mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical hub for use in a surgical procedure, wherein the surgical hub is configured to communicably couple to at least one data source, and wherein the surgical hub comprises a control circuit configured to receive data from the at least one data source, wherein the data is determinative of a status of the surgical procedure, characterised in that : the status of the surgical procedure is a progress status; the progress status is a preoperative status while the surgical procedure is in preoperative steps and the progress status is an intraoperative status while the surgical procedure is in intraoperative steps ; the control circuit is configured to determine the progress status based on the data; and the control circuit is configured to adjust a response to a sensed parameter based on the progress status, wherein the sensed parameter comprises a modular device fault detection parameter for a modular device, wherein if the surgical hub determines that the progress status is the intraoperative status, a limp mode is activated for the modular device, wherein if the surgical hub determines that the progress status is the preoperative status, an alert or warning is issued by the surgical hub, and wherein if the surgical hub determines that the progress status is neither the intraoperative nor the preoperative status, a lockout of the modular device is engaged to prevent the modular device from being used. the status of the surgical procedure is a progress status; the progress status is a preoperative status while the surgical procedure is in preoperative steps and the progress status is an intraoperative status while the surgical procedure is in intraoperative steps ; the control circuit is configured to determine the progress status based on the data; and the control circuit is configured to adjust a response to a sensed parameter based on the progress status, wherein the sensed parameter comprises a modular device fault detection parameter for a modular device, wherein if the surgical hub determines that the progress status is the intraoperative status, a limp mode is activated for the modular device, wherein if the surgical hub determines that the progress status is the preoperative status, an alert or warning is issued by the surgical hub, and wherein if the surgical hub determines that the progress status is neither the intraoperative nor the preoperative status, a lockout of the modular device is engaged to prevent the modular device from being used.
Multifunctional device for holding plants by means of at least one planting receptacle , comprising a positioning element , into which at least one culture pot having a culture pot envelope and a culture pot bottom is insertable and attachable such that the positioning element together with the culture pot is insertable into the planting receptacle such that, below the positioning element , an essentially tight atmospheric area and a vegetation space are formed, into which a lower portion of the culture pot protrudes, wherein the positioning element is formed such that the culture pot bottom can be positioned at a height distance to a bottom of the planting receptacle , characterized by at least one current charging module for vehicles, and at least one accounting unit and/or payment unit for the current charging module . a positioning element , into which at least one culture pot having a culture pot envelope and a culture pot bottom is insertable and attachable such that the positioning element together with the culture pot is insertable into the planting receptacle such that, below the positioning element , an essentially tight atmospheric area and a vegetation space are formed, into which a lower portion of the culture pot protrudes, wherein the positioning element is formed such that the culture pot bottom can be positioned at a height distance to a bottom of the planting receptacle , characterized by at least one current charging module for vehicles, and at least one accounting unit and/or payment unit for the current charging module .
Device for recording a document exhibiting a marking produced by a user by means of a stamp comprising at least one relief for being successively placed in contact with a pigment and a surface of a document to be marked, one form of at least one said relief being representative of: - a document separator; - an identifier; and - an alphanumeric item of information, the device also comprising: - an image sensor for digitizing the document into at least one image; - a detector of the marking on at least one digitized image; - a means for reading information from the marking, representative of: - the user identifier; and - the alphanumeric item of information; - a means for identifying the document, , as a function of the position of the marking on the document, , and at least one item of information read from the marking ; - a means for verifying the correspondence between the position and/or orientation of the marking of the document and the position and/or orientation of the marking of a previously recorded document, and the correspondence between an image of the content of the document and an image of the content of the previously recorded document; - a means for identifying a non-authentic document if the marking differs and the content is identical, and/or identifying a new document if the content differs; and - a means for recording the digitized document as a function of the information read. - a document separator; - an identifier; and - an alphanumeric item of information, - an image sensor for digitizing the document into at least one image; - a detector of the marking on at least one digitized image; - a means for reading information from the marking, representative of: - the user identifier; and - the alphanumeric item of information; - the user identifier; and - the alphanumeric item of information; - a means for identifying the document, , as a function of the position of the marking on the document, , and at least one item of information read from the marking ; - a means for verifying the correspondence between the position and/or orientation of the marking of the document and the position and/or orientation of the marking of a previously recorded document, and the correspondence between an image of the content of the document and an image of the content of the previously recorded document; - a means for identifying a non-authentic document if the marking differs and the content is identical, and/or identifying a new document if the content differs; and - a means for recording the digitized document as a function of the information read.
Plug connector , comprising a housing , a latching element , which is pivotably supported on the housing and with which the plug connector is attachable to a mating plug connector, and a sealing element , which is arranged between the latching element and the housing , characterized in that the sealing element has a first attachment region for attaching the sealing element to the latching element and a second attachment region for attaching the sealing element to the housing , wherein the sealing element has, between the first attachment region and the second attachment region , an elastically deformable connecting region by way of which the first attachment region is movable relative to the second attachment region when a pivot movement of the latching element occurs, wherein the connecting region of the sealing element is U-shaped.
Nursing bed with a base , a first frame which carries a first mattress part , wherein the first frame has a central portion , a back portion , an upper leg portion and a lower leg portion , and a second frame with a foot portion , wherein the second frame carries a second mattress part , wherein the first frame and the second frame are carried by the base , wherein the second frame is supported on the base separately from the first frame , and wherein the second frame is height-adjustable relative to the base , characterised in that the nursing bed is configured such that during height adjustment upward, the second frame is simultaneously moved horizontally in the direction towards the head end of the nursing bed .
Method for managing a multimedia session between a calling terminal and at least one called terminal, said multimedia session comprising a phase prior to setup of a communication and a communication phase, said method implementing, during said phase prior to setup of the communication: - receipt of an invite message generated by a calling terminal, said invite message comprising a description field describing said multimedia session and containing information relative to a set of media streams, and - generation of a reply to said invite message, characterized in that said reply comprises a header containing at least one type of media and at least one first communication parameter applicable to at least one media stream of said type, among said set of media streams, said first communication parameter specifying whether said at least one media stream of said type is permitted or forbidden to be sent and/or received. - receipt of an invite message generated by a calling terminal, said invite message comprising a description field describing said multimedia session and containing information relative to a set of media streams, and - generation of a reply to said invite message,
A method performed by a user equipment, UE, the method comprising: receiving a logging measurement message comprising a logging measurement configuration from a base station; initiating a minimization of drive test, MDT, session in response to receiving the logging measurement message; determining a status of a UE component; receiving a message from an original equipment manufacturer or a network operator indicating a measurement priority for each logged measurement type of a plurality of logged measurement types; selecting a set of logged measurement types from the plurality of logged measurement types based on the measurement priority of each logged measurement type when the status satisfies status criteria; generating an MDT log at each logging instance of a plurality of logging instances based on measurements collected for the set of logged measurement types when the status satisfies the status criteria; and transmitting , to the base station, the MDT log of each logging instance after completing the MDT session. receiving a logging measurement message comprising a logging measurement configuration from a base station; initiating a minimization of drive test, MDT, session in response to receiving the logging measurement message; determining a status of a UE component; receiving a message from an original equipment manufacturer or a network operator indicating a measurement priority for each logged measurement type of a plurality of logged measurement types; selecting a set of logged measurement types from the plurality of logged measurement types based on the measurement priority of each logged measurement type when the status satisfies status criteria; generating an MDT log at each logging instance of a plurality of logging instances based on measurements collected for the set of logged measurement types when the status satisfies the status criteria; and transmitting , to the base station, the MDT log of each logging instance after completing the MDT session.
Pulse-based process for measuring the level (L) of a medium located in a vessel , said process comprising the following steps: - a pulse is emitted in the direction of the medium , - the pulse is reflected at the surface of the medium , - the reflected pulse is received after a transit time (t) that depends on the level (L), wherein the process steps are repeated cyclically with a repetition frequency (f puls ), wherein the repetition frequency (f puls ) is controlled depending on the transit time (t), and wherein the level (L) is determined on the basis of the repetition frequency (f puls ), characterized in that the pulses are THz pulses, the repetition frequency (f puls ) is increased as the transit time (t) decreases and is decreased as the transit time (t) increases, and the repetition frequency (f puls ) is proportional to the inverse of the sum of the transit time (t) and a predefined time delay (t delay ). - a pulse is emitted in the direction of the medium , - the pulse is reflected at the surface of the medium , - the reflected pulse is received after a transit time (t) that depends on the level (L),
A method to check the authenticity of articles, each provided with at least one optical reading marking, the method comprising: - providing each authentic article with a first marking belonging to a first type of optical reading marking (TY8) and containing a first reference information content (INF8ref), the first marking being printed by means of an ink comprising a fluorescent pigment, which is able to excite, when it is illuminated, from a given distance (D) and for a given amount of time (T), by a flash of a mobile electronic device , and to emit, when it is excited, a light that has a negligible intensity compared to the light emitted by the flash , but superior to the normal ambient light, and to maintain the excitation for a given second time period (TE) after having switched off the flash ; - for each one of said articles, capturing, by means of a camera of the mobile electronic device , at least one first image (IM1) of said at least one optical reading marking while the flash is on and at least one second image (IM2) of said at least one optical reading marking after having switched off the flash and within the second time period (TE) from switch-off of the flash; and - processing the images captured in order to obtain information (INF8aq) concerning said at least one optical reading marking of the article and to determine the authenticity - or lack thereof - of the article as a function of the information (INF8aq) obtained and of the first reference information content (INF8ref). - providing each authentic article with a first marking belonging to a first type of optical reading marking (TY8) and containing a first reference information content (INF8ref), the first marking being printed by means of an ink comprising a fluorescent pigment, which is able to excite, when it is illuminated, from a given distance (D) and for a given amount of time (T), by a flash of a mobile electronic device , and to emit, when it is excited, a light that has a negligible intensity compared to the light emitted by the flash , but superior to the normal ambient light, and to maintain the excitation for a given second time period (TE) after having switched off the flash ; - for each one of said articles, capturing, by means of a camera of the mobile electronic device , at least one first image (IM1) of said at least one optical reading marking while the flash is on and at least one second image (IM2) of said at least one optical reading marking after having switched off the flash and within the second time period (TE) from switch-off of the flash; and - processing the images captured in order to obtain information (INF8aq) concerning said at least one optical reading marking of the article and to determine the authenticity - or lack thereof - of the article as a function of the information (INF8aq) obtained and of the first reference information content (INF8ref).
Device for supplying hose assemblies to a transport device , comprising a depositing unit for depositing hose assemblies and a positioning unit for the positioning of the depositing unit relative to the transport device , wherein the depositing unit can be positioned by means of the positioning unit relative to the transport device such that the radial distance (R) between the hose assemblies to be supplied and the transport device at a handover point during the supply of the hose assemblies can be minimized, in order to guarantee a supply of the hose assemblies to the transport device which is as error-free as possible, characterized in that the positioning unit comprises at least one positioning means (12', 12") which can be moved rotatably about at least one axis relative to the depositing unit and/or relative to the transport device . wherein the depositing unit can be positioned by means of the positioning unit relative to the transport device such that the radial distance (R) between the hose assemblies to be supplied and the transport device at a handover point during the supply of the hose assemblies can be minimized, in order to guarantee a supply of the hose assemblies to the transport device which is as error-free as possible, characterized in that the positioning unit comprises at least one positioning means (12', 12") which can be moved rotatably about at least one axis relative to the depositing unit and/or relative to the transport device .
A method performed by an access point for assisting a wireless device to perform contention-based access on a radio channel for uplink transmission to the access point by sensing whether the radio channel is busy or not, the method being characterised by comprising: obtaining a traffic load L on the radio channel, wherein the traffic load L is indicative of how much the radio channel is occupied, determining a sleep window for the wireless device based on the obtained traffic load L on the radio channel so that the sleep window increases when the traffic load L increases, and signaling the sleep window to the wireless device to instruct the wireless device to apply sleep mode according to the sleep window when the wireless device senses that the radio channel is busy. obtaining a traffic load L on the radio channel, wherein the traffic load L is indicative of how much the radio channel is occupied, determining a sleep window for the wireless device based on the obtained traffic load L on the radio channel so that the sleep window increases when the traffic load L increases, and signaling the sleep window to the wireless device to instruct the wireless device to apply sleep mode according to the sleep window when the wireless device senses that the radio channel is busy.
An absorbent article having a longitudinal direction, a lateral direction intersecting the longitudinal direction, and a front-back direction intersecting the longitudinal direction and the lateral direction, the absorbent article comprising: a front waist portion extending along the lateral direction; a back waist portion extending along the lateral direction; and a crotch portion provided between the front waist portion and the back waist portion, a one-side end portion of the back waist portion on a one side in the lateral direction being joined by a first joining portion to a one-side end portion of the front waist portion on the one side in the lateral direction, an other-side end portion of the back waist portion on an other side in the lateral direction being joined by a second joining portion to a fastening member , the fastening member having a fastening portion being capable of being fastened to the front waist portion when putting on the absorbent article, a joining strength of the second joining portion being larger than a joining strength of the first joining portion , wherein an absorbent main body that consists the crotch portion is disposed with its lengthwise direction extending along the longitudinal direction, at the front waist portion , elastic strings are provided from a center line (AC) of the absorbent main body in the lateral direction to an end of the first joining region on the other side in the lateral direction, and at the front waist portion , no elastic string is provided in a portion to which the fastening member is fastened and which is located on the other side in the lateral direction relative to the center line (AC). a front waist portion extending along the lateral direction; a back waist portion extending along the lateral direction; and a crotch portion provided between the front waist portion and the back waist portion, a one-side end portion of the back waist portion on a one side in the lateral direction being joined by a first joining portion to a one-side end portion of the front waist portion on the one side in the lateral direction, an other-side end portion of the back waist portion on an other side in the lateral direction being joined by a second joining portion to a fastening member , the fastening member having a fastening portion being capable of being fastened to the front waist portion when putting on the absorbent article, a joining strength of the second joining portion being larger than a joining strength of the first joining portion , wherein an absorbent main body that consists the crotch portion is disposed with its lengthwise direction extending along the longitudinal direction, at the front waist portion , elastic strings are provided from a center line (AC) of the absorbent main body in the lateral direction to an end of the first joining region on the other side in the lateral direction, and at the front waist portion , no elastic string is provided in a portion to which the fastening member is fastened and which is located on the other side in the lateral direction relative to the center line (AC).
A method of cleaning can bodies having a continuous sidewall closed at one end by an integral bottom portion opposite an open end, the method comprising the steps of: populating a can body transporter with a plurality of can bodies , wherein the transporter transfers can bodies through a can body washer apparatus from an entry end to a delivery end of the can body washer apparatus , wherein a plurality of spray bars (16a-h) located between the entry end and the delivery end delivers a washing solution to the plurality of can bodies ; characterized by the steps of: maintaining a substantially constant can body population density on the can body transporter by controlling a speed of the can body transporter (1 la) relative to a rate of production of can bodies produced by a can body manufacturing apparatus upstream of the can body washer apparatus ; and controlling a time duration of an exposure of the plurality of can bodies to the washing solution by regulating delivery of the washing solution from the spray bars (16a-h). maintaining a substantially constant can body population density on the can body transporter by controlling a speed of the can body transporter (1 la) relative to a rate of production of can bodies produced by a can body manufacturing apparatus upstream of the can body washer apparatus ; and controlling a time duration of an exposure of the plurality of can bodies to the washing solution by regulating delivery of the washing solution from the spray bars (16a-h).