mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving, at a database proxy instance , one or more database statements via a first client connection with a first client application ; determining that the first client connection is not pinned to a database connection to a database instance , indicating that the database connection is available for use by multiple client connections, wherein if the first client connection is pinned to the database connection, the database connection is dedicated for use by the first client connection; identifying a connection state associated with the first client connection , wherein the connection state is identified based at least in part on a previous database statement sent by the first client application over the first client connection ; obtaining, based at least in part on the connection state, a first database connection from a pool of database connections between the database proxy instance and the database instance ; and sending the one or more database statements via the first database connection . receiving, at a database proxy instance , one or more database statements via a first client connection with a first client application ; determining that the first client connection is not pinned to a database connection to a database instance , indicating that the database connection is available for use by multiple client connections, wherein if the first client connection is pinned to the database connection, the database connection is dedicated for use by the first client connection; identifying a connection state associated with the first client connection , wherein the connection state is identified based at least in part on a previous database statement sent by the first client application over the first client connection ; obtaining, based at least in part on the connection state, a first database connection from a pool of database connections between the database proxy instance and the database instance ; and sending the one or more database statements via the first database connection .
Cooling device for cooling a cooled material moved in a strip running direction (B), comprising - at least one upper cooling bar , which is arranged above the cooled material , with at least one slot nozzle , which extends in a width direction of the cooled material and by way of which a cooling fluid can be applied to an upper side of the cooled material , and - at least one upper squeeze roller , which in strip running direction (B) is arranged downstream of the upper cooling bar at a spacing and runs on the upper side of the cooling material and which extends at least over a width of the cooled material , and - at least one fluid duct element , which in the strip running direction (B) is connected between the upper cooling bar and the upper squeeze roller and is arranged above the cooled material at a spacing and which extends at least over the width of the cooled material and is arranged at a spacing from the upper squeeze roller , characterised by - at least one upper slide unit with at least one upper slide element , which is arranged to be displaceable in the strip running direction (B) and opposite to the strip running direction (B) and which is arranged in such a way that a gap , which runs in width direction of the cooled material , between the upper cooling bar and the upper fluid duct element can be selectably closed or at least partly freed by the upper slide element. - at least one upper cooling bar , which is arranged above the cooled material , with at least one slot nozzle , which extends in a width direction of the cooled material and by way of which a cooling fluid can be applied to an upper side of the cooled material , and - at least one upper squeeze roller , which in strip running direction (B) is arranged downstream of the upper cooling bar at a spacing and runs on the upper side of the cooling material and which extends at least over a width of the cooled material , and - at least one fluid duct element , which in the strip running direction (B) is connected between the upper cooling bar and the upper squeeze roller and is arranged above the cooled material at a spacing and which extends at least over the width of the cooled material and is arranged at a spacing from the upper squeeze roller , characterised by - at least one upper slide unit with at least one upper slide element , which is arranged to be displaceable in the strip running direction (B) and opposite to the strip running direction (B) and which is arranged in such a way that a gap , which runs in width direction of the cooled material , between the upper cooling bar and the upper fluid duct element can be selectably closed or at least partly freed by the upper slide element.
A method performed by a first interworking function, IWF, for communicating packets between a radio equipment, RE, and a radio equipment controller, REC, of a radio base station, RBS, comprising: receiving a packet sent from another IWF of the radio base station and having internal RBS interface information and residence time measurement, RTM, information that characterizes an asymmetry between processing times on links in different directions between the RE and the REC , wherein the packet includes an RTM header having the RTM information of the packet; determining an asymmetry compensation that compensates for the asymmetry using the RTM information; and applying the asymmetry compensation to a timestamp of the internal RBS interface information to obtain an updated internal RBS interface information; and transmitting the updated internal RBS interface information to one of the RE and the REC that is attached to the first IWF . receiving a packet sent from another IWF of the radio base station and having internal RBS interface information and residence time measurement, RTM, information that characterizes an asymmetry between processing times on links in different directions between the RE and the REC , wherein the packet includes an RTM header having the RTM information of the packet; determining an asymmetry compensation that compensates for the asymmetry using the RTM information; and applying the asymmetry compensation to a timestamp of the internal RBS interface information to obtain an updated internal RBS interface information; and transmitting the updated internal RBS interface information to one of the RE and the REC that is attached to the first IWF .
Method for producing intermediate products for polymeric materials with addition components, or parts made therefrom, characterised in that a radical former is distributed on the addition component, a thermoplastic polymer is applied by means of extrusion compounding to the addition component provided with the radical former, and crosslinking is started by energetic impact by means of electron beams and/or UV- and/or X-rays or mixtures thereof, electromagnetic radiation or ionising radiation, whereby the polymer chains are chemically covalently bonded to the surface of the addition component, wherein, by means of the compounding, a structure is built up which limits the crosslinking with the polymer largely to the surface of the addition component and avoids crosslinking within the polymer matrix. a radical former is distributed on the addition component, a thermoplastic polymer is applied by means of extrusion compounding to the addition component provided with the radical former, and crosslinking is started by energetic impact by means of electron beams and/or UV- and/or X-rays or mixtures thereof, electromagnetic radiation or ionising radiation, whereby the polymer chains are chemically covalently bonded to the surface of the addition component, wherein, by means of the compounding, a structure is built up which limits the crosslinking with the polymer largely to the surface of the addition component and avoids crosslinking within the polymer matrix.
A tool for flash-trimming and/or cleaning a component, comprising a shaft and a processing element mounted removably on the shaft , wherein the processing element is configured as a flexible cord and is received on the shaft such that, in an operating state, it bulges radially outwards in at least some sections as the rotational speed of the shaft increases, and wherein the processing element is fixed or received in a torque-proof manner on the shaft at two receiving positions arranged spaced apart along the rotation axis of the shaft , and characterized in that the processing element is mounted as a loop on the shaft , wherein a receiving notch or a custom-fit through-hole is provided at a first receiving position , and the processing element extends through the receiving notch or the custom-fit through-hole and is guided displaceably, and furthermore the processing element is fastened to the shaft at a second receiving position , and the second receiving position is embodied as a through-hole.
Method for identifying an airplane and indicate airplane type and version in connection to parking of the airplane at a gate or a stand, for possible connection of a passenger bridge or a loading bridge to a door of an airplane, where the airplane is positioned and stopped at a predetermined position using a touchless measurement of the distance between the airplane and a fixed point, where the distance is indicated on a display mounted in front of the pilot of the airplane on for instance an airport building , which display is caused to show to the pilot the position of the airplane in relation to a stop point for the airplane and to show the current airplane type and version, where the said distance measurement and display are caused to be activated by a computer system , belonging to the airport, or manually, and wherein an antenna is caused to receive an information signal transmitted by an airplane , wherein the information signal which is transmitted by the airplane is caused to be received by the antenna which is positioned in connection to said display , wherein the antenna is connected to a control system of the docking system, wherein information regarding airplane type and version in question for a certain identification number is obtained from a database , in which identification numbers of the airplanes are stored, and is transferred to said control system which is caused to control said display at the stand at which an airplane with a read identification number is to park and, on the display, indicate airplane type and version, characterized in that at least the identification number of the airplane is extracted from information signals which are transmitted by airplanes at even intervals, that the antenna is a directed antenna and is directed towards the stand and along the central line of the stand at which the airplane is expected to arrive.
Load securing device , wherein the load securing device comprises at least one mast and a retaining element , a support element and a guide rail , the load securing device is arranged so as to be vertically displaceable on the at least one mast , in the x-direction, the guide rail extends substantially in parallel with the at least one mast , and the support element is in engagement with the guide rail , wherein the support element is supported by the guide rail , and wherein the retaining element is arranged so as to be pivotable about a pivot point , wherein the retaining element can be activated by pivoting into a substantially horizontal position, wherein the pivoting of the retaining element in the vertical direction (x) is prevented by the support element , characterised in that the guide rail comprises a curved track , bent by 90°, at the lower end thereof, and in that the load securing device further comprises a force accumulator , wherein the force accumulator is tensioned when the retaining element is in a substantially horizontal position, and exerts a torque on the retaining element , about the rotary axis , in the opposite direction to the region of the curved track of the guide rail .
An arrangement for unlocking a vehicle with a user equipment , comprising, - an electronic information reader module for reading authenticity information from a passive tag of the user equipment , said passive tag being powered by inducing a voltage therein, wherein the arrangement is configured for running a first authentication protocol via the reader module and the passive tag , - a charging device for charging the user equipment , wherein the charging device is located in a closeable space of the vehicle being closeable by at least one lockable lid , - wherein the at least one lockable lid is configured to be unlocked when the reader module and the passive tag are in communicative contact and when the arrangement has run the first authentication protocol and verified an authenticity of the passive tag based on the authenticity information, and - wherein the arrangement is configured to run an additional authentication protocol with the user equipment for unlocking at least one door of the vehicle . - an electronic information reader module for reading authenticity information from a passive tag of the user equipment , said passive tag being powered by inducing a voltage therein, wherein the arrangement is configured for running a first authentication protocol via the reader module and the passive tag , - a charging device for charging the user equipment , wherein the charging device is located in a closeable space of the vehicle being closeable by at least one lockable lid , - wherein the at least one lockable lid is configured to be unlocked when the reader module and the passive tag are in communicative contact and when the arrangement has run the first authentication protocol and verified an authenticity of the passive tag based on the authenticity information, and - wherein the arrangement is configured to run an additional authentication protocol with the user equipment for unlocking at least one door of the vehicle .
A wireless communication method, comprising: receiving , by user equipment , downlink data from a first bearer, wherein a reflective quality of service, QoS, attribute of the first bearer is Support indicating that the first bearer supports reflective QoS, and the downlink data comprises a bearer QoS indicator, BQI, indicating QoS information of the first bearer; when the user equipment needs to send, to an access network device, uplink data corresponding to the downlink data, determining , by the user equipment , a second bearer, wherein QoS information of the second bearer is determined based on the QoS information of the first bearer; and sending , by the user equipment , the uplink data by using the second bearer, wherein before the receiving , by the user equipment , the downlink data from the first bearer, the method further comprises: receiving, by the user equipment , the QoS information of the first bearer, wherein the QoS information of the first bearer comprises a QoS class supported by the first bearer and the reflective QoS attribute of the first bearer. receiving , by user equipment , downlink data from a first bearer, wherein a reflective quality of service, QoS, attribute of the first bearer is Support indicating that the first bearer supports reflective QoS, and the downlink data comprises a bearer QoS indicator, BQI, indicating QoS information of the first bearer; when the user equipment needs to send, to an access network device, uplink data corresponding to the downlink data, determining , by the user equipment , a second bearer, wherein QoS information of the second bearer is determined based on the QoS information of the first bearer; and sending , by the user equipment , the uplink data by using the second bearer, wherein before the receiving , by the user equipment , the downlink data from the first bearer, the method further comprises: receiving, by the user equipment , the QoS information of the first bearer, wherein the QoS information of the first bearer comprises a QoS class supported by the first bearer and the reflective QoS attribute of the first bearer.
A targeting guide for a bone plate comprising: a body having the form of a block, the body having an upper side and an opposite lower side , a first lateral side and a second opposite lateral side , each of said lateral sides connecting the upper side and the lower side , a first plurality of holes extending through the upper and lower sides and arranged in a first pattern configured to align with a first pattern of holes of a first bone plate , a second plurality of holes extending through the first and second lateral sides and arranged in a different second pattern configured to align with a second pattern of holes of a second bone plate different from the first bone plate .
A mounting structure for a plurality of print head units , comprising: - a frame ; - a rigid support detachably mounted on the frame , said support having a plurality of mounting sites each of which is adapted to hold an individual print head unit ; and - an adjusting system for positional adjustment of the print head units relative to the rigid support, wherein each mounting site has two adjusting mechanisms for individually adjusting, in at least one degree of freedom, a position of the print head unit that is held in that mounting site and a holder for the print head unit , and wherein each mounting site comprises a carrier that is connected to said two adjusting mechanisms and adapted to detachably mount the print head unit . - a frame ; - a rigid support detachably mounted on the frame , said support having a plurality of mounting sites each of which is adapted to hold an individual print head unit ; and - an adjusting system for positional adjustment of the print head units relative to the rigid support,
Monitoring device for at least two energy storage components of an electric energy storage device , comprising a waveguide which is designed to transmit acoustic and/or optical signals between units of the energy storage components and at least one controller of the electric energy storage device to monitor the energy storage components , wherein the waveguide is designed as a one-piece molded part , which forms a transmission network and which includes at least one collection channel for connection to the at least one controller and at least two connection channels connected to the at least one collection channel for connection to the at least two units for monitoring the energy storage components , wherein the acoustic and/or optical signals are transmittable within the molded part via the at least one collection channel and the connection channels bidirectionally between the units for monitoring the energy storage components and the at least one controller, characterized in that the molded part includes a coating made of a reflective material in the form of a metallization at least in some areas to reduce damping of the acoustic and/or optical signal.
A computing device comprising: - a communication endpoint configured to establish a connection with a Near-Eye Display device ; - at least one processing logic configured to send to said Near-Eye Display device, through said communication endpoint: - a layout comprising at least one graphical command, each of said at least one graphical command being defined by an identifier and at least one command parameter; - a command to save said layout; - whenever a display of said layout to a wearer of the Near-Eye Display device is needed, a command to display said layout. - a communication endpoint configured to establish a connection with a Near-Eye Display device ; - at least one processing logic configured to send to said Near-Eye Display device, through said communication endpoint: - a layout comprising at least one graphical command, each of said at least one graphical command being defined by an identifier and at least one command parameter; - a command to save said layout; - whenever a display of said layout to a wearer of the Near-Eye Display device is needed, a command to display said layout. - a layout comprising at least one graphical command, each of said at least one graphical command being defined by an identifier and at least one command parameter; - a command to save said layout; - whenever a display of said layout to a wearer of the Near-Eye Display device is needed, a command to display said layout.
An antimicrobial composition comprising: at least one garlic extract; and at least one bioflavonoid and optionally an organic acid for use in treating or preventing a Staphylococcus aureus or Candida tropicalis infection, wherein the garlic extract is selected from allicin and ajoene, wherein the bioflavonoid is selected from one or more of the group consisting of naringenin, naringin, quercetin and rhoifolin, and wherein the organic acid is a carboxylic acid. at least one garlic extract; and at least one bioflavonoid and optionally an organic acid for use in treating or preventing a Staphylococcus aureus or Candida tropicalis infection, wherein the garlic extract is selected from allicin and ajoene, wherein the bioflavonoid is selected from one or more of the group consisting of naringenin, naringin, quercetin and rhoifolin, and wherein the organic acid is a carboxylic acid.
A method for forming an image comprising: receiving , by an image-forming device , a first image-forming job (JOB#1), and performing a first image-forming operation according to a first recording-medium transport rule; and receiving , by the image-forming device , a second image-forming job (JOB#2), and performing a second image-forming operation according to a second recording-medium transport rule; wherein the first image-forming job and the second image-forming job are consecutively outputted image-forming jobs, and recording-medium transport directions of at least one page of the first image-forming job and at least one page of the second image-forming job are different, characterized in that in each of the first image-forming job and the second image-forming job, each page of print data includes a corresponding job start identification and a corresponding job end identification for identifying by the image forming device; and output papers of the first image-forming job and output papers of the second image-forming job are separated by the first page of output papers in the second image-forming job or by the last page of output papers in the first image-forming job, the image-forming device automatically selects paper boxes with different setting directions as the paper feeding device for adjacent image-forming jobs according to attribute settings of different users or different image-forming jobs. receiving , by an image-forming device , a first image-forming job (JOB#1), and performing a first image-forming operation according to a first recording-medium transport rule; and receiving , by the image-forming device , a second image-forming job (JOB#2), and performing a second image-forming operation according to a second recording-medium transport rule; wherein the first image-forming job and the second image-forming job are consecutively outputted image-forming jobs, and recording-medium transport directions of at least one page of the first image-forming job and at least one page of the second image-forming job are different, characterized in that in each of the first image-forming job and the second image-forming job, each page of print data includes a corresponding job start identification and a corresponding job end identification for identifying by the image forming device; and output papers of the first image-forming job and output papers of the second image-forming job are separated by the first page of output papers in the second image-forming job or by the last page of output papers in the first image-forming job, the image-forming device automatically selects paper boxes with different setting directions as the paper feeding device for adjacent image-forming jobs according to attribute settings of different users or different image-forming jobs.