mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a server, first recording schedule information from a first media device associated with a first user, the first recording schedule information including information indicating that a particular media content is scheduled to be recorded on the first media device, the first user being part of a defined user group; receiving, by the server, second recording schedule information from a second media device associated with a second user, the second recording schedule information including information indicating that the particular media content is scheduled to be recorded on the second media device, wherein the second user being part of the defined user group; detecting, by the server, that the particular media content is scheduled to be recorded on both of the first media device and the second media device; in response to detecting that the particular media content is scheduled to be recorded on both of the first media device and the second media device, sending, by the server, a notification to at least the first media device, the notification indicating that the particular media content is scheduled to be recorded on the second media device; and selecting a time to cause synchronous playing of the recorded particular media content on the first and second media devices based on user input from the first media device or the second media device. receiving, by a server, first recording schedule information from a first media device associated with a first user, the first recording schedule information including information indicating that a particular media content is scheduled to be recorded on the first media device, the first user being part of a defined user group; receiving, by the server, second recording schedule information from a second media device associated with a second user, the second recording schedule information including information indicating that the particular media content is scheduled to be recorded on the second media device, wherein the second user being part of the defined user group; detecting, by the server, that the particular media content is scheduled to be recorded on both of the first media device and the second media device; in response to detecting that the particular media content is scheduled to be recorded on both of the first media device and the second media device, sending, by the server, a notification to at least the first media device, the notification indicating that the particular media content is scheduled to be recorded on the second media device; and selecting a time to cause synchronous playing of the recorded particular media content on the first and second media devices based on user input from the first media device or the second media device.
A control arrangement for a hydraulic system, said control arrangement comprising a supply port arrangement having a high pressure port and a low pressure port, a working port arrangement having two working ports (8, 9), a first valve arranged between said high pressure port and said working port arrangement (8, 9),said first valve controlling a meter-in flow from the high pressure port to the working port arrangement, a second valve arranged between said low pressure port and said working port arrangement (8, 9), said second valve controlling a meter-out flow from the working port arrangement to the tank port, and a controller being provided for controlling said first valve and said second valve, said controller having an input connection for receiving a signal of an operator input device, wherein said signal represents the meter-in flow characterized in that on the basis of said signal said controller at least initially calculates an unbalance between a first flow demand for said first valve corresponding to the demand meter-in flow,and a second flow demand for said second valve corresponding to the demanded meter-out flow, so that the demanded meter-out flow is slightly higher than the demanded meter-in flow, wherein when an actuator connected to the working port arrangement is a differential cylinder, the cylinder ratio is additionally taken into account for the calculation of the ratio between the demanded meter-in flow and the demanded meter-out flow, wherein said first valve is adjusted according to said first flow demand and said second valve is adjusted according to said second flow demand, wherein each flow demand is representative of the opening degree related to a pressure difference over the respective valve (10, 11).
A furniture in modular construction, characterised in that (a) the modules consist of two U-shaped profiles which are joined together at the leg surfaces and are thereby double-walled, and (b) each of the furniture modules consists of a magnetisable material and the furniture modules are connected to each other via magnetic foils. (a) the modules consist of two U-shaped profiles which are joined together at the leg surfaces and are thereby double-walled, and (b) each of the furniture modules consists of a magnetisable material and the furniture modules are connected to each other via magnetic foils.
A vehicle trim component, the trim component comprising: - a thermocompressed support panel with an opening and with a peripheral edge surrounding the opening, - an airbag guide piece comprising a channel arranged in the opening of the support panel, a flap at least partially closing a first end of the channel and a flange arranged around the channel in the extension of the flap, the peripheral edge of the support panel being fixed against the flange, - a reinforcing frame adapted to fix the position of the guide piece relative to the support panel, the reinforcing frame being fixed to the peripheral edge of the support panel, characterized in that the reinforcing frame is an insert fitted around the channel, and in that the channel is provided with at least one locking element adapted to lock the reinforcing frame in abutment against the peripheral edge of the support panel. - a thermocompressed support panel with an opening and with a peripheral edge surrounding the opening, - an airbag guide piece comprising a channel arranged in the opening of the support panel, a flap at least partially closing a first end of the channel and a flange arranged around the channel in the extension of the flap, the peripheral edge of the support panel being fixed against the flange, - a reinforcing frame adapted to fix the position of the guide piece relative to the support panel, the reinforcing frame being fixed to the peripheral edge of the support panel, characterized in that the reinforcing frame is an insert fitted around the channel, and in that the channel is provided with at least one locking element adapted to lock the reinforcing frame in abutment against the peripheral edge of the support panel.
A method for manufacturing an earplug including a shell to be worn at least in part in a user's ear canal and an acoustic output transducer unit, mounted within said shell, for sound output at the inner end of said shell, comprising: determining a desired sound frequency response function of the output transducer unit when mounted within said shell, establishing an acoustic model of the shell including the output transducer unit, and forming a shell having a receptacle for mounting said output transducer unit within said shell and a sound cavity (2012, 2013) connecting said output transducer unit to a sound outlet opening at said inner end of said shell, characterized in that said sound cavity is shaped and sized according to said model in order to tune the sound frequency response of said output transducer unit according to said desired sound frequency response of said output transducer unit.
Data network for industrial installations, - at least one first data capture unit (S-DCU) that is designed to capture first data generated by at least one automation network zone assigned thereto and to transmit said first data over a network connection as second data, also designed to process the first data, and - a second data capture unit (M-DCU) that is designed to collect the second data, wherein the automation network zone has at least one automation component and wherein the first data capture unit (S-DCU) and the second data capture unit (M-DCU) together form a one-way gateway, characterized in that: - the second data capture unit (M-DCU) is designed to control the first data capture unit, and the controlling of the first data capture unit (S-DCU) by the second data capture unit (M-DCU) determines the processing of the first data performed by the first data capture unit (S-DCU). - at least one first data capture unit (S-DCU) that is designed to capture first data generated by at least one automation network zone assigned thereto and to transmit said first data over a network connection as second data, also designed to process the first data, and - a second data capture unit (M-DCU) that is designed to collect the second data, wherein the automation network zone has at least one automation component and wherein the first data capture unit (S-DCU) and the second data capture unit (M-DCU) together form a one-way gateway, characterized in that: - the second data capture unit (M-DCU) is designed to control the first data capture unit, and the controlling of the first data capture unit (S-DCU) by the second data capture unit (M-DCU) determines the processing of the first data performed by the first data capture unit (S-DCU). - the second data capture unit (M-DCU) is designed to control the first data capture unit, and the controlling of the first data capture unit (S-DCU) by the second data capture unit (M-DCU) determines the processing of the first data performed by the first data capture unit (S-DCU).
An erasable inkjet ink characterized by comprising: a leuco dye; a non-water-soluble developer; and a solvent comprising ethyl alcohol and water, wherein the mass of the non-water-soluble developer is 15 to 25 times as large as the mass of the leuco dye, and an amount of the ethyl alcohol is 70 to 90% by mass based on the solvent and an amount of the water is 7 to 25% by mass based on the solvent. a leuco dye; a non-water-soluble developer; and a solvent comprising ethyl alcohol and water, a solvent comprising ethyl alcohol and water, wherein the mass of the non-water-soluble developer is 15 to 25 times as large as the mass of the leuco dye, and an amount of the ethyl alcohol is 70 to 90% by mass based on the solvent and an amount of the water is 7 to 25% by mass based on the solvent.
A safety helmet or head piece (10, 24, 42, 50) having: an incident light source (14, 20, 40, 52) disposed on the top or the crown of the helmet or head piece (10, 24, 50); and a mounting having a gimbal or gyroscopic means for controlling the orientation of the light source (14, 20, 40, 52), characterised in that the light emanates as a beam (14a, 14b, 26, 34, 48, 54) substantially vertically and upwardly irrespective of the orientation of the helmet or head piece (10, 24, 42, 50). an incident light source (14, 20, 40, 52) disposed on the top or the crown of the helmet or head piece (10, 24, 50); and a mounting having a gimbal or gyroscopic means for controlling the orientation of the light source (14, 20, 40, 52), characterised in that the light emanates as a beam (14a, 14b, 26, 34, 48, 54) substantially vertically and upwardly irrespective of the orientation of the helmet or head piece (10, 24, 42, 50).
A restraint for non-injurious securement of a limb of a person to an object, the restraint comprising: a flexible strap defined by opposed ends and opposed edges and comprising, partially between the ends, a substantially cut-resistant webbing comprising of, or incorporating a strip of interlinked rings; and at least one locking mechanism having a slot configured to receive the flexible strap therethrough, the locking mechanism including one or more projections or pins adapted to engage the interlinked rings upon operation of the locking mechanism, and to disengage therefrom responsive to operation with a key; wherein the strap is adapted to be secured to the object with a loop adjusted to encircle the limb, and the at least one locking mechanism fixes and locks the length of the loop securing the limb to the object; characterised in that the projections or pins engage with the interlinked rings of the flexible strap by extending at least partway therethrough, thereby preventing movement of the strap through the locking mechanism. a flexible strap defined by opposed ends and opposed edges and comprising, partially between the ends, a substantially cut-resistant webbing comprising of, or incorporating a strip of interlinked rings; and at least one locking mechanism having a slot configured to receive the flexible strap therethrough, the locking mechanism including one or more projections or pins adapted to engage the interlinked rings upon operation of the locking mechanism, and to disengage therefrom responsive to operation with a key; wherein the strap is adapted to be secured to the object with a loop adjusted to encircle the limb, and the at least one locking mechanism fixes and locks the length of the loop securing the limb to the object; characterised in that the projections or pins engage with the interlinked rings of the flexible strap by extending at least partway therethrough, thereby preventing movement of the strap through the locking mechanism.
A laundry apparatus comprising: a cabinet; a tub provided in the cabinet and configured to hold water; a drum rotatably mounted in the tub and configured to accommodate laundry; a through-hole penetrating the drum and configured to facilitate communication between the tub and the drum; a pump housing comprising a chamber defining a predetermined space in which water is stored; a tub water discharge pipe provided to guide the water held in the tub towards the chamber; a pump water discharge pipe (65, 67) provided to guide the water stored in the chamber outside the chamber; an impeller (733, 753) rotatably provided in the chamber and configured to flow the water stored in the chamber towards the pump water discharge pipe; and an air discharge pipe; wherein the pump water discharge pipe (65, 67) comprises: a first pump water discharge pipe provided to guide water held in the chamber towards the tub; the impeller (733, 753) comprises a circulation impeller configured to flow the water stored in the chamber towards the first pump water discharge pipe; said laundry apparatus is characterized in that the air discharge pipe is provided to guide air inside the chamber towards the tub, and the air discharge pipe connects a circumferential surface of the first pump water discharge pipe to an uppermost area out of an outer circumferential surface of the pump housing above the chamber. a cabinet; a tub provided in the cabinet and configured to hold water; a drum rotatably mounted in the tub and configured to accommodate laundry; a through-hole penetrating the drum and configured to facilitate communication between the tub and the drum; a pump housing comprising a chamber defining a predetermined space in which water is stored; a tub water discharge pipe provided to guide the water held in the tub towards the chamber; a pump water discharge pipe (65, 67) provided to guide the water stored in the chamber outside the chamber; an impeller (733, 753) rotatably provided in the chamber and configured to flow the water stored in the chamber towards the pump water discharge pipe; and an air discharge pipe; wherein the pump water discharge pipe (65, 67) comprises: a first pump water discharge pipe provided to guide water held in the chamber towards the tub; the impeller (733, 753) comprises a circulation impeller configured to flow the water stored in the chamber towards the first pump water discharge pipe; said laundry apparatus is characterized in that the air discharge pipe is provided to guide air inside the chamber towards the tub, and the air discharge pipe connects a circumferential surface of the first pump water discharge pipe to an uppermost area out of an outer circumferential surface of the pump housing above the chamber.
A method for preparing a measurement sample for MALDI mass spectrometry, comprising applying a laser beam to a base comprising a matrix used for preparing the measurement sample for MALDI mass spectrometry, the matrix being disposed on a surface of the base, in a manner that the laser beam is applied to a surface of the base opposite to the surface comprising the matrix, to make the matrix fly from the base to be disposed at a predetermined position of an analyte of MALDI mass spectrometry, wherein the base comprises a laser energy absorbing material, and wherein laser energy of the laser beam has a wavelength of 400 nm or longer. applying a laser beam to a base comprising a matrix used for preparing the measurement sample for MALDI mass spectrometry, the matrix being disposed on a surface of the base, in a manner that the laser beam is applied to a surface of the base opposite to the surface comprising the matrix, to make the matrix fly from the base to be disposed at a predetermined position of an analyte of MALDI mass spectrometry, wherein the base comprises a laser energy absorbing material, and wherein laser energy of the laser beam has a wavelength of 400 nm or longer.
An intravascular delivery system comprising: a delivery tube sized to be delivered through a patient to a treatment site; an intermediate hypotube affixed to the delivery tube and extending in the proximal direction from a proximal end of the delivery tube; and a pull wire extending through a lumen of the intermediate hypotube and through a lumen of the delivery tube, characterized in that the pull wire comprises an engagement bump affixed thereto and positioned in the proximal direction in relation to a proximal end of the hypotube, wherein the engagement bump is sized to inhibit movement of the engagement bump into the lumen of the intermediate hypotube. a delivery tube sized to be delivered through a patient to a treatment site; an intermediate hypotube affixed to the delivery tube and extending in the proximal direction from a proximal end of the delivery tube; and a pull wire extending through a lumen of the intermediate hypotube and through a lumen of the delivery tube, characterized in that the pull wire comprises an engagement bump affixed thereto and positioned in the proximal direction in relation to a proximal end of the hypotube, wherein the engagement bump is sized to inhibit movement of the engagement bump into the lumen of the intermediate hypotube. the pull wire comprises an engagement bump affixed thereto and positioned in the proximal direction in relation to a proximal end of the hypotube, wherein the engagement bump is sized to inhibit movement of the engagement bump into the lumen of the intermediate hypotube.
A distal dexterity device comprising: an operable end having a tool; a flexible backbone system, wherein the flexible backbone system includes a plurality of secondary axially extending backbone members that are disposed about and parallel to a central axially extending backbone member and wherein the flexible backbone system is operably coupled to the tool so that motion of the flexible backbone system is imposed on the tool, wherein each of the plurality of secondary backbone members has an internal actuator wire disposed therein to maneuver the tool in one or more directions; an actuation device that is operably coupled to the plurality of secondary backbone members, the actuation device being configured and arranged to cause the flexible backbone system to maneuver the tool in one or more directions responsive to action of the actuation device; characterized in that said actuating device is configured and arranged so as to impose a pushing and a pulling force on each of the plurality of secondary backbone members so as to thereby correspondingly one of push or pull against an end member of the flexible backbone system thereby causing the flexible backbone system to move the tool; and a device manipulation unit operable coupled to the distal dexterity device so as to cause axial movement of the operable end along a long axis of the distal dexterity device and rotation about the long axis. an operable end having a tool; a flexible backbone system, wherein the flexible backbone system includes a plurality of secondary axially extending backbone members that are disposed about and parallel to a central axially extending backbone member and wherein the flexible backbone system is operably coupled to the tool so that motion of the flexible backbone system is imposed on the tool, wherein each of the plurality of secondary backbone members has an internal actuator wire disposed therein to maneuver the tool in one or more directions; an actuation device that is operably coupled to the plurality of secondary backbone members, the actuation device being configured and arranged to cause the flexible backbone system to maneuver the tool in one or more directions responsive to action of the actuation device; characterized in that said actuating device is configured and arranged so as to impose a pushing and a pulling force on each of the plurality of secondary backbone members so as to thereby correspondingly one of push or pull against an end member of the flexible backbone system thereby causing the flexible backbone system to move the tool; and a device manipulation unit operable coupled to the distal dexterity device so as to cause axial movement of the operable end along a long axis of the distal dexterity device and rotation about the long axis.
Reactor for the manufacture of interfacial polycarbonate by reacting phosgene and one or more bisphenols in a two-phase liquid reaction medium, the reactor comprising a reactor vessel and reactor internals, wherein at least part of the inner surface of the reactor and/or part of the surface of the reactor internals is manufactured from or cladded with a titanium alloy comprising palladium.
Towed agricultural implement with a wide working width, in particular a soil-working and/or sowing implement, with a central frame which is supported via support elements rolling on the soil and which has a drawbar, wherein side frames which each extend laterally to the central frame and on which soil-working and/or sowing elements are arranged are arranged on the central frame, wherein the side frames are each arranged so as to be pivotable upwards by 90° in relation to the central frame about a horizontal axis which is located in the front region of the side frames and extends transversely with respect to the direction of travel, wherein the side frames are in each case pivotable forwards or rearwards by 90° about a pivot axis, which is located approximately on the inner end region of said side frames and runs vertically in the side-frame position pivoted upwards by 90°, into a position running parallel to the direction of travel, wherein the soil-working and/or sowing elements arranged on the side frames are arranged so as to be retractable in the direction of the side frames by means of actuating elements, characterized in that depth-guiding elements which guide the soil-working and/or sowing elements in the penetration depth thereof into the soil and are designed as running wheels, are arranged on the side frames on the front side, in the outer region of the side frames, by means of a rocker, and in that the running wheels are arranged retractably in the direction of the side frames and so as to be fixable in the retracted position.