mhurhangee/ep-ind-claims huggingface dataset:
Method for the manufacture of doped quartz glass, comprising the following steps of: a. providing a soot body, whereby the soot body has a mean density in the range of 18 to 30%, based on the relative density of quartz glass; b. treating the soot body with a gas comprising a fluorine-containing compound in a process chamber while forming a fluorinated intermediate product; characterised by the following steps of: whereby the mean density of intermediary product increases by maximally 30% in step b), based on the mean density of the soot body in step a); c. heating fluorinated intermediate product to a temperature in the range of 950 to 1,150 °C while forming a fluorinated intermediate product, whereby the mean density of fluorinated intermediate product is maximally 80%, preferably maximally 60%, of the relative density of quartz glass; and d. vitrifying fluorinated intermediate product in a process chamber, whereby the pressure inside said process chamber is lower than the pressure outside the process chamber, while forming the doped quartz glass. a. providing a soot body, whereby the soot body has a mean density in the range of 18 to 30%, based on the relative density of quartz glass; b. treating the soot body with a gas comprising a fluorine-containing compound in a process chamber while forming a fluorinated intermediate product; characterised by the following steps of: whereby the mean density of intermediary product increases by maximally 30% in step b), based on the mean density of the soot body in step a); whereby the mean density of intermediary product increases by maximally 30% in step b), based on the mean density of the soot body in step a); c. heating fluorinated intermediate product to a temperature in the range of 950 to 1,150 °C while forming a fluorinated intermediate product, whereby the mean density of fluorinated intermediate product is maximally 80%, preferably maximally 60%, of the relative density of quartz glass; and d. vitrifying fluorinated intermediate product in a process chamber, whereby the pressure inside said process chamber is lower than the pressure outside the process chamber, while forming the doped quartz glass.
A voice coil motor displacement sensor (31,32), the sensor configured to apply an alternating measurement signal at a predetermined frequency to a voice coil motor, the sensor configured to use a measure of a voltage across and a current through the voice coil motor to determine its impedance at the predetermined frequency and determine an estimated displacement of said voice coil motor using said impedance and a predetermined displacement-impedance function, wherein the measurement signal comprises noise over a particular frequency range centred on the predetermined frequency.
An ionic liquid catalyst, formable from a regeneration process from a used acidic catalyst, the used acid catalyst, before regeneration, having been deactivated by conjunct polymers, the regeneration process involving removing the conjunct polymers so as to increase the activity of the catalyst, wherein the ionic liquid catalyst is a regenerated chloroaluminate ionic liquid catalyst and wherein the conjunct polymers are removed by hydrogenation.
A liquid pharmaceutical composition, wherein at least 99 wt% of the composition consists of: (a) adalimumab; (b) a histidine buffering agent or histidine buffer system; (c) a non-reducing disaccharide; and (d) water; wherein the composition is free of arginine. (a) adalimumab; (b) a histidine buffering agent or histidine buffer system; (c) a non-reducing disaccharide; and (d) water;
A clothes dryer comprising: at least one bulkhead (30, 32) among a front bulkhead having a door opening; a rear bulkhead; a drum with a peripheral wall terminating in an edge having a circumferential lip defining an open end and proximate the at least one bulkhead; a seal having a body terminating in opposing ends and a wing, wherein the body has an attachment defining a recess sized to receive the lip to mount the seal about the lip, and wherein the wing abuts the bulkhead (30, 32) to seal the drum relative to the bulkhead (30, 32); characterized in that the seal does not form a continuous loop and terminates in opposing ends, the seal is mounted about the circumferential lip so that the opposing ends have a confronting relationship with each other which leaves an intervening gap; a variable shape spacer is located within the gap; the seal is made of thermally expanding material such that the gap varies in length depending on the thermal expansion of the seal and the spacer varies in shape in response to the gap varying to occlude the intervening gap. at least one bulkhead (30, 32) among a front bulkhead having a door opening; a rear bulkhead; a drum with a peripheral wall terminating in an edge having a circumferential lip defining an open end and proximate the at least one bulkhead; a seal having a body terminating in opposing ends and a wing, wherein the body has an attachment defining a recess sized to receive the lip to mount the seal about the lip, and wherein the wing abuts the bulkhead (30, 32) to seal the drum relative to the bulkhead (30, 32); characterized in that the seal does not form a continuous loop and terminates in opposing ends, the seal is mounted about the circumferential lip so that the opposing ends have a confronting relationship with each other which leaves an intervening gap; a variable shape spacer is located within the gap; the seal is made of thermally expanding material such that the gap varies in length depending on the thermal expansion of the seal and the spacer varies in shape in response to the gap varying to occlude the intervening gap.
Damping device for a vehicle transmission system, comprising: - a support rotatable about an axis and comprising at least one window having, in a plane perpendicular to the axis of rotation, a radially inner edge, a radially outer edge, and two lateral edges, a portion of at least one of the lateral edges delimiting a cavity communicating with the window and extending away from this window,, - an elastic return member received in the window, the elastic return member extending in the window between two longitudinal ends each facing a respective lateral edge of the window, at least one of said longitudinal ends of the elastic return member comprising in particular a chamfer, and this longitudinal end facing the lateral edge delimiting the cavity, characterized in that: the portion of the lateral edge of the window delimiting the cavity is the radially outer portion of said lateral edge so as to allow the cavity to accommodate part of the longitudinal end of the elastic return member when the latter is offset radially outwards on account of the rotation of the support. - a support rotatable about an axis and comprising at least one window having, in a plane perpendicular to the axis of rotation, a radially inner edge, a radially outer edge, and two lateral edges, a portion of at least one of the lateral edges delimiting a cavity communicating with the window and extending away from this window,, - an elastic return member received in the window, the elastic return member extending in the window between two longitudinal ends each facing a respective lateral edge of the window, at least one of said longitudinal ends of the elastic return member comprising in particular a chamfer, and this longitudinal end facing the lateral edge delimiting the cavity, characterized in that: the portion of the lateral edge of the window delimiting the cavity is the radially outer portion of said lateral edge so as to allow the cavity to accommodate part of the longitudinal end of the elastic return member when the latter is offset radially outwards on account of the rotation of the support.
A method of communication, the method comprising: receiving, by a femto node, a first communication from a first apparatus, the first communication comprising an indication of one or more processing tasks to perform; performing the one or more processing tasks; and selectively transmitting a second communication to a second apparatus, the second communication comprising an indication of a result of the one or more processing tasks; wherein selectively transmitting comprises filtering (1015; 1020) targeted content messages relevant for a user of the second apparatus based on past user behavior. receiving, by a femto node, a first communication from a first apparatus, the first communication comprising an indication of one or more processing tasks to perform; performing the one or more processing tasks; and selectively transmitting a second communication to a second apparatus, the second communication comprising an indication of a result of the one or more processing tasks; wherein selectively transmitting comprises filtering (1015; 1020) targeted content messages relevant for a user of the second apparatus based on past user behavior.
Connection element (15c, 15d) for use on a machine guard opening (14, 25) of a machine casing or of a machine guard (12, 12a) of a container treatment machine (1, 1 a) for bridging a transition between the machine guard (12, 12a) and a treatment module provided at the machine guard opening or a protective casing (9.1) on the module side of a treatment module provided at the machine guard opening, comprising at least one holder (19, 26) which is fastenable to an opening periphery (14.1, 25.1) of the machine guard opening (14, 25), and comprising at least one wall element which is provided such as to pivot on the holder with at least one joint about at least one axis parallel or essentially parallel to the longitudinal sides of the first wall section (16.1), characterised by spring means (30, 31, 32), the spring means (30, 31, 32) taking effect preferably between the wall element and the holder, which exert on the wall element a pivoting moment or rotational moment about the axis of the at least one joint so as to provide a spring-loaded contact of the wall element against the treatment module or a protective casing (9.1) on the module side.
A device for collecting and separating a fluid sample comprising: an evacuated outer container having a first open end and a second closed end with a pierceable closure closing the first open end and defining a first interior chamber therein; and an inner container contained within the outer container and defining a second interior chamber, wherein the inner container has a containment portion having a distal end and a proximal end and a conduit connecting the proximal end of the containment portion to the pierceable closure, the containment portion of the inner container separating the first interior chamber into an upper chamber portion and a lower portion in fluid communication with the upper chamber portion, the second interior chamber being separated from the lower chamber portion of the first interior chamber through a porous membrane, and the conduit of the inner container includes a port adapted to place the second interior chamber in fluid communication with the first interior chamber characterized in that the distal end of the containment portion having a larger diameter than the conduit. an evacuated outer container having a first open end and a second closed end with a pierceable closure closing the first open end and defining a first interior chamber therein; and an inner container contained within the outer container and defining a second interior chamber, wherein the inner container has a containment portion having a distal end and a proximal end and a conduit connecting the proximal end of the containment portion to the pierceable closure, the containment portion of the inner container separating the first interior chamber into an upper chamber portion and a lower portion in fluid communication with the upper chamber portion, the second interior chamber being separated from the lower chamber portion of the first interior chamber through a porous membrane, and the conduit of the inner container includes a port adapted to place the second interior chamber in fluid communication with the first interior chamber characterized in that the distal end of the containment portion having a larger diameter than the conduit.
Device for dispensing a sterile aqueous liquid, by doses spaced out over time, from a closed upstream space accommodating a liquid to an open downstream space via a capillary channel opening to ambient air, through an interface membrane, said device comprises an interface membrane produced to be partially hydrophilic and partially hydrophobic, in such a way that in operation, during each operation for dispensing a dose of liquid, the flows of air and of liquid circulate alternately in the capillary channel and a back flow of non-expelled remaining liquid takes place, characterized in that said interface membrane is constituted by a filtration material the mass of which comprises biocidal metal cations, and in that said device comprises a porous insert, permeable both to liquid and to air, which is arranged upstream of the membrane on the path of the fluids and which is made of a material containing negatively charged sites capable of attracting biocidal metal cations originating from said membrane.
A first apparatus for a radio terminal, comprising at least receiving means to: receive a plurality of PUCCH, Physical Uplink Control Channel, configuration parameters (cp1, cp#), receive at least one preparation indicator (pi) associated with at least one or a plurality of PUCCH configuration parameters (cp1, cp#) which are subject to an update upon receiving at least one new PUCCH configuration parameter (cp1; cp#), receive the at least one new configuration parameter (CpN); and transmitting means to transmit uplink control information via a PUCCH, wherein the PUCCH is configured according to at least one of the received plurality of PUCCH configuration parameters (cp1, cp#). receiving means to: receive a plurality of PUCCH, Physical Uplink Control Channel, configuration parameters (cp1, cp#), receive at least one preparation indicator (pi) associated with at least one or a plurality of PUCCH configuration parameters (cp1, cp#) which are subject to an update upon receiving at least one new PUCCH configuration parameter (cp1; cp#), receive the at least one new configuration parameter (CpN); and receive a plurality of PUCCH, Physical Uplink Control Channel, configuration parameters (cp1, cp#), receive at least one preparation indicator (pi) associated with at least one or a plurality of PUCCH configuration parameters (cp1, cp#) which are subject to an update upon receiving at least one new PUCCH configuration parameter (cp1; cp#), receive the at least one new configuration parameter (CpN); and transmitting means to transmit uplink control information via a PUCCH, wherein the PUCCH is configured according to at least one of the received plurality of PUCCH configuration parameters (cp1, cp#).
A method for a graphical user interface, the method comprising: causing presentation of a first application in a first window and a second application in a second window, wherein presentation of the first application in the first window is larger than the second application in the second window; receiving a drag event message comprising a payload from the first application in the first window, the payload comprising a data type and a first resource identifier; transmitting the drag event message to the second application that causes the second application in the second window to present an updated user interface indication (222, 762) in the second window based at least in part on the data type; receiving a drop event message comprising: (i) a source indication identifying the first application in the first window, (ii) a destination indication identifying the second application in the second window, and (iii) the first resource identifier; in response to receiving the drop event message, transmitting an update message to the second application that causes the second application in the second window to retrieve first data indicated by the first resource identifier; and causing an updated presentation of the second application in the second window as larger than the first application in the first window based at least in part on the source indication and the destination indication of the drop event message, wherein the method is performed by one or more computer hardware processors. causing presentation of a first application in a first window and a second application in a second window, wherein presentation of the first application in the first window is larger than the second application in the second window; receiving a drag event message comprising a payload from the first application in the first window, the payload comprising a data type and a first resource identifier; transmitting the drag event message to the second application that causes the second application in the second window to present an updated user interface indication (222, 762) in the second window based at least in part on the data type; receiving a drop event message comprising: (i) a source indication identifying the first application in the first window, (ii) a destination indication identifying the second application in the second window, and (iii) the first resource identifier; in response to receiving the drop event message, transmitting an update message to the second application that causes the second application in the second window to retrieve first data indicated by the first resource identifier; and causing an updated presentation of the second application in the second window as larger than the first application in the first window based at least in part on the source indication and the destination indication of the drop event message, wherein the method is performed by one or more computer hardware processors.
An incorrect operation safety lock for a sliding door or window of the lift and slide type composed of a sash, movable relative to a fixed frame, a control unit comprising a handle located on the sash and acting on at least one operating rod located on a vertical upright of the sash and equipped with closing means acting in conjunction with striker elements located on the vertical upright of the fixed frame; comprising locking means by which the operating rod and the control handle are locked in a sash lifted configuration for opening, which are located on the selfsame sash and which are defined at least by: - a slider equipped with a front pin movable along a direction transversal to a direction of vertical movement of the rod to move the pin to an advanced position inside a cavity in the rod in such a way as to define a locked position and then to move the pin away from the rod to define a disengaged position where it can move freely; - first elastic means acting on the slider to keep the slider itself in the locked position; - a contact member operatively connected to the slider and interacting with an abutment member located on the upright of the fixed frame to define movements relative to each other between a first operating position where the pin is retracted relative to the rod, with the two vertical uprights (7, 10) in contact with each other prior to a vertical lowering movement for closing the sash, and a second, non-operating position designed to keep the pin in the advanced position until engaging in the cavity in the rod as a result of the sash being lifted vertically in order to open it; the contact member being pivoted to the slider at and, during the vertical movement whereby the sash is lifted in order to open it, can be inclined, within a cavity in the fixed frame, at an angle to the slider itself so it can remain in the non-operating position. - a slider equipped with a front pin movable along a direction transversal to a direction of vertical movement of the rod to move the pin to an advanced position inside a cavity in the rod in such a way as to define a locked position and then to move the pin away from the rod to define a disengaged position where it can move freely; - first elastic means acting on the slider to keep the slider itself in the locked position; - a contact member operatively connected to the slider and interacting with an abutment member located on the upright of the fixed frame to define movements relative to each other between a first operating position where the pin is retracted relative to the rod, with the two vertical uprights (7, 10) in contact with each other prior to a vertical lowering movement for closing the sash, and a second, non-operating position designed to keep the pin in the advanced position until engaging in the cavity in the rod as a result of the sash being lifted vertically in order to open it; the contact member being pivoted to the slider at and, during the vertical movement whereby the sash is lifted in order to open it, can be inclined, within a cavity in the fixed frame, at an angle to the slider itself so it can remain in the non-operating position.
A living cell cryopreservation tool comprising: a living cell holding member having a body part formed of a cold-resistant material and a living cell holding part formed of said cold-resistant material; and a tubular accommodation member, closed at one end thereof, which is capable of accommodating said living cell holding member and formed of said cold-resistant material; wherein said living cell holding part of said living cell holding member has a long and narrow living cell attaching and holding portion; said living cell attaching and holding portion has a heat conductor (25, 26) extended in a longitudinal direction thereof and projected from a distal end thereof; and said tubular accommodation member has a heat conductive member provided at a distal portion thereof, characterized in that the heat conductor of said living cell attaching and holding portion projects from a distal end thereof and when said living cell holding member is inserted into said tubular accommodation member from a distal side of said heat conductor thereof, a distal portion of said heat conductor is capable of contacting said heat conductive member of said tubular accommodation member.
Method for drying waste, comprising the steps of - applying waste into a waste chamber on an inlet end of a floor which comprises at least two floor segments (34, 44, 46), - providing warm air of a temperature of more than 70°C, preferably between 80°C and 90°C, to a pressure chamber beneath the floor, with a pressure being above the pressure in the waste chamber, so that the warm air is passing through openings in the floor into the waste chamber and through the waste; - conveying the waste in a direction of movement from the inlet end to an outlet end of the floor by moving individual floor segments (34, 44, 46) into the direction of movement and in a counter direction being opposite the direction of movement for a predetermined amount, respectively; and - conveying waste having fallen from the outlet end of the floor out of the waste room. - applying waste into a waste chamber on an inlet end of a floor which comprises at least two floor segments (34, 44, 46), - providing warm air of a temperature of more than 70°C, preferably between 80°C and 90°C, to a pressure chamber beneath the floor, with a pressure being above the pressure in the waste chamber, so that the warm air is passing through openings in the floor into the waste chamber and through the waste; - conveying the waste in a direction of movement from the inlet end to an outlet end of the floor by moving individual floor segments (34, 44, 46) into the direction of movement and in a counter direction being opposite the direction of movement for a predetermined amount, respectively; and - conveying waste having fallen from the outlet end of the floor out of the waste room.