more arbitration rules are applied to one or more attributes of a plurality of memory access requests already in the command queue ; and moving the selected memory access request from the staging buffer to the command queue . storing a plurality of memory access requests in a staging buffer ; selecting , based on one or more arbitration rules, between a first memory access request and a second memory access request from the plurality of memory access requests in the staging buffer for moving to a command queue , wherein the one or more arbitration rules are applied to one or more attributes of a plurality of memory access requests already in the command queue ; and moving the selected memory access request from the staging buffer to the command queue .
A storage-stable two-component polyurethane or polyisocyanurate spray foam composition comprising: a) an A-side component comprising one or more polyisocyanate and one or more blowing agent; and b) a B-side component comprising one or more polyol and one or more blowing agent comprising pressurized gaseous carbon dioxide and one or more liquid blowing agent; wherein the fluoride ion concentration of both of the A-side component and the B-side component, separately, after heating at 50 °C for one week is less than 300 ppm, the fluoride ion concentration is measured as detailed in the description, the pressurized gaseous carbon dioxide in the B-side component is present at a level of from 0.5 wt.% to 10 wt.% carbon dioxide, based on the total weight of the B-side component, the liquid blowing agent in the B-side component is present at a level of from 10 wt.% to 40 wt.%, based on the total weight of the B-side component, the liquid blowing agent in the B-side component is or comprises a hydrohaloolefin, and the blowing agent in the A-side component is or comprises a hydrohaloolefin blowing agent. a) an A-side component comprising one or more polyisocyanate and one or more blowing agent; and b) a B-side component comprising one or more polyol and one or more blowing agent comprising pressurized gaseous carbon dioxide and one or more liquid blowing agent; the fluoride ion concentration is measured as detailed in the description, the pressurized gaseous carbon dioxide in the B-side component is present at a level of from 0.5 wt.% to 10 wt.% carbon dioxide, based on the total weight of the B-side component, the liquid blowing agent in the B-side component is present at a level of from 10 wt.% to 40 wt.%, based on the total weight of the B-side component, the liquid blowing agent in the B-side component is or comprises a hydrohaloolefin, and the blowing agent in the A-side component is or comprises a hydrohaloolefin blowing agent.
A marking instrument for toilet hygiene comprising: a hand deformable barrel containing a flowable hygiene solution ; and a nozzle having a conduit therethrough terminating in a nozzle outlet for directing the flowable hygiene solution on to a surface , the conduit being in communication with an outlet of the hand deformable barrel ; a standoff member extending a distance (d) beyond the nozzle outlet ; characterized by : a number of spokes extending radially inward from a side wall of the conduit to the standoff member to hold a proximal portion of the standoff member within the conduit ; wherein in use the standoff member is brought against the surface for the flowable hygiene solution to be dispensed upon, whereby upon squeezing the hand deformable barrel the flowable hygiene solution flows through the conduit and out of the nozzle outlet to be deposited on the surface for marking, the standoff member maintaining a space between the nozzle outlet and the surface for assisting uniform deposition of the flowable hygiene solution upon the surface . a hand deformable barrel containing a flowable hygiene solution ; and a nozzle having a conduit therethrough terminating in a nozzle outlet for directing the flowable hygiene solution on to a surface , the conduit being in communication with an outlet of the hand deformable barrel ; a standoff member extending a distance (d) beyond the nozzle outlet ; characterized by : a number of spokes extending radially inward from a side wall of the conduit to the standoff member to hold a proximal portion of the standoff member within the conduit ; wherein in use the standoff member is brought against the surface for the flowable hygiene solution to be dispensed upon, whereby upon squeezing the hand deformable barrel the flowable hygiene solution flows through the conduit and out of the nozzle outlet to be deposited on the surface for marking, the standoff member maintaining a space between the nozzle outlet and the surface for assisting uniform deposition of the flowable hygiene solution upon the surface . a number of spokes extending radially inward from a side wall of the conduit to the standoff member to hold a proximal portion of the standoff member within the conduit ; wherein in use the standoff member is brought against the surface for the flowable hygiene solution to be dispensed upon, whereby upon squeezing the hand deformable barrel the flowable hygiene solution flows through the conduit and out of the nozzle outlet to be deposited on the surface for marking, the standoff member maintaining a space between the nozzle outlet and the surface for assisting uniform deposition of the flowable hygiene solution upon the surface .
A neuromodulation device for stimulating peripheral nerves comprising: a memory; a pulse generator ; a plurality of electrodes connected to the pulse generator, the plurality of electrodes comprise at least two active electrodes configured to be attached to a patient's body in proximity of branches of at least one peripheral nerve of the patient, wherein each of the at least two active electrodes is adapted to stimulate a different branch of the at least one peripheral nerve by electrical pulses generated by the pulse generator; a control unit connected to each of the at least two active electrodes, the control unit is configured to control flow of the generated pulse to each of the at least two active electrodes; a neuromodulation response detector connected to the control unit and configured to send an information on a reflexive movement of at least a part of the patient's body to the control unit, wherein the reflexive movement of the at least a part of the patient's body is the patient's body response to the stimulation of the at least one branch of the at least one peripheral nerve by electrical pulses generated by the pulse generator, wherein the control unit is configured to automatically set the timing of pulses within the flow of the generated pulses to each of the at least two active electrodes depending on the information from the neuromodulation response detector. a memory; a pulse generator ; a plurality of electrodes connected to the pulse generator, the plurality of electrodes comprise at least two active electrodes configured to be attached to a patient's body in proximity of branches of at least one peripheral nerve of the patient, wherein each of the at least two active electrodes is adapted to stimulate a different branch of the at least one peripheral nerve by electrical pulses generated by the pulse generator; a control unit connected to each of the at least two active electrodes, the control unit is configured to control flow of the generated pulse to each of the at least two active electrodes; a neuromodulation response detector connected to the control unit and configured to send an information on a reflexive movement of at least a part of the patient's body to the control unit, wherein the reflexive movement of the at least a part of the patient's body is the patient's body response to the stimulation of the at least one branch of the at least one peripheral nerve by electrical pulses generated by the pulse generator, wherein the control unit is configured to automatically set the timing of pulses within the flow of the generated pulses to each of the at least two active electrodes depending on the information from the neuromodulation response detector.
A method for monitoring and/or controlling and/or regulating the operation of a centrifuge, in particular a separator, during the centrifugal processing of a product, in particular when clarifying a product and/or when separating a product into various liquid phases, wherein the centrifuge comprises at least the following: a drum rotatable by a drive spindle , a drum mounting, and a drive motor , wherein force measurements are carried out (step I) and analyzed (step II) using one or more force sensors (11a - 11d), and in the event of a deviation from a predefined behavior, an output is performed (step III), and/or the analyses are used for or during the control and/or regulation of the operation of the centrifuge (step IV) characterized in that a calibration run is carried out once or repeatedly to carry out a reference measurement.
Water turbine and/or water pump having a gas tight housing , in which an electric machine , in particular a generator and/or an electric motor is arranged, having a shaft which connects the electric machine to a turbine impeller, wherein the shaft is arranged at an angle with respect to the horizontal and the shaft is led out downwards from the housing through a shaft opening , so that penetration of the water into the housing is prevented by a gas volume compressed in the housing , characterized in that an additional compression volume is provided, which is connected via a connecting line at the bottom of the additional compression volume to the interior of the housing via an inlet opening , and via a gas connecting line arranged at the top in the additional compression volume to a gas inlet in the upper region of the housing .
Cable robot 3D printer , comprising a cable robot with eight cables or bands , where the cables or bands are releasably attached at one end to a print head and led from the print head to a respective cable drum , and the other end opposite from the print head of the cables or bands can be wound in the cable drum in a planar, crossing-free manner, where the cable drums are located within a workspace , and where the cable drums are drivable and the drives of the cable drums are arranged outside or inside the workspace , and where at least one material feed and at least one nozzle are provided on the print head , characterised in that the cable drum has an external gearing and the external gearing of the cable drum engages a worm shaft , where the drive directly or indirectly drives the worm shaft .
A radar sensing and communications system for a vehicle, the system comprising: a transmitter (104a-104d, 206, 400) configured for installation and use on a vehicle, wherein the transmitter (104a-104d, 206, 400) is configured to modulate the radio signal based upon a first plurality of information bits; wherein the transmitter (104a-104d, 206, 400) is configured to transmit a modulated radio signal; a control unit configured to select the first plurality of information bits used to modulate the radio signal; a receiver (104a-104d, 208, 450) configured for installation and use on the vehicle, wherein the receiver (104a-104d, 208, 450) is configured to receive a first radio signal that is the transmitted modulated radio signal reflected from objects in the environment; characterized in that the receiver (104a-104d 208, 450) is configured to receive a second radio signal transmitted from another system, wherein the second radio signal carries second radio signal information bits; wherein the receiver (104a-104d, 208, 450) comprises correlators configured to process received radio signals; and wherein the receiver (104a-104d, 208, 450) is configured by the control unit to process the first received radio signal to detect objects in the environment, and to also process the second received radio signal to determine a second plurality of information bits carried by the second received radio signal, wherein the correlators of the receiver (104a-104d, 208, 450) are configured to process both the first received radio signal and the second received radio signal. a transmitter (104a-104d, 206, 400) configured for installation and use on a vehicle, wherein the transmitter (104a-104d, 206, 400) is configured to modulate the radio signal based upon a first plurality of information bits; wherein the transmitter (104a-104d, 206, 400) is configured to transmit a modulated radio signal; a control unit configured to select the first plurality of information bits used to modulate the radio signal; a receiver (104a-104d, 208, 450) configured for installation and use on the vehicle, wherein the receiver (104a-104d, 208, 450) is configured to receive a first radio signal that is the transmitted modulated radio signal reflected from objects in the environment; characterized in that the receiver (104a-104d 208, 450) is configured to receive a second radio signal transmitted from another system, wherein the second radio signal carries second radio signal information bits; wherein the receiver (104a-104d, 208, 450) comprises correlators configured to process received radio signals; and wherein the receiver (104a-104d, 208, 450) is configured by the control unit to process the first received radio signal to detect objects in the environment, and to also process the second received radio signal to determine a second plurality of information bits carried by the second received radio signal, wherein the correlators of the receiver (104a-104d, 208, 450) are configured to process both the first received radio signal and the second received radio signal.
Drug delivery device comprising a housing and a window element wherein the window element is provided with a first member comprising a window and being made from a rigid material, and wherein a dial is at least partly received within the housing and is rotatable relative to the housing during dose setting and/or dose dispensing, whereby - the first member of the window element is displaceable relative to the housing , - the window element and the dial are arranged such that at least a part of the dial is visible through the window in the first member of the window element, and - the window in the first member of the window element is disposed displaceably in the longitudinal axis of the housing , wherein a rotational motion of the dial is synchronized with a longitudinal displacement of the window, characterized in that the window element is further provided with a second member and a third member , each made from an elastically deformable material and being attached to the first member , and wherein the first member is displaceable relative to at least a part of the second member and/or a part of the third member by compressing one of the second member and the third member and simultaneously stretching the other of the second member and the third member . - the first member of the window element is displaceable relative to the housing , - the window element and the dial are arranged such that at least a part of the dial is visible through the window in the first member of the window element, and - the window in the first member of the window element is disposed displaceably in the longitudinal axis of the housing , wherein a rotational motion of the dial is synchronized with a longitudinal displacement of the window, characterized in that the window element is further provided with a second member and a third member , each made from an elastically deformable material and being attached to the first member , and
A calculating unit (10, 10', 10") for calculating a recording trajectory of a CT system, comprising: a receive interface for receiving measurement and/or simulation data relative to the object to be recorded; an optimizer configured to determine the recording trajectory based on known degrees of freedom of the CT system, based on the measurement and/or simulation data and based on a test task from a group comprising a plurality of test tasks; and a control unit configured to output data in correspondence with the calculated recording trajectory for controlling a manipulation unit of the CT system and thereby control the CT system in correspondence with the calculated recording trajectory; wherein the group comprising a plurality of test tasks comprises the test task of establishing a geometrical structure and/or geometrical surface structure; wherein the group of test tasks comprises detecting characteristics of the materials using the volume of the object to be recorded; wherein the group of test tasks comprises establishing deviations in the volume of the object to be recorded; wherein the optimizer is configured to predetermine the recording parameters per position on the recording trajectory. a receive interface for receiving measurement and/or simulation data relative to the object to be recorded; an optimizer configured to determine the recording trajectory based on known degrees of freedom of the CT system, based on the measurement and/or simulation data and based on a test task from a group comprising a plurality of test tasks; and a control unit configured to output data in correspondence with the calculated recording trajectory for controlling a manipulation unit of the CT system and thereby control the CT system in correspondence with the calculated recording trajectory; wherein the group comprising a plurality of test tasks comprises the test task of establishing a geometrical structure and/or geometrical surface structure; wherein the group of test tasks comprises detecting characteristics of the materials using the volume of the object to be recorded; wherein the group of test tasks comprises establishing deviations in the volume of the object to be recorded; wherein the optimizer is configured to predetermine the recording parameters per position on the recording trajectory.
An article, in particular a tire, comprising a portion such as the tread, comprising a rubber composition based on at least an elastomer matrix, a reinforcing filler and a plasticizing agent; characterized in that the portion is provided with a plurality of holes , each extending substantially perpendicular to a face ; and the holes distributed at a substantially equal interval (t) over the face ; wherein a product of the interval (t) and a ratio by weight of the reinforcing filler to the plasticizing agent is more than 2 mm. characterized in that the portion is provided with a plurality of holes , each extending substantially perpendicular to a face ; and the holes distributed at a substantially equal interval (t) over the face ; wherein a product of the interval (t) and a ratio by weight of the reinforcing filler to the plasticizing agent is more than 2 mm.
A pipe for drainage of soil and transportation of surface water comprising: an axially extended bore defined by a corrugated outer wall, wherein the corrugated outer wall comprises plastic; and an outer wrap applied to the outer wall, wherein: the outer wrap comprises plastic, and the outer wrap is applied in an overlapping helical pattern completely covering the corrugated outer wall. an axially extended bore defined by a corrugated outer wall, wherein the corrugated outer wall comprises plastic; and an outer wrap applied to the outer wall, wherein: the outer wrap comprises plastic, and the outer wrap is applied in an overlapping helical pattern completely covering the corrugated outer wall.