mhurhangee/patent-ind-claim-en huggingface dataset:
A method for making a welded substrate, said method comprising the steps of: a. providing a substrate; b. applying a process solvent to said substrate to create a process wetted substrate, wherein said process solvent is capable of swelling and mobilizing at least one polymer in said substrate, wherein said process solvent is at least 30 percent-by-weight ionic liquid, and wherein a mass ratio of said process solvent to said substrate is 6:1 or less; c. controlling a directed energy source utilizing a suitable wavelength of electromagnetic energy to heat and thereby weld specific locations of the substrate to which process solvent has been previously applied; d. controlling at least a temperature and a duration of time for which said process solvent interacts with said process wetted substrate; and, e. removing at least a portion of said process solvent from said process wetted substrate. a. providing a substrate; b. applying a process solvent to said substrate to create a process wetted substrate, wherein said process solvent is capable of swelling and mobilizing at least one polymer in said substrate, wherein said process solvent is at least 30 percent-by-weight ionic liquid, and wherein a mass ratio of said process solvent to said substrate is 6:1 or less; c. controlling a directed energy source utilizing a suitable wavelength of electromagnetic energy to heat and thereby weld specific locations of the substrate to which process solvent has been previously applied; d. controlling at least a temperature and a duration of time for which said process solvent interacts with said process wetted substrate; and, e. removing at least a portion of said process solvent from said process wetted substrate.
A droplet deposition apparatus comprising: a standing wave generating device including at least one ultrasonic wave oscillator configured to emit an ultrasonic wave into a predetermined space; a droplet supply device supplying a droplet; a workpiece retaining member retaining a workpiece in the predetermined space; and a control device , wherein: the control device is configured to execute the following processes (A) to (C): (A) causing the standing wave generating device to form a standing wave in the predetermined space; (B) causing the droplet supply device to supply a droplet to a node (12c1) of the standing wave formed in the space; and characterized by (C) causing to bring close to each other a predetermined position on the workpiece retained by the workpiece retaining member and the node (12c1) of the standing wave to which the droplet is supplied, to cause the droplet retained at the node (12c1) of the standing wave to be deposited onto the workpiece . a standing wave generating device including at least one ultrasonic wave oscillator configured to emit an ultrasonic wave into a predetermined space; a droplet supply device supplying a droplet; a workpiece retaining member retaining a workpiece in the predetermined space; and a control device , wherein: the control device is configured to execute the following processes (A) to (C): (A) causing the standing wave generating device to form a standing wave in the predetermined space; (B) causing the droplet supply device to supply a droplet to a node (12c1) of the standing wave formed in the space; and characterized by (C) causing to bring close to each other a predetermined position on the workpiece retained by the workpiece retaining member and the node (12c1) of the standing wave to which the droplet is supplied, to cause the droplet retained at the node (12c1) of the standing wave to be deposited onto the workpiece . (A) causing the standing wave generating device to form a standing wave in the predetermined space; (B) causing the droplet supply device to supply a droplet to a node (12c1) of the standing wave formed in the space; and characterized by (C) causing to bring close to each other a predetermined position on the workpiece retained by the workpiece retaining member and the node (12c1) of the standing wave to which the droplet is supplied, to cause the droplet retained at the node (12c1) of the standing wave to be deposited onto the workpiece .
A method for wireless communication of a neighborhood aware network, NAN, comprising: determining, at an apparatus, a default time period of 16 time units, TUs, starting at each of at least one time synchronization function having 23 least-significant-bits equal to zero; receiving , at the apparatus, an offset parameter indicating an offset, with respect to the default time period, to at least one wakeup time period during which the apparatus should be in an active mode for transmitting and/or receiving data; determining, at the apparatus, the at least one wakeup time period based on the offset parameter, wherein the at least one wakeup time period comprises one of a plurality of discovery windows of 16 TUs, each discovery window occurring periodically every 512 TUs; and transmitting and/or receiving data during the at least one wakeup time period. determining, at an apparatus, a default time period of 16 time units, TUs, starting at each of at least one time synchronization function having 23 least-significant-bits equal to zero; receiving , at the apparatus, an offset parameter indicating an offset, with respect to the default time period, to at least one wakeup time period during which the apparatus should be in an active mode for transmitting and/or receiving data; determining, at the apparatus, the at least one wakeup time period based on the offset parameter, wherein the at least one wakeup time period comprises one of a plurality of discovery windows of 16 TUs, each discovery window occurring periodically every 512 TUs; and transmitting and/or receiving data during the at least one wakeup time period.
Drive for a door leaf or window sash, having a housing and having a piston , which is guided in a receiving space of the housing and on which there is arranged a piston rod , further having a first spring , which is arranged in the receiving space and which is tensioned upon opening of the leaf/sash and which is designed for automatically closing the leaf/sash , and having a second spring and a coupling device , characterized in that the second spring and the coupling device are arranged on the piston rod , wherein the coupling device is designed to couple or decouple the first spring or the second spring to the piston or from the piston , and the coupling device comprises a latching sleeve which is fixed in the receiving space and which has a driver guided in the latching sleeve and provided with at least one cut-out , and comprises at least one latching element received in the cut-out .
An assembly for rotational equipment, comprising: a first component; a static structure comprising a static structure fluid passage ; a guide rail mounted to the static structure , the guide rail comprising a guide rail fluid passage and a nozzle ; and a second component mated with and configured to translate along the guide rail , wherein the first component comprises either a bearing , a seal land or a compartment wall for housing at least a bearing, characterised in that : the guide rail fluid passage fluidly couples the static structure fluid passage to a nozzle orifice of the nozzle , and the nozzle configured to direct fluid onto the first component through the nozzle orifice . a first component; a static structure comprising a static structure fluid passage ; a guide rail mounted to the static structure , the guide rail comprising a guide rail fluid passage and a nozzle ; and a second component mated with and configured to translate along the guide rail , wherein the first component comprises either a bearing , a seal land or a compartment wall for housing at least a bearing, characterised in that : the guide rail fluid passage fluidly couples the static structure fluid passage to a nozzle orifice of the nozzle , and the nozzle configured to direct fluid onto the first component through the nozzle orifice .
A method comprising: receiving a data packet comprising data to be written into the memory of a computing system and address data comprising an address in a set of addresses of a first address space of the computing system; identifying a subset of the set of addresses that are identified with a subset of addresses in a second address space associated with the memory of the computing system; determining an address from a further subset of addresses in the second address space; writing the data to the region of the memory associated to the determined address; and updating an address translation table on the computing system on the basis of the determined address; characterized in that the method further comprises: removing a determined address from the further subset of addresses of the second address space; and wherein the method further comprises: determining a number of addresses of the second address space in the further subset; and replenishing the further subset when the number of addresses falls below a threshold number. receiving a data packet comprising data to be written into the memory of a computing system and address data comprising an address in a set of addresses of a first address space of the computing system; identifying a subset of the set of addresses that are identified with a subset of addresses in a second address space associated with the memory of the computing system; determining an address from a further subset of addresses in the second address space; writing the data to the region of the memory associated to the determined address; and updating an address translation table on the computing system on the basis of the determined address; characterized in that the method further comprises: removing a determined address from the further subset of addresses of the second address space; and wherein the method further comprises: determining a number of addresses of the second address space in the further subset; and replenishing the further subset when the number of addresses falls below a threshold number. removing a determined address from the further subset of addresses of the second address space; and wherein the method further comprises: determining a number of addresses of the second address space in the further subset; and replenishing the further subset when the number of addresses falls below a threshold number. determining a number of addresses of the second address space in the further subset; and replenishing the further subset when the number of addresses falls below a threshold number.
A smoking substitute device , comprising: a main body ; a heater ; a cap engagable with the main body and movable between a closed position in which it substantially encloses the heater and an open position wherein at least a portion of the heater is exposed; a sensor for detecting a position of the cap ; and a controller configured to control the device in response to the detection of the position of the cap , the controller being configured to prevent activation of the heater when the sensor detects that the cap is in the open position, wherein a magnet is disposed on the cap and a ferromagnetic element is disposed on the main body , and the magnet and the ferromagnetic element being arranged so as to magnetically interact when the cap is in the closed position to retain the cap on the body , wherein the sensor is disposed on the main body , characterised in that the sensor is a Hall effect sensor configured to detect the presence of the magnet on the cap when the cap is engaged with the main body . a main body ; a heater ; a cap engagable with the main body and movable between a closed position in which it substantially encloses the heater and an open position wherein at least a portion of the heater is exposed; a sensor for detecting a position of the cap ; and a controller configured to control the device in response to the detection of the position of the cap , the controller being configured to prevent activation of the heater when the sensor detects that the cap is in the open position, wherein a magnet is disposed on the cap and a ferromagnetic element is disposed on the main body , and the magnet and the ferromagnetic element being arranged so as to magnetically interact when the cap is in the closed position to retain the cap on the body , wherein the sensor is disposed on the main body , characterised in that the sensor is a Hall effect sensor configured to detect the presence of the magnet on the cap when the cap is engaged with the main body .
A computer-implemented method for a predictive pressure protection system, comprising: establishing flare sources, performance limits, and relationships between control valves and relief valves, wherein the flare sources comprise control valves and relief valves; generating a flare simulator using piping isometric drawings, wherein the flare simulator comprises a hydraulic model that uses a network model comprising control valves, relief valves, and piping extracted from the piping isometric drawings; monitoring an emergency event and filtering information for the emergency event based on a control valve limit breach; dividing event start and finish time periods into cases representing smaller time frames; determining , for each case, source max loads, and running each case through the flare simulator; and determining , based on the source max loads and running each case, flare/relief valve performance indicators. establishing flare sources, performance limits, and relationships between control valves and relief valves, wherein the flare sources comprise control valves and relief valves; generating a flare simulator using piping isometric drawings, wherein the flare simulator comprises a hydraulic model that uses a network model comprising control valves, relief valves, and piping extracted from the piping isometric drawings; monitoring an emergency event and filtering information for the emergency event based on a control valve limit breach; dividing event start and finish time periods into cases representing smaller time frames; determining , for each case, source max loads, and running each case through the flare simulator; and determining , based on the source max loads and running each case, flare/relief valve performance indicators.
Cradle (N) for transporting a recumbent child, intended to be attached to a seat of a motor vehicle, characterised in that said cradle (N) comprises: - a frame comprising a plurality of uprights extending from a base and linked at the top end of same by cross members , thus delimiting a plurality of openings ; and - an inner casing arranged inside said frame , forming the inner walls of said cradle (N) and having protuberances that fill at least partially at least one of said openings of said frame . - a frame comprising a plurality of uprights extending from a base and linked at the top end of same by cross members , thus delimiting a plurality of openings ; and - an inner casing arranged inside said frame , forming the inner walls of said cradle (N) and having protuberances that fill at least partially at least one of said openings of said frame .
A method for controlling a user terminal device including a touch screen divided into a main area and at least one sub area , wherein the touch screen includes a first surface including the main area , a second surface extending from the first surface and including the at least one sub area , and wherein the second surface is curved or bent with respect to a plane of the first surface, the method comprising: performing an unlocking operation to activate the user terminal device , in response to a first pinch gesture being input while the user terminal device is locked; and performing a locking operation to inactivate the user terminal device , in response to a second pinch gesture being input while the user terminal device is unlocked; the method being characterized in that : the first pinch gesture is a pinch-out gesture that expands an interval between initially touched points and the second pinch gesture is a pinch-in gesture that narrows the interval between the initially touched points, the first and second pinch gestures being input at a boundary area where the main area and a sub area of the at least one sub area meet; the performing of the unlocking operation comprises activating a partial area of the main area, activating a partial area of the sub area and displaying a home screen on the partial area of the main area , wherein the partial area of the main area and the partial area of the sub area correspond to sections on the main area and the sub area activated over a distance over which the first pinch gesture is performed. performing an unlocking operation to activate the user terminal device , in response to a first pinch gesture being input while the user terminal device is locked; and performing a locking operation to inactivate the user terminal device , in response to a second pinch gesture being input while the user terminal device is unlocked; the method being the first pinch gesture is a pinch-out gesture that expands an interval between initially touched points and the second pinch gesture is a pinch-in gesture that narrows the interval between the initially touched points, the first and second pinch gestures being input at a boundary area where the main area and a sub area of the at least one sub area meet; the performing of the unlocking operation comprises activating a partial area of the main area, activating a partial area of the sub area and displaying a home screen on the partial area of the main area , wherein the partial area of the main area and the partial area of the sub area correspond to sections on the main area and the sub area activated over a distance over which the first pinch gesture is performed.
A chemical treatment steel sheet comprising: a steel sheet ; a composite coated layer which is formed on at least one surface of the steel sheet , and contains 2 to 200 mg/m2 of Ni in terms of an amount of metal Ni and 0.1 to 10 g/m2 of Sn in terms of an amount of metal Sn, and in which an island-shaped Sn coated layer is formed on a Fe-Ni-Sn alloy layer ; and characterized by a chemical treatment layer that is formed on the composite coated layer , and contains 0.01 to 0.06 mg/m 2 of Zr compounds in terms of an amount of metal Zr, 0.01 to 5 mg/m 2 of phosphate compounds in terms of an amount of P and unavoidable impurities. a steel sheet ; a composite coated layer which is formed on at least one surface of the steel sheet , and contains 2 to 200 mg/m2 of Ni in terms of an amount of metal Ni and 0.1 to 10 g/m2 of Sn in terms of an amount of metal Sn, and in which an island-shaped Sn coated layer is formed on a Fe-Ni-Sn alloy layer ; and characterized by a chemical treatment layer that is formed on the composite coated layer , and contains 0.01 to 0.06 mg/m 2 of Zr compounds in terms of an amount of metal Zr, 0.01 to 5 mg/m 2 of phosphate compounds in terms of an amount of P and unavoidable impurities.
A supporting device for receiving, securing and supporting at least one gripping mechanism comprising at least one gripper arm pair of a first and a second gripper arm for gripping, holding and guiding containers which has a circular or circular-segmented support plate in which a first receiving opening for accommodating and fixing a first gripper arm pivot axis of the first gripper arm , a second receiving opening for accommodating and fixing a second gripper arm pivot axis of the second gripper arm and a third receiving opening for the rotatable receiving of a cam control shaft for opening or closing the gripping mechanism is respectively formed in the axial direction for each gripping mechanism , wherein a fourth receiving opening for accommodating and fixing a locking pin for the rotatable securing of the cam control shaft is provided in the support plate for each gripping mechanism , wherein the fourth receiving opening extends inwardly from the outer lateral surface of the support plate to the third receiving opening and at least partly projects into same, characterized in that the fourth receiving opening runs as a tangential cut through the edge region of the third receiving opening so that a locking pin introduced into the fourth receiving opening tangentially intersects the third receiving opening .
A process for preparing an anticorrosion component for an antifreeze by oxidizing an oxydiol of the general formula (I) in which x is a positive integer from 1 to 10 with molecular oxygen at a temperature of 20 to 100°C and a partial oxygen pressure of 0.01 to 2 MPa in the presence of water and of a heterogeneous catalyst comprising platinum to form an oxydicarboxylic acid of the general formula (II) in which y is a positive integer from 1 to 10, which comprises conducting the oxidation (a) at a molar ratio of 0.002 ≤ n Pt / n oxydiol I + n oxydicarboxylic acid II ≤ 0.019 where "n(Pt)" is the molar amount of platinum, "n(oxydiol (I))" is the molar amount of oxydiol (I) and "n(oxydicarboxylic acid (II))" is the molar amount of oxydicarboxylic acid (II); (b) at a concentration of water of 50% to 95% by weight in the liquid phase; and (c) at a pH of 1 to 7. (a) at a molar ratio of 0.002 ≤ n Pt / n oxydiol I + n oxydicarboxylic acid II ≤ 0.019 where "n(Pt)" is the molar amount of platinum, "n(oxydiol (I))" is the molar amount of oxydiol (I) and "n(oxydicarboxylic acid (II))" is the molar amount of oxydicarboxylic acid (II); (b) at a concentration of water of 50% to 95% by weight in the liquid phase; and (c) at a pH of 1 to 7.
A retractable handle arrangement comprising: a handle adapted and arranged to be mounted flush within a panel , the handle being movable between stowed and deployed states, and arranged such that it can be maintained in a deployed position; the handle comprising an elongate element behind which a user can place their fingers to pull the handle , wherein the handle is pivotable about an axis disposed proximate to a first end of the elongate element, said axis being substantially perpendicular to the length of elongate element, such that the handle rotates about the axis when the handle is moved from the stowed state to the deployed state; characterised in that the handle further comprising a top cover portion extending from the elongate element, the top cover portion being arranged, when the handle is in the deployed state, to substantially close the gap between the handle and the panel , the handle further comprising an end cover portion, arranged to cover, in the deployed state, at least a portion of the end of the elongate element which in use is deployed out from the panel such that the gap between the elongate element and the panel is substantially closed. a handle adapted and arranged to be mounted flush within a panel , the handle being movable between stowed and deployed states, and arranged such that it can be maintained in a deployed position; the handle comprising an elongate element behind which a user can place their fingers to pull the handle , wherein the handle is pivotable about an axis disposed proximate to a first end of the elongate element, said axis being substantially perpendicular to the length of elongate element, such that the handle rotates about the axis when the handle is moved from the stowed state to the deployed state; characterised in that the handle further comprising a top cover portion extending from the elongate element, the top cover portion being arranged, when the handle is in the deployed state, to substantially close the gap between the handle and the panel , the handle further comprising an end cover portion, arranged to cover, in the deployed state, at least a portion of the end of the elongate element which in use is deployed out from the panel such that the gap between the elongate element and the panel is substantially closed.