mhurhangee/patent-ind-claim-en huggingface dataset:
A breathing assistance apparatus comprising: a flow generator ; a humidifier chamber connected to the flow generator; a conduit connected to the flow generator , configured to provide a humidified flow of gas to a user via a user breathing interface connected to the conduit ; and a display screen adapted to provide visual information to a user, wherein the apparatus is configured to monitor one or more characteristics of use, and upon an occurrence of a triggering event to provide a series of image frames to the display, the series of image frames depicting an animated action configured to instruct a user to make an adjustment to the apparatus based upon the animated action to address the occurrence of the triggering event wherein the breathing assistance apparatus is removably connectable to an oxygen supply, and wherein the triggering event comprises detecting a presence of a connected oxygen supply during disinfection mode. a flow generator ; a humidifier chamber connected to the flow generator; a conduit connected to the flow generator , configured to provide a humidified flow of gas to a user via a user breathing interface connected to the conduit ; and a display screen adapted to provide visual information to a user, wherein the apparatus is configured to monitor one or more characteristics of use, and upon an occurrence of a triggering event to provide a series of image frames to the display, the series of image frames depicting an animated action configured to instruct a user to make an adjustment to the apparatus based upon the animated action to address the occurrence of the triggering event wherein the breathing assistance apparatus is removably connectable to an oxygen supply, and wherein the triggering event comprises detecting a presence of a connected oxygen supply during disinfection mode.
A substrate support system for a conveyor printer, comprising: a support unit comprising: a plurality of vacuum apertures arranged for fluidic communication with a source of negative pressure, wherein the plurality of vacuum apertures comprises a plurality of slots in an upper surface of the support unit; and a plurality of air bearings arranged in an array and arranged for fluidic communication with a source of positive pressure, wherein each air bearing comprises porous media, wherein the porous media comprises carbon, and wherein each air bearing comprises an upper surface of the porous media arranged above the upper surface of the support unit; and a conveyor belt arranged over the upper surface of the support unit for supporting a substrate to be printed on, the conveyor belt comprising a plurality of belt apertures; wherein the vacuum apertures are arranged to convey a negative pressure through the belt apertures for retaining the substrate on the conveyor belt; and wherein the plurality of air bearings is arranged to convey a positive pressure to support the conveyor belt. a support unit comprising: a plurality of vacuum apertures arranged for fluidic communication with a source of negative pressure, wherein the plurality of vacuum apertures comprises a plurality of slots in an upper surface of the support unit; and a plurality of air bearings arranged in an array and arranged for fluidic communication with a source of positive pressure, wherein each air bearing comprises porous media, wherein the porous media comprises carbon, and wherein each air bearing comprises an upper surface of the porous media arranged above the upper surface of the support unit; and a conveyor belt arranged over the upper surface of the support unit for supporting a substrate to be printed on, the conveyor belt comprising a plurality of belt apertures; wherein the vacuum apertures are arranged to convey a negative pressure through the belt apertures for retaining the substrate on the conveyor belt; and wherein the plurality of air bearings is arranged to convey a positive pressure to support the conveyor belt.
Extracorporeal blood treatment device having a display device, comprising: a projection surface or plate which is mounted to the extracorporeal blood treatment device and is configured to present a predetermined display content in a way visible to a user of the extracorporeal blood treatment device on a front side of the projection surface/plate ; and a projection device which is mounted on the extracorporeal blood treatment device and is configured to project the predetermined display content from a rear side of the projection surface onto the projection surface , characterized in that a predetermined portion of the projection surface is provided for displaying at least one predetermined operating condition of the extracorporeal blood treatment device, in at least a first and a second operating condition, a predetermined first and/or second portion of the projection surface is controllably configured to display the first and second operating conditions in different colors, the projection surface is articulated by means of an articulating device, being a hinge-type joint arrangement, at a surface portion of the extracorporeal blood treatment device at a table-shaped molding or elevation, and/or is guided within a frame arrangement fixed at least in the height direction vis-à-vis the extracorporeal blood treatment device and is slidable within it, wherein the articulating device and/or the frame arrangement are overall configured to be movable in height such that the projection surface can be inserted at least partially into a recess of the extracorporeal blood treatment device. a projection surface or plate which is mounted to the extracorporeal blood treatment device and is configured to present a predetermined display content in a way visible to a user of the extracorporeal blood treatment device on a front side of the projection surface/plate ; and a projection device which is mounted on the extracorporeal blood treatment device and is configured to project the predetermined display content from a rear side of the projection surface onto the projection surface , characterized in that a predetermined portion of the projection surface is provided for displaying at least one predetermined operating condition of the extracorporeal blood treatment device, in at least a first and a second operating condition, a predetermined first and/or second portion of the projection surface is controllably configured to display the first and second operating conditions in different colors, the projection surface is articulated by means of an articulating device, being a hinge-type joint arrangement, at a surface portion of the extracorporeal blood treatment device at a table-shaped molding or elevation, and/or is guided within a frame arrangement fixed at least in the height direction vis-à-vis the extracorporeal blood treatment device and is slidable within it, wherein the articulating device and/or the frame arrangement are overall configured to be movable in height such that the projection surface can be inserted at least partially into a recess of the extracorporeal blood treatment device.
Method for bringing two bodies into prescribed positions relative to one another, having the steps of: a) arranging at least one light emission apparatus of an orientation system on one of the bodies and at least one light sensing apparatus of the orientation system on one of the bodies in a prescribed manner; b) capturing at least one image of the bodies using an image capture means of a pair of data goggles of the orientation system; c) a data processing means of the data goggles determining dimensions of the bodies and respective positions of the bodies relative to one another on the basis of the captured image or a plurality of the captured images; d) registering impingement positions for a light beam emitted by the light emission apparatus on a light-sensitive area of the light sensing apparatus ; e) transmitting measurement data representing the registered impingement positions to the data goggles ; f) the data processing means processing the measurement data including the dimensions of the bodies , the respective positions of the bodies , relative to one another and the registered impingement positions according to step d), wherein at least one adjustment value is produced that indicates how the positions of the bodies need to be changed in order to reach the prescribed positions relative to one another; g) displaying the adjustment value on a display means of the data goggles ; h) changing the positions of the bodies in accordance with the adjustment value. a) arranging at least one light emission apparatus of an orientation system on one of the bodies and at least one light sensing apparatus of the orientation system on one of the bodies in a prescribed manner; b) capturing at least one image of the bodies using an image capture means of a pair of data goggles of the orientation system; c) a data processing means of the data goggles determining dimensions of the bodies and respective positions of the bodies relative to one another on the basis of the captured image or a plurality of the captured images; d) registering impingement positions for a light beam emitted by the light emission apparatus on a light-sensitive area of the light sensing apparatus ; e) transmitting measurement data representing the registered impingement positions to the data goggles ; f) the data processing means processing the measurement data including the dimensions of the bodies , the respective positions of the bodies , relative to one another and the registered impingement positions according to step d), wherein at least one adjustment value is produced that indicates how the positions of the bodies need to be changed in order to reach the prescribed positions relative to one another; g) displaying the adjustment value on a display means of the data goggles ; h) changing the positions of the bodies in accordance with the adjustment value.
Printer, which prints a strip-like print medium via a print head , wherein a control device controls the print head and is connected to a sensor for reading a code applied to the print medium and extracts the code data contained therein, characterized in that the code comprises at least one print medium identification number with which the print medium can be identified uniquely, and in that the control device has a consumption counter for detecting the consumed print medium and an interface , and in that the control device is connected via this interface to a merchandise management system , and in that the control device transmits the consumption to the merchandise management system together with data read via the sensor , wherein the transmitted data comprise at least the print medium identification number, and wherein the merchandise management system is a program for managing merchandise and amounts of merchandise, and automatic stock-keeping is carried out via the merchandise management system in that the management merchandise system is designed such that it automatically initiates and/or carries out an ordering process as soon as the remaining print medium falls below a specific amount or an adjustable amount.
An integral spacer textile comprising: a first outer surface oriented in a first direction and a second outer surface oriented in a second direction, opposite to the first direction; a first area comprising a spacer textile that includes a first knit layer , a second knit layer , and a third layer , the third layer comprising monofilament tie yarns that interconnect the first knit layer and the second knit layer ; in the first area , the first knit layer comprises the first outer surface of the integral spacer textile oriented in the first direction, and the second knit layer comprises the second outer surface of the integral spacer textile oriented in the second direction; and characterized by further comprising a second area circumscribed by the first area , which forms a boundary around the second area , wherein within the boundary, the monofilament tie yarns are absent from the integral spacer textile and the second knit layer comprises the first outer surface of the integral spacer textile and the second outer surface of the integral spacer textile , wherein the first layer is formed from a first yarn type comprising a cationic dyeable polyethylene terephthalate (CD PET). a first outer surface oriented in a first direction and a second outer surface oriented in a second direction, opposite to the first direction; a first area comprising a spacer textile that includes a first knit layer , a second knit layer , and a third layer , the third layer comprising monofilament tie yarns that interconnect the first knit layer and the second knit layer ; in the first area , the first knit layer comprises the first outer surface of the integral spacer textile oriented in the first direction, and the second knit layer comprises the second outer surface of the integral spacer textile oriented in the second direction; and characterized by further comprising a second area circumscribed by the first area , which forms a boundary around the second area , wherein within the boundary, the monofilament tie yarns are absent from the integral spacer textile and the second knit layer comprises the first outer surface of the integral spacer textile and the second outer surface of the integral spacer textile , wherein the first layer is formed from a first yarn type comprising a cationic dyeable polyethylene terephthalate (CD PET).
A method for detecting the presence or absence of microorganisms in a sample, wherein polymerase activity is detected as an indicator of the presence of said microorganism in said sample, which method comprises: (a) contacting the sample with a non-ligatable DNA molecule comprising two DNA strands that partially overlap to form a double stranded portion and a single stranded portion, which DNA molecule can be extended by polymerase activity in the sample; (b) incubating the thus contacted sample under conditions suitable for polymerase activity; and (c) specifically determining the presence and/or the amount of the extended DNA molecule resulting from microorganism polymerase activity by nucleic acid amplification of the extended nucleic acid molecule, thereby detecting the presence or absence of the microorganism in said sample. (a) contacting the sample with a non-ligatable DNA molecule comprising two DNA strands that partially overlap to form a double stranded portion and a single stranded portion, which DNA molecule can be extended by polymerase activity in the sample; (b) incubating the thus contacted sample under conditions suitable for polymerase activity; and (c) specifically determining the presence and/or the amount of the extended DNA molecule resulting from microorganism polymerase activity by nucleic acid amplification of the extended nucleic acid molecule, thereby detecting the presence or absence of the microorganism in said sample.
A method for determining a security policy, comprising: receiving, by a session management network element, a session request sent by a mobility management network element, MM; obtaining, by the session management network element, a security requirement from an authentication, authorization, accounting server, AAA, wherein the security requirement is configured to indicate whether integrity protection is required; and determining, by the session management network element, a security policy based on the security requirement, wherein the security policy is configured to indicate whether integrity protection is required. receiving, by a session management network element, a session request sent by a mobility management network element, MM; obtaining, by the session management network element, a security requirement from an authentication, authorization, accounting server, AAA, wherein the security requirement is configured to indicate whether integrity protection is required; and determining, by the session management network element, a security policy based on the security requirement, wherein the security policy is configured to indicate whether integrity protection is required.
A dialysis solution containing at least one steviol glycoside derivative of the general structure I for use in the treatment of renal failure by dialysis, wherein the steviol glycoside derivative is selected from the group consisting of Steviolbiosid, Steviosid, Rebaudiosid A, Rebaudiosid B, Rebaudiosid C, Rebaudiosid D, Rebaudiosid E, Rebaudiosid F and Dulkosid A.
Injector for implantation of an intraocular lens , having a base body and an elongated actuation element , which projects at least partly into a rear section of the base body and which is movably guided in an actuation axis , and wherein a movement of the actuation element into the base body can be generated selectively by means of a push actuation (P) along the actuation axis or by means of a screw actuation (S) about the actuation axis , and wherein the actuation element features an external thread at least on one section, wherein a switch element is arranged to the base body , whereas the switch element is rotatable about the actuation axis or is displaceable in the actuation axis , whereas the switch element features at least one spring arm , having a thread engagement structure on an inner surface facing the external thread , whereas at the base body is formed an inner surface , which forms an operative contact with an outer surface of the spring arm , whereas the inner surface and/or the outer surface is formed inclined to the actuation axis at an angle (α) or the inner surface features an inner radius (Ri) varying at least in sections in a circumferential direction about the actuation axis , so that upon rotation or upon displacement of the switch element an elastic deformation of the spring arm towards the actuation axis and away from the actuation axis can be generated, whereby the thread engagement structure can be selectively engaged or disengaged with the external thread .
Apparatus comprising: translation circuitry to perform a translation operation to generate a translated second memory address within a second memory address space as a translation of a first memory address within a first memory address space, in which the translation circuitry is configured to generate the translated second memory address in dependence upon translation information stored at one or more translation information addresses; permission circuitry to perform an operation to detect permission information to indicate, for a given second memory address, whether memory access is permitted to the given second memory address; and access circuitry to allow access to data stored at the given second memory address when the permission information indicates that memory access is permitted to the given second memory address; the apparatus being characterized in the access circuitry being configured to selectively allow access by the translation circuitry to a translation information address without the permission circuitry having completed the operation to detect permission information to indicate whether memory access is permitted to that translation information address. translation circuitry to perform a translation operation to generate a translated second memory address within a second memory address space as a translation of a first memory address within a first memory address space, in which the translation circuitry is configured to generate the translated second memory address in dependence upon translation information stored at one or more translation information addresses; permission circuitry to perform an operation to detect permission information to indicate, for a given second memory address, whether memory access is permitted to the given second memory address; and access circuitry to allow access to data stored at the given second memory address when the permission information indicates that memory access is permitted to the given second memory address; the apparatus being characterized in the access circuitry being configured to selectively allow access by the translation circuitry to a translation information address without the permission circuitry having completed the operation to detect permission information to indicate whether memory access is permitted to that translation information address.
Device for joining multi-part tampon applicators, in particular three-part tampon applicators, wherein the multi-part tampon applicators comprise an outer cylinder and a first inner cylinder , the device comprising: a. at least one joining station with at least one receiving finger (13.1, 13.2) for receiving one outer cylinder and one first inner cylinder each; b. a first inner cylinder supply for loading the at least one receiving finger with at least one first inner cylinder ; c. an outer cylinder supply for loading the at least one receiving finger (13.1, 13.2) with at least one outer cylinder ; d. a first processing station for joining the at least one outer cylinder to the at least one first inner cylinder , and characterized in that the at least one joining station is arranged radially on a circular disk , in particular in such a way that the at least one receiving finger (13.1, 13.2) is oriented essentially radially. a. at least one joining station with at least one receiving finger (13.1, 13.2) for receiving one outer cylinder and one first inner cylinder each; b. a first inner cylinder supply for loading the at least one receiving finger with at least one first inner cylinder ; c. an outer cylinder supply for loading the at least one receiving finger (13.1, 13.2) with at least one outer cylinder ; d. a first processing station for joining the at least one outer cylinder to the at least one first inner cylinder , and
A method for operating a workstation of a spinning machine, - wherein a yarn being taken off from a spinning unit during normal operation at a take-off speed, - wherein the yarn being monitored with respect to at least one yarn parameter by means of a quality sensor , - wherein the yarn being wound onto a sleeve at a winding speed by means of a winding device and a bobbin thus being produced, - wherein the yarn being displaced back and forth along a traversing width (CB) while winding onto the sleeve , and - wherein a stop sequence being initiated when a deviation (F) from a specified value of the at least one yarn parameter caused by a yarn defect is detected by the quality sensor , - wherein the winding speed being reduced during the stop sequence, the resulting speed differential between the winding speed and the take-off speed causing a yarn loop (S) to be formed, characterized in that the traversing width (CB) is reduced during the reducing of the winding speed and/or thereafter, and the yarn is cut in the region of the yarn loop (S) after the winding speed is reduced and/or after the traversing width (CB) is reduced, wherein a bobbin-side yarn end resulting therefrom is guided toward the bobbin at the winding speed. - wherein a yarn being taken off from a spinning unit during normal operation at a take-off speed, - wherein the yarn being monitored with respect to at least one yarn parameter by means of a quality sensor , - wherein the yarn being wound onto a sleeve at a winding speed by means of a winding device and a bobbin thus being produced, - wherein the yarn being displaced back and forth along a traversing width (CB) while winding onto the sleeve , and - wherein a stop sequence being initiated when a deviation (F) from a specified value of the at least one yarn parameter caused by a yarn defect is detected by the quality sensor , - wherein the winding speed being reduced during the stop sequence, the resulting speed differential between the winding speed and the take-off speed causing a yarn loop (S) to be formed, the traversing width (CB) is reduced during the reducing of the winding speed and/or thereafter, and the yarn is cut in the region of the yarn loop (S) after the winding speed is reduced and/or after the traversing width (CB) is reduced, wherein a bobbin-side yarn end resulting therefrom is guided toward the bobbin at the winding speed.