mhurhangee/patent-ind-claim-en huggingface dataset:
A configurable intelligent telematic I/O expander comprising: a messaging interface for connecting to a private bus , a configurable multi-device interface for connecting to a specific device , a microprocessor and a memory for controlling said messaging interface and said configurable multi-device interface , characterized in that said microprocessor and memory capable of sensing said configurable multi-device interface for self-configuring said I/O expander into one of a passive mode or an active mode, wherein when said I/O expander is in said passive mode, said microprocessor and memory are capable of permitting data exchange between said messaging interface and said configurable multi- device interface , and when said I/O expander is in said active mode, said microprocessor and memory are capable of monitoring said configurable multi-device interface and of sending messages to said messaging interface upon detecting an event. a messaging interface for connecting to a private bus , a configurable multi-device interface for connecting to a specific device , a microprocessor and a memory for controlling said messaging interface and said configurable multi-device interface , characterized in that said microprocessor and memory capable of sensing said configurable multi-device interface for self-configuring said I/O expander into one of a passive mode or an active mode, wherein when said I/O expander is in said passive mode, said microprocessor and memory are capable of permitting data exchange between said messaging interface and said configurable multi- device interface , and when said I/O expander is in said active mode, said microprocessor and memory are capable of monitoring said configurable multi-device interface and of sending messages to said messaging interface upon detecting an event.
Trailer comprising: - a chassis on which a loading floor is present, as well as - wheels connected to the chassis , - a front tow bar connected to the chassis and being provided with a coupling for coupling the trailer to a tow hook of a towing vehicle, - a rear wall connected to the loading floor , - a drive which is connected to at least one of the wheels , which drive comprises a motor as well as control means for controlling the motor, and - an activation sensor which is coupled to the control means, the control means being arranged such that they control the drive in dependence on a signal coming from the activation sensor , characterized in that the activation sensor is a pressure sensor or a force sensor which is connected to the front tow bar or the rear wall and measures the pressure or force applied to the front tow bar or the rear wall , so that when the trailer is pulled or pushed manually the control means control the drive. - a chassis on which a loading floor is present, as well as - wheels connected to the chassis , - a front tow bar connected to the chassis and being provided with a coupling for coupling the trailer to a tow hook of a towing vehicle, - a rear wall connected to the loading floor , - a drive which is connected to at least one of the wheels , which drive comprises a motor as well as control means for controlling the motor, and - an activation sensor which is coupled to the control means, the control means being arranged such that they control the drive in dependence on a signal coming from the activation sensor ,
A method comprising: making logging-while-drilling measurements in a well and generating a logging-while-drilling log of the well , the well being a well under investigation ; determining boundary positions of layers of the well by an inversion procedure using the logging-while-drilling log of the well ; correlating the boundary positions of the layers of the well with corresponding boundary positions from a log of a reference well, the reference well being different from the well under investigation ; and generating a two-dimensional image of the well by displaying boundaries according to the log of the reference well adjusted based on the correlating of the boundary positions. making logging-while-drilling measurements in a well and generating a logging-while-drilling log of the well , the well being a well under investigation ; determining boundary positions of layers of the well by an inversion procedure using the logging-while-drilling log of the well ; correlating the boundary positions of the layers of the well with corresponding boundary positions from a log of a reference well, the reference well being different from the well under investigation ; and generating a two-dimensional image of the well by displaying boundaries according to the log of the reference well adjusted based on the correlating of the boundary positions.
A surgical stapling and cutting instrument , comprising: a displacement member configured to translate within the surgical instrument over a plurality of predefined zones; an energy source ; a motor coupled to the displacement member to translate the displacement member; a control circuit coupled to the energy source and the motor; a position sensor coupled to the control circuit, the position sensor configured to monitor the position of the displacement member; wherein the control circuit is configured to: initiate firing the displacement member at a command velocity set to a first velocity, wherein the command velocity is the velocity applied to the motor; and monitor the position of the displacement member in a current zone until the displacement member reaches a target position for comparison; characterized in that the control circuit is configured to: when the displacement member reaches the target position, determine whether a change in command velocity was initiated in a previous zone prior to the current zone; when a change in command velocity was initiated in the previous zone, continue firing the displacement member at the command velocity; and when a change in command velocity was not initiated in the previous zone, compare an expected velocity of the displacement member to an actual velocity of the displacement member, and adjust the command velocity based on the results of the comparison. a displacement member configured to translate within the surgical instrument over a plurality of predefined zones; an energy source ; a motor coupled to the displacement member to translate the displacement member; a control circuit coupled to the energy source and the motor; a position sensor coupled to the control circuit, the position sensor configured to monitor the position of the displacement member; wherein the control circuit is configured to: initiate firing the displacement member at a command velocity set to a first velocity, wherein the command velocity is the velocity applied to the motor; and monitor the position of the displacement member in a current zone until the displacement member reaches a target position for comparison; initiate firing the displacement member at a command velocity set to a first velocity, wherein the command velocity is the velocity applied to the motor; and monitor the position of the displacement member in a current zone until the displacement member reaches a target position for comparison; when the displacement member reaches the target position, determine whether a change in command velocity was initiated in a previous zone prior to the current zone; when a change in command velocity was initiated in the previous zone, continue firing the displacement member at the command velocity; and when a change in command velocity was not initiated in the previous zone, compare an expected velocity of the displacement member to an actual velocity of the displacement member, and adjust the command velocity based on the results of the comparison.
An absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet and a liquid absorbing absorbent structure situated in between the liquid pervious topsheet and liquid impervious backsheet, wherein said absorbent article is a feminine hygiene garment, baby diaper, baby pants or adult incontinence garment; wherein said absorbent structure comprising a carrier layer , an auxiliary layer and an absorbent polymer material there between, the carrier layer and auxiliary layer being at least partially joined together by substantially permanent primary attachments and substantially temporary secondary attachments made up of substantially permanent primary attachment grids and substantially temporary secondary attachment patterns, respectively, so as to form a sandwich-like composite structure containing patterned absorbent particulate polymer materials provided in at least some unattached regions between the carrier layer and auxiliary layer forming an absorbent polymer material area, wherein a plurality of smaller-sized pockets made up by at least the substantially temporary secondary attachments define spaces which immobilize the available dry volume absorbent polymer material, the substantially temporary secondary attachment being gradually releasable as a result of exposing the surrounding absorbent polymer material to liquid as to allow phased and controlled expansion from the plurality of smaller-sized pockets to fewer but bigger-sized unleashed compartments; characterized in that the primary bonding grids comprise a continuous disposition of lines aligned with the longitudinal axis of the absorbent structure, said lines being such that channels and ducts are created which help the fluid transport from the point of liquid contact to the rest of the absorbent structure via mass flow; wherein an absorbent material pattern formed in between the primary and secondary attachments is substantially continuously connected.
An atomizing head for an atomizer, comprising: a holder ; an air inlet ; an air outlet ; a piercing element received in the holder , the piercing element being configured for piercing a liquid supply filled with tobacco liquid, the piercing element defining a liquid inlet ; a buffer chamber in the holder , the buffer chamber being configured for storing the tobacco liquid flowed from the liquid supply via the liquid inlet after the liquid supply is pierced, the liquid inlet being in communication with the buffer chamber and the liquid supply; an atomizing cavity defined in the holder , both of the air inlet and the air outlet communicating with the atomizing cavity ; and an atomizing component received in the atomizing cavity , the atomizing component being configured for absorbing the tobacco liquid only from the buffer chamber and heating the tobacco liquid to vaporize; wherein the piercing element comprises a connecting part and a piercing part , the connecting part is fixedly connected with the holder, the piercing part is adapted for piercing the liquid supply, and the liquid inlet is defined in the piercing part ; characterized in that : the atomizing head further comprises a liquid conducting body , wherein one end of the liquid conducting body is positioned in the liquid inlet , and an opposite end of the liquid conducting body is arranged in the buffer chamber . a holder ; an air inlet ; an air outlet ; a piercing element received in the holder , the piercing element being configured for piercing a liquid supply filled with tobacco liquid, the piercing element defining a liquid inlet ; a buffer chamber in the holder , the buffer chamber being configured for storing the tobacco liquid flowed from the liquid supply via the liquid inlet after the liquid supply is pierced, the liquid inlet being in communication with the buffer chamber and the liquid supply; an atomizing cavity defined in the holder , both of the air inlet and the air outlet communicating with the atomizing cavity ; and an atomizing component received in the atomizing cavity , the atomizing component being configured for absorbing the tobacco liquid only from the buffer chamber and heating the tobacco liquid to vaporize; wherein the piercing element comprises a connecting part and a piercing part , the connecting part is fixedly connected with the holder, the piercing part is adapted for piercing the liquid supply, and the liquid inlet is defined in the piercing part ; characterized in that : the atomizing head further comprises a liquid conducting body , wherein one end of the liquid conducting body is positioned in the liquid inlet , and an opposite end of the liquid conducting body is arranged in the buffer chamber .
A method for facilitating secure communication between a client device and an application server , the method being performed in a gateway and comprising the steps of: receiving a client request from the client device , the client request comprising a first fully qualified domain name, FQDN, for the application server , and at least a portion being bound for the application server ; forwarding the client request to the application server ; receiving an application server response from the application server, the application server response indicating a need to provide authentication; obtaining an original context identifier from an authentication server ; generating a modified context identifier based on the original context identifier and a client identifier, being an identifier of the client device; generating a client specific shared key based on the first FQDN, the client identifier and a shared key which is not specific to the client device; and providing the modified context identifier and the client specific shared key to the client device to use for authentication with the application server wherein the step of providing the modified context identifier and the client specific shared key comprises sending a configuration message for configuring over a device management protocol, the configuration message comprising the modified context identifier and the client specific shared key. receiving a client request from the client device , the client request comprising a first fully qualified domain name, FQDN, for the application server , and at least a portion being bound for the application server ; forwarding the client request to the application server ; receiving an application server response from the application server, the application server response indicating a need to provide authentication; obtaining an original context identifier from an authentication server ; generating a modified context identifier based on the original context identifier and a client identifier, being an identifier of the client device; generating a client specific shared key based on the first FQDN, the client identifier and a shared key which is not specific to the client device; and providing the modified context identifier and the client specific shared key to the client device to use for authentication with the application server wherein the step of providing the modified context identifier and the client specific shared key comprises sending a configuration message for configuring over a device management protocol, the configuration message comprising the modified context identifier and the client specific shared key.
A method of training a machine learning, ML, algorithm to control a watercraft, wherein the watercraft is a submarine or a submersible submerged in water, the method implemented, at least in part, by a computer, comprising a processor and a memory, aboard the watercraft, the method comprising: obtaining training data including respective sets of environmental parameters and corresponding actions of a set of communicatively isolated watercraft, including a first watercraft; and training the ML algorithm comprising determining relationships between the respective sets of environmental parameters and the corresponding actions of the watercraft of the set thereof, wherein determining the relationships between the respective sets of environmental parameters and the corresponding actions of the watercraft of the set thereof comprises detecting boundaries related to the environmental parameters and relating the corresponding actions to the detected boundaries, the method characterised in that : the detecting boundaries related to the environmental parameters comprises detecting a thermocline based on a sensed temperature and/or density of the water, and the corresponding actions account for changes in density of the water to maintain a constant depth, buoyancy and/or a trajectory of the watercraft through the thermocline, and wherein the watercraft is a communicatively isolated watercraft. obtaining training data including respective sets of environmental parameters and corresponding actions of a set of communicatively isolated watercraft, including a first watercraft; and training the ML algorithm comprising determining relationships between the respective sets of environmental parameters and the corresponding actions of the watercraft of the set thereof, wherein determining the relationships between the respective sets of environmental parameters and the corresponding actions of the watercraft of the set thereof comprises detecting boundaries related to the environmental parameters and relating the corresponding actions to the detected boundaries, the method characterised in that : the detecting boundaries related to the environmental parameters comprises detecting a thermocline based on a sensed temperature and/or density of the water, and the corresponding actions account for changes in density of the water to maintain a constant depth, buoyancy and/or a trajectory of the watercraft through the thermocline, and wherein the watercraft is a communicatively isolated watercraft. the detecting boundaries related to the environmental parameters comprises detecting a thermocline based on a sensed temperature and/or density of the water, and the corresponding actions account for changes in density of the water to maintain a constant depth, buoyancy and/or a trajectory of the watercraft through the thermocline, and wherein the watercraft is a communicatively isolated watercraft.
Device comprising two gutter pieces and an expansion compensating element for connecting the two gutter pieces , with a base strip made of EPDM rubber and having an adhesive layer , wherein the expansion compensating element is affixed over a joint or overlap region between the two gutter pieces , characterised in that the adhesive layer is arranged over the entire surface on one side of the base strip with the interposition of an intermediate layer made of butyl rubber.
An absorbent article comprising: a liquid pervious topsheet; a backsheet at least peripherally joined to the topsheet; an absorbent core disposed between said topsheet and said backsheet; an integrated nonwoven fluid management layer having a basis weight between 40 gsm and 65 gsm; and an Urine Standard Rewet Value of 10 mg or less according to the Standard Rewet method detailed herein wherein the article further comprises an increasing air permeability gradient in a first z direction, wherein the first z direction extends from the backsheet towards the top sheet. a liquid pervious topsheet; a backsheet at least peripherally joined to the topsheet; an absorbent core disposed between said topsheet and said backsheet; an integrated nonwoven fluid management layer having a basis weight between 40 gsm and 65 gsm; and an Urine Standard Rewet Value of 10 mg or less according to the Standard Rewet method detailed herein wherein the article further comprises an increasing air permeability gradient in a first z direction, wherein the first z direction extends from the backsheet towards the top sheet.
A transportable structure comprising a supporting structure , the supporting structure comprising supporting bars lying on a first level , arranged in parallel to each other, and supporting bars lying on a second level , arranged in parallel to each other, wherein the first level and the second level are parallel to each other and the supporting bars of the first level intersect the supporting bars of the second level and the supporting bars of the first level are uniaxially articulated to the supporting bars of the second level at intersection points , the supporting bars ending at two opposite side edges of the supporting structure , characterized in that the two side edges have an essentially concave course in the flat-lying state of the supporting structure , wherein the supporting bars of the first level form essentially uniform quadrangles with the supporting bars of the second level and the supporting structure comprises at least one longitudinal connecting element extending roughly in parallel with or obliquely to the side edges and connected to at least two intersection points and/or at least two supporting bars of one of the two levels , wherein the supporting structure in the erected state of the transportable structure comprises a curvature, wherein the supporting bars are under tension.
Operating liquid container , the inner space of which is defined by a covering wall , a bottom wall and a side stall connecting the bottom wall to the covering wall , comprising; - a reference capacitor comprising a first electrode and a second electrode , which both extend parallel to the bottom wall ; - a measuring capacitor comprising a first electrode and a second electrode , which both have a length extension (L), a width extension (B) and a depth extension, and both extend parallel to the side wall in such a way that the length extensions (I,) of the first electrode and the second electrode extend from the bottom wall towards the covering wall ; - an evaluation device electrically connecting to the reference capacitor and the measuring capacitor , for determining a filling level of the operating liquid container by means of measuring signals determined by the reference capacitor and the measuring capacitor , - wherein the first electrode and the second electrode of the reference capacitor are embedded in the bottom wall ; and - the first electrode and the second electrode of the measuring capacitor are embedded in the side wall ; wherein the operating liquid container is characterized in that: - the bottom wall has an elevation which extends into the inner space of the operating liquid container ; and - the first electrode and the second electrode of the measuring capacitor are embedded in the elevation of the bottom wall . - a reference capacitor comprising a first electrode and a second electrode , which both extend parallel to the bottom wall ; - a measuring capacitor comprising a first electrode and a second electrode , which both have a length extension (L), a width extension (B) and a depth extension, and both extend parallel to the side wall in such a way that the length extensions (I,) of the first electrode and the second electrode extend from the bottom wall towards the covering wall ; - an evaluation device electrically connecting to the reference capacitor and the measuring capacitor , for determining a filling level of the operating liquid container by means of measuring signals determined by the reference capacitor and the measuring capacitor , - wherein the first electrode and the second electrode of the reference capacitor are embedded in the bottom wall ; and - the first electrode and the second electrode of the measuring capacitor are embedded in the side wall ; - the bottom wall has an elevation which extends into the inner space of the operating liquid container ; and - the first electrode and the second electrode of the measuring capacitor are embedded in the elevation of the bottom wall .