mhurhangee/patent-ind-claim-en huggingface dataset:
A method of cold forming a toothed disc, comprising the steps of: providing a disc blank having an annular ring about a periphery of the disc blank ; and forcing the disc blank through a set of tooth forming rollers which engage the annular ring to cold form simultaneously a series of tooth structures in the annular ring , wherein the tooth forming rollers each has a tooth forming profile corresponding to a first tooth profile and the tooth structures cold formed in the annular ring are a first tooth profile; and the method further comprising the step of forcing the disc blank through a second set of tooth forming rollers which engage the set of tooth structures to modify the set of tooth structures to a second tooth profile, wherein the first and second tooth forming operations are executed in two separate forming stations, wherein the method is executed that during a first disc blank undergoes the first tooth forming operation in a respective first forming station of the two separate forming stations simultaneously a second disc blank, which has undergone the first tooth forming operation in the first forming station undergoes the second tooth forming operation in a respective second forming station of the two separate forming stations after being moved from the first forming station to the second forming station, and wherein the disc blank is indexed to assure alignment of the second set of tooth forming rollers with the first tooth profile generated in the first tooth forming operation. providing a disc blank having an annular ring about a periphery of the disc blank ; and forcing the disc blank through a set of tooth forming rollers which engage the annular ring to cold form simultaneously a series of tooth structures in the annular ring , wherein the tooth forming rollers each has a tooth forming profile corresponding to a first tooth profile and the tooth structures cold formed in the annular ring are a first tooth profile; and the method further comprising the step of forcing the disc blank through a second set of tooth forming rollers which engage the set of tooth structures to modify the set of tooth structures to a second tooth profile, wherein the first and second tooth forming operations are executed in two separate forming stations, wherein the method is executed that during a first disc blank undergoes the first tooth forming operation in a respective first forming station of the two separate forming stations simultaneously a second disc blank, which has undergone the first tooth forming operation in the first forming station undergoes the second tooth forming operation in a respective second forming station of the two separate forming stations after being moved from the first forming station to the second forming station, and wherein the disc blank is indexed to assure alignment of the second set of tooth forming rollers with the first tooth profile generated in the first tooth forming operation.
A vial spiking device comprising: a housing substantially surrounding a needle and at least partially defining a cavity configured to receive a portion of a drug vial; a fluid flow sensor positioned adjacent to at least a portion of the needle , wherein the needle comprises a distal needle portion (3.1) and a proximal needle portion (3.2) and between the distal needle portion and the proximal needle portion a detection section , characterized in that the fluid flow sensor is positioned within the housing and the material of at least the detection section is formed of a material compatible with the fluid flow sensor . a housing substantially surrounding a needle and at least partially defining a cavity configured to receive a portion of a drug vial; a fluid flow sensor positioned adjacent to at least a portion of the needle , wherein the needle comprises a distal needle portion (3.1) and a proximal needle portion (3.2) and between the distal needle portion and the proximal needle portion a detection section , characterized in that the fluid flow sensor is positioned within the housing and the material of at least the detection section is formed of a material compatible with the fluid flow sensor .
A system for reconstituting drugs in a plurality of drug containers, each drug container of the plurality of drug containers including an adapter, the system comprising: a transfer device comprising a multi-port manifold and a connector suitable to be removably attached to the adapter of each drug container of the plurality of drug containers, said transfer device further comprising: a first conduit to transfer a liquid from an inlet port of said manifold through said connector and into each drug container, and a second conduit to transfer a gaseous fluid from inside each drug container through said connector and said manifold to an outlet port of said manifold; a liquid transporting tube connected to said inlet port for transporting a liquid to the transfer device; characterised in that the system further comprises, a gas transporting tube connected to said outlet port for transporting said gaseous fluid from each drug container away from said transfer device; a gas collection container to collect said gaseous fluid from each drug container; and a dual check valve with three ports operable to allow unidirectional liquid flow from a first port to a second port , and from said second port to a third port , wherein the third port is connected to the liquid transporting tube. a transfer device comprising a multi-port manifold and a connector suitable to be removably attached to the adapter of each drug container of the plurality of drug containers, said transfer device further comprising: a first conduit to transfer a liquid from an inlet port of said manifold through said connector and into each drug container, and a second conduit to transfer a gaseous fluid from inside each drug container through said connector and said manifold to an outlet port of said manifold; a first conduit to transfer a liquid from an inlet port of said manifold through said connector and into each drug container, and a second conduit to transfer a gaseous fluid from inside each drug container through said connector and said manifold to an outlet port of said manifold; a liquid transporting tube connected to said inlet port for transporting a liquid to the transfer device; characterised in that the system further comprises, a gas transporting tube connected to said outlet port for transporting said gaseous fluid from each drug container away from said transfer device; a gas collection container to collect said gaseous fluid from each drug container; and a dual check valve with three ports operable to allow unidirectional liquid flow from a first port to a second port , and from said second port to a third port , wherein the third port is connected to the liquid transporting tube.
A method for producing a support material provided with at least one matted with an anti-fingerprint coating, wherein the support material is a paper ply or a wood-based panel, comprising the steps of: - applying at least one layer of at least one powdered formaldehyde resin to at least one side of the support material; - melting-on the at least one applied layer of the one powdered formaldehyde resin; - applying at least one acrylate-containing dispersion to the melted-on formaldehyde resin layer; and - drying and hardening of the layered structure. - applying at least one layer of at least one powdered formaldehyde resin to at least one side of the support material; - melting-on the at least one applied layer of the one powdered formaldehyde resin; - applying at least one acrylate-containing dispersion to the melted-on formaldehyde resin layer; and - drying and hardening of the layered structure.
An airstair system for an aircraft , the system comprising: a deployable upper step movable between a stowed configuration and a deployed configuration, the deployable upper step configured for being pivotally coupled to a fuselage of the aircraft at a first pivot location; a door configured for being pivotally coupled to the fuselage at a second pivot location different from the first pivot location, the door having an interior side facing an interior of the aircraft when the door is closed and defining one or more other steps cooperating with the deployable upper step to define an airstair; and further comprising a hinge pivotally coupling the door to the fuselage , wherein the deployable upper step interfaces with the hinge when the deployable upper step is in the deployed configuration. a deployable upper step movable between a stowed configuration and a deployed configuration, the deployable upper step configured for being pivotally coupled to a fuselage of the aircraft at a first pivot location; a door configured for being pivotally coupled to the fuselage at a second pivot location different from the first pivot location, the door having an interior side facing an interior of the aircraft when the door is closed and defining one or more other steps cooperating with the deployable upper step to define an airstair; and further comprising a hinge pivotally coupling the door to the fuselage , wherein the deployable upper step interfaces with the hinge when the deployable upper step is in the deployed configuration.
Adjustable vibration damper , in particular for motor vehicles, having a piston , which is moveable back and forth in a working cylinder and which divides the working cylinder into an upper working chamber (traction chamber) and a lower working chamber (pressure chamber), wherein each of the two working chambers are connected via a respective pressure medium line to a valve device and wherein the valve device comprises the following: - a bridge connection having four check valves , which are connected crosswise in the forward direction, wherein the connection of a first bridge arm to two oppositely connected check valves forms a high pressure chamber , and the connection of the second bridge arm to two oppositely connected check valves forms a low pressure chamber , - a hydraulic main slider , which is arranged between the low pressure chamber and the high pressure chamber , - a pilot chamber , which stands in connection with the pressure medium line belonging to the upper working chamber (traction chamber) via a fifth check valve - a controlled pilot valve , via which the pilot chamber stands in connection with the low pressure chamber , whereby the pilot chamber stands in connection with the high pressure chamber via an orifice . - a bridge connection having four check valves , which are connected crosswise in the forward direction, wherein the connection of a first bridge arm to two oppositely connected check valves forms a high pressure chamber , and the connection of the second bridge arm to two oppositely connected check valves forms a low pressure chamber , - a hydraulic main slider , which is arranged between the low pressure chamber and the high pressure chamber , - a pilot chamber , which stands in connection with the pressure medium line belonging to the upper working chamber (traction chamber) via a fifth check valve - a controlled pilot valve , via which the pilot chamber stands in connection with the low pressure chamber , whereby the pilot chamber stands in connection with the high pressure chamber via an orifice .
A drink filling method in which a drink supply pipe line for supplying the drink from a heat-sterilizing unit into a filling machine is sterilized, then filling a container that has been sterilized with the drink supplied from the drink supply pipe line , and thereafter, the container is sealed, wherein an upstream side circulation path is formed by forming an upstream side return path to an upstream side pipe line section passing through the sterilizing unit of the drink supply pipe line , a downstream side circulation path is formed by forming a downstream side return path to a downstream side pipe line section of the drink supply pipe line extending from a downstream side portion of the upstream side pipe line section to the filling machine , an alkaline cleaning liquid is circulated within the upstream side circulation path and the downstream side circulation path to thereby clean and sterilize an interior of the drink supply pipe line , and a drink filling process is started after performing a rinsing treatment with water.
A vehicular audio system comprising: an audio detector configured to sense ambient sounds external to a vehicle ; a speed determination means configured to determine a current speed of the vehicle ; and an audio processing module configured to: receive one or more signals representing the ambient sounds from the audio detector , process the ambient sounds to identify an event external to the vehicle corresponding to at least one sound within the ambient sounds, wherein the at least one sound is generated by the event, based on determining that the current speed of the vehicle is above a threshold speed, process the at least one sound to change a characteristic of the at least one sound and output the processed sound via a speaker configured to output sound into an interior of the vehicle , and based on determining that the current speed is below the threshold speed, output a spoken description of the event via the speaker . an audio detector configured to sense ambient sounds external to a vehicle ; a speed determination means configured to determine a current speed of the vehicle ; and an audio processing module configured to: receive one or more signals representing the ambient sounds from the audio detector , process the ambient sounds to identify an event external to the vehicle corresponding to at least one sound within the ambient sounds, wherein the at least one sound is generated by the event, based on determining that the current speed of the vehicle is above a threshold speed, process the at least one sound to change a characteristic of the at least one sound and output the processed sound via a speaker configured to output sound into an interior of the vehicle , and based on determining that the current speed is below the threshold speed, output a spoken description of the event via the speaker . receive one or more signals representing the ambient sounds from the audio detector , process the ambient sounds to identify an event external to the vehicle corresponding to at least one sound within the ambient sounds, wherein the at least one sound is generated by the event, based on determining that the current speed of the vehicle is above a threshold speed, process the at least one sound to change a characteristic of the at least one sound and output the processed sound via a speaker configured to output sound into an interior of the vehicle , and based on determining that the current speed is below the threshold speed, output a spoken description of the event via the speaker .
A computer-implemented method for generating content for a display on a dispatch kiosk, the method comprising: using a computing structure remote from the dispatch kiosk to: create a floor layout grid for each elevator hall in a building, the floor layout grid comprising a location of a plurality of dispatch kiosks, a plurality of available elevators, an inaccessible space, and a blank space in the respective elevator hall; automatically generate a graph-based map model from the floor layout grid comprising a plurality of nodes, each node representing one of: a call kiosk selected from the plurality of dispatch kiosks, an undesignated elevator selected from the plurality of available elevators, one designated elevator selected from the plurality of available elevators, the inaccessible space, and the blank space; automatically calculate a plurality of walk path options from the call kiosk to the designated elevator based on the graph-based map model; determine an optimal walk path from the call kiosk to the designated elevator from the plurality of walk path options; automatically render a floor map image displaying the optimal walk path between the call kiosk and the designated elevator; and communicate the floor map image from the computing structure to the dispatch kiosk to enable the dispatch kiosk to exhibit the floor map image on the dispatch kiosk display in response to an elevator call. create a floor layout grid for each elevator hall in a building, the floor layout grid comprising a location of a plurality of dispatch kiosks, a plurality of available elevators, an inaccessible space, and a blank space in the respective elevator hall; automatically generate a graph-based map model from the floor layout grid comprising a plurality of nodes, each node representing one of: a call kiosk selected from the plurality of dispatch kiosks, an undesignated elevator selected from the plurality of available elevators, one designated elevator selected from the plurality of available elevators, the inaccessible space, and the blank space; automatically calculate a plurality of walk path options from the call kiosk to the designated elevator based on the graph-based map model; determine an optimal walk path from the call kiosk to the designated elevator from the plurality of walk path options; automatically render a floor map image displaying the optimal walk path between the call kiosk and the designated elevator; and communicate the floor map image from the computing structure to the dispatch kiosk to enable the dispatch kiosk to exhibit the floor map image on the dispatch kiosk display in response to an elevator call.
A communication apparatus comprising: a data generating unit adapted to generate write data to be sent to an other communication apparatus at an arbitrary timing; a communication unit adapted to repeatedly send a read request to the other communication apparatus by modulating an electromagnetic signal until the write data is generated and repeatedly receive a read response sent from the other communication apparatus by load-modulating the electromagnetic signal in response to the read request; and a data acquisition unit adapted to acquire read data, which is sent along with the read response by the other communication apparatus, wherein the other communication apparatus sends the read response as well as the read data to the communication apparatus when the generation of the read data is completed upon receiving the read request, and sends the read response to the communication apparatus when the generation of the read data is not completed. a data generating unit adapted to generate write data to be sent to an other communication apparatus at an arbitrary timing; a communication unit adapted to repeatedly send a read request to the other communication apparatus by modulating an electromagnetic signal until the write data is generated and repeatedly receive a read response sent from the other communication apparatus by load-modulating the electromagnetic signal in response to the read request; and a data acquisition unit adapted to acquire read data, which is sent along with the read response by the other communication apparatus, wherein the other communication apparatus sends the read response as well as the read data to the communication apparatus when the generation of the read data is completed upon receiving the read request, and sends the read response to the communication apparatus when the generation of the read data is not completed.
A method for performing search space set switching, the method comprising: by a wireless communication device: monitoring for a DCI Format 2_0 message using a first search space set group, wherein the first search space set group uses single-slot monitoring; receiving the DCI Format 2_0 message, wherein the DCI Format 2_0 message includes an indication for the wireless communication device to switch to monitoring a second search space set group, wherein the second search space set group uses multi-slot monitoring; in response to the indication, switching to monitoring the second search space set group instead of the first search space set group; transmitting to a base station an indication of first multi-slot monitoring capabilities of the wireless communication device with regard to common search space monitoring, wherein the second search space set group is configured to not exceed the first multi-slot monitoring capabilities, and wherein the first multi-slot monitoring capabilities include an indication that the wireless communication device can accommodate monitoring of non-contiguous symbols within a multi-slot span of a common search space. monitoring for a DCI Format 2_0 message using a first search space set group, wherein the first search space set group uses single-slot monitoring; receiving the DCI Format 2_0 message, wherein the DCI Format 2_0 message includes an indication for the wireless communication device to switch to monitoring a second search space set group, wherein the second search space set group uses multi-slot monitoring; in response to the indication, switching to monitoring the second search space set group instead of the first search space set group; transmitting to a base station an indication of first multi-slot monitoring capabilities of the wireless communication device with regard to common search space monitoring, wherein the second search space set group is configured to not exceed the first multi-slot monitoring capabilities, and wherein the first multi-slot monitoring capabilities include an indication that the wireless communication device can accommodate monitoring of non-contiguous symbols within a multi-slot span of a common search space.
A method comprising: defining a plurality of frequency bins; sending, during a training phase, a test signal at different amplitude levels to a known set of healthy speakers (102a-b, 103a-b, 104, 105, 208, 214), and gathering resulting test voltage (V) and current (I) points for the different amplitude levels and for each frequency bin; for each frequency bin, applying a linear regression algorithm to the gathered test voltage and current points for the different amplitudes to fit a healthy speaker curve of each of said speakers (102a-b, 103a-b, 104, 105, 208, 214); sending, during a monitoring phase subsequent to said training phase, an audio signal to each of said speakers (102a-b, 103a-b, 104, 105, 208, 214), and gathering resulting new voltage and current points for said speakers (102a-b, 103a-b, 104, 105, 208, 214) for each frequency bin, determining, for each frequency bin, a deviation between each of the new voltage and current points and the healthy speaker curve, and, if the determined deviation for any of the new voltage and current points and the healthy speaker curve exceeds a defined tolerance, reporting the deviation to a user. defining a plurality of frequency bins; sending, during a training phase, a test signal at different amplitude levels to a known set of healthy speakers (102a-b, 103a-b, 104, 105, 208, 214), and gathering resulting test voltage (V) and current (I) points for the different amplitude levels and for each frequency bin; for each frequency bin, applying a linear regression algorithm to the gathered test voltage and current points for the different amplitudes to fit a healthy speaker curve of each of said speakers (102a-b, 103a-b, 104, 105, 208, 214); sending, during a monitoring phase subsequent to said training phase, an audio signal to each of said speakers (102a-b, 103a-b, 104, 105, 208, 214), and gathering resulting new voltage and current points for said speakers (102a-b, 103a-b, 104, 105, 208, 214) for each frequency bin, determining, for each frequency bin, a deviation between each of the new voltage and current points and the healthy speaker curve, and, if the determined deviation for any of the new voltage and current points and the healthy speaker curve exceeds a defined tolerance, reporting the deviation to a user.