mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing continuity in chat communications between a user device and a chatbot capable framework in a network, the method comprising: - the user device establishing a session with the chatbot capable framework over a first chat platform associated with a first chat application , and starts a dialogue with the chatbot capable framework ; - the framework storing a state of the session in a database , wherein the session state includes identification information identifying the ongoing dialogue; - the user device initiating a transfer of the dialogue to a second chat platform associated with a second chat application ; - the framework retrieving, from the database , the previously stored identification information, and providing the user device with the identification information over the first chat platform ; and - the user device initiating a new session with the chatbot capable framework over the second chat platform associated with the second chat application , and inputs the identification information for continuing the dialogue where it stopped at the first chat platform . - the user device establishing a session with the chatbot capable framework over a first chat platform associated with a first chat application , and starts a dialogue with the chatbot capable framework ; - the framework storing a state of the session in a database , wherein the session state includes identification information identifying the ongoing dialogue; - the user device initiating a transfer of the dialogue to a second chat platform associated with a second chat application ; - the framework retrieving, from the database , the previously stored identification information, and providing the user device with the identification information over the first chat platform ; and - the user device initiating a new session with the chatbot capable framework over the second chat platform associated with the second chat application , and inputs the identification information for continuing the dialogue where it stopped at the first chat platform .
A disc brake for vehicles, in particular for commercial vehicles, having a brake caliper and brake linings for applying a brake disc , wherein the brake caliper comprises a first interior with an opening on the side facing the brake disc for receiving an actuating device , and the brake caliper comprises a second interior for receiving the brake disc , characterized in that the brake caliper in the second interior comprises protrusions for receiving the application side brake lining and protrusions for receiving the reaction side brake lining .
A retractable staircase comprising: a first side stringer and a second, substantially parallel, side stringer connected by a plurality of steps , the first side stringer having means to be fixedly attached to a wall and the second side stringer being pivotally movable about the first side stringer between an extended position, where the steps lie substantially horizontally between the stringers , and a retracted position where the steps lie substantially vertically between the stringers characterized in that each side stringer comprises a plurality of modular sections to enable selecting the length of the staircase . a first side stringer and a second, substantially parallel, side stringer connected by a plurality of steps , the first side stringer having means to be fixedly attached to a wall and the second side stringer being pivotally movable about the first side stringer between an extended position, where the steps lie substantially horizontally between the stringers , and a retracted position where the steps lie substantially vertically between the stringers characterized in that each side stringer comprises a plurality of modular sections to enable selecting the length of the staircase .
A battery module comprising: a first busbar electrically connected to a first electrode lead of a first battery cell ; a second busbar electrically connected to a second electrode lead of a second battery cell ; and a shorting portion configured to move to the first busbar and the second busbar by the application of an expansion force caused by volume increase of the first battery cell to electrically connect the first busbar to the second busbar , causing a short; and a cartridge configured to receive or support at least part of the first electrode lead , the second electrode lead , the first busbar , the second busbar and the shorting portion , wherein the shorting portion comprises: an elastic member configured to provide an elastic force facing the first busbar and the second busbar ; and a slide bar configured to keep the elastic member in deformed state by latch coupling of a latching part protruding at one end and a latching hole of the cartridge . a first busbar electrically connected to a first electrode lead of a first battery cell ; a second busbar electrically connected to a second electrode lead of a second battery cell ; and a shorting portion configured to move to the first busbar and the second busbar by the application of an expansion force caused by volume increase of the first battery cell to electrically connect the first busbar to the second busbar , causing a short; and a cartridge configured to receive or support at least part of the first electrode lead , the second electrode lead , the first busbar , the second busbar and the shorting portion , wherein the shorting portion comprises: an elastic member configured to provide an elastic force facing the first busbar and the second busbar ; and a slide bar configured to keep the elastic member in deformed state by latch coupling of a latching part protruding at one end and a latching hole of the cartridge . an elastic member configured to provide an elastic force facing the first busbar and the second busbar ; and a slide bar configured to keep the elastic member in deformed state by latch coupling of a latching part protruding at one end and a latching hole of the cartridge .
A people counting system comprising: - a plurality of image capture devices arranged to provide coverage of an area, wherein each image capture device is arranged to capture images from the area and to provide individual coverage of a region of the area in its field of view; wherein each image capture device comprises a local image processor configured to apply a local person detection algorithm to the captured image data, thereby generating local presence metric comprising a presence count indicating a number of people detected in the covered region and a person location identifier identifying a location of each person detected in the covered region; - a first processing module connected to receive the local presence metric relating to the captured images of a image capture device, and providing a people count by aggregating the local presence metrics from the plurality of image capture devices ; wherein the local image processor is configured to receive from a user device associated with one of the people in the area an opt-out request associated with that person, wherein the opt-out request includes location information indicating the actual or estimated location of the person associated with the opt-out request, and to control, responsive to the opt-out request, to stop taking into account the local presence metric of locations of persons that relate to the location of the person associated with the opt-out request. - a plurality of image capture devices arranged to provide coverage of an area, wherein each image capture device is arranged to capture images from the area and to provide individual coverage of a region of the area in its field of view; wherein each image capture device comprises a local image processor configured to apply a local person detection algorithm to the captured image data, thereby generating local presence metric comprising a presence count indicating a number of people detected in the covered region and a person location identifier identifying a location of each person detected in the covered region; - a first processing module connected to receive the local presence metric relating to the captured images of a image capture device, and providing a people count by aggregating the local presence metrics from the plurality of image capture devices ; wherein the local image processor is configured to receive from a user device associated with one of the people in the area an opt-out request associated with that person, wherein the opt-out request includes location information indicating the actual or estimated location of the person associated with the opt-out request, and to control, responsive to the opt-out request, to stop taking into account the local presence metric of locations of persons that relate to the location of the person associated with the opt-out request.
An ultrasound transducer , comprising: a transducer element comprising a piezoelectric material configured and arranged to convert electrical energy to ultrasound energy, the transducer element further comprising a first non-transducing pad defined in the transducer element and adjacent the piezoelectric material ; a first metal layer disposed on a first surface of the transducer element and on the first non-transducing pad , wherein the non-transducing pad is configured and arranged to provide protection from heat to the piezoelectric material as a wire is attached to the first metal layer above or below the non-transducing pad using a heat-based bonding technique; and a second metal layer disposed on a second surface of the transducer element and on the first non-transducing pad , characterised in that the piezoelectric material of the transducer element and the first non-transducing pad are disposed between the first metal layer and the second metal layer. a transducer element comprising a piezoelectric material configured and arranged to convert electrical energy to ultrasound energy, the transducer element further comprising a first non-transducing pad defined in the transducer element and adjacent the piezoelectric material ; a first metal layer disposed on a first surface of the transducer element and on the first non-transducing pad , wherein the non-transducing pad is configured and arranged to provide protection from heat to the piezoelectric material as a wire is attached to the first metal layer above or below the non-transducing pad using a heat-based bonding technique; and a second metal layer disposed on a second surface of the transducer element and on the first non-transducing pad , characterised in that the piezoelectric material of the transducer element and the first non-transducing pad are disposed between the first metal layer and the second metal layer.
A screw compressor comprising: a screw rotor including a plurality of screw grooves on an outer periphery, one end of the screw rotor being a suction side of a fluid, an other end of the screw rotor being a discharge side of the fluid; and two gate rotors each including a plurality of tooth portions to be meshed with the screw groove at an outer peripheral portion, each of the gate rotors rotating with rotation of the screw rotor to compress the fluid, wherein during reverse rotation of the screw rotor , at least part of a region in which a distal end portion of each of the tooth portions and a discharge-side wall portion as a discharge-side wall forming the screw groove , with which the distal end portion of the tooth portion meshes, face each other has a non-contact structure, wherein the non-contact structure is formed as a space provided between the distal end portion of each of the tooth portions and the discharge-side wall portion , the screw compressor being characterized in that : a facewidth of the distal end portion of each of the tooth portions is smaller than that of an other portion of the tooth portion .
A mechanical activation system comprising: a rotatable first mechanical device mechanically connectable to an external device , a rotational orientation of the first mechanical device controllable by the external device , the rotational orientation representative of a parameter of the external device ; a pivotable second mechanical device slidably supported in a disengaged position by a first cam surface of the first mechanical device ; wherein in response to the parameter reaching a predetermined threshold critical value, at least a portion of the first mechanical device being urged into rotational movement to a predetermined rotational orientation, and the second mechanical device being urged from the disengaged position to an engaged position for opening a valve of the mechanical activation system , for preventing the parameter from reaching a critical value; and an operator actuation device in an engaged position in contact with a second cam surface of the first mechanical device ; wherein in response to the operator actuation device being manually actuated from the engaged position to a disengaged position, the second cam surface being urged into rotational movement to urge the second mechanical device from the engaged position toward the disengaged position; wherein the operator actuation device being automatically returnable to the engaged position by the system. a rotatable first mechanical device mechanically connectable to an external device , a rotational orientation of the first mechanical device controllable by the external device , the rotational orientation representative of a parameter of the external device ; a pivotable second mechanical device slidably supported in a disengaged position by a first cam surface of the first mechanical device ; wherein in response to the parameter reaching a predetermined threshold critical value, at least a portion of the first mechanical device being urged into rotational movement to a predetermined rotational orientation, and the second mechanical device being urged from the disengaged position to an engaged position for opening a valve of the mechanical activation system , for preventing the parameter from reaching a critical value; and an operator actuation device in an engaged position in contact with a second cam surface of the first mechanical device ; wherein in response to the operator actuation device being manually actuated from the engaged position to a disengaged position, the second cam surface being urged into rotational movement to urge the second mechanical device from the engaged position toward the disengaged position; wherein the operator actuation device being automatically returnable to the engaged position by the system.
A method for determining a data feedback resource in device-to-device, D2D, or vehicle-to-another-device, V2X, communication, comprising: receiving , by a first communication apparatus, first data from a second communication apparatus; determining , by the first communication apparatus, based on a time-frequency location of the received first data, start location information of a frequency domain resource of a feedback resource of the first data, a length of the frequency domain resource, indication information of a time domain resource of the feedback resource of the first data, and code domain information of the feedback resource of the first data, the code domain information comprises a codeword for sending feedback information of the first data; and sending , by the first communication apparatus, the feedback information of the first data to the second communication apparatus on the feedback resource, wherein the feedback information is used to indicate a receiving status of the first data. receiving , by a first communication apparatus, first data from a second communication apparatus; determining , by the first communication apparatus, based on a time-frequency location of the received first data, start location information of a frequency domain resource of a feedback resource of the first data, a length of the frequency domain resource, indication information of a time domain resource of the feedback resource of the first data, and code domain information of the feedback resource of the first data, the code domain information comprises a codeword for sending feedback information of the first data; and sending , by the first communication apparatus, the feedback information of the first data to the second communication apparatus on the feedback resource, wherein the feedback information is used to indicate a receiving status of the first data.
An osteo-implant , having a threaded segment and an apical end , wherein the threaded segment is provided with a thread and multiple bone healing recesses , the bone healing recesses are located at a thread root of the thread, the bone healing recesses are recesses inwardly depressed from a surface of the threaded segment , the threaded segment has a central axis, and in the same segment of the threaded segment , an area of axial cross-sections, which are parallel to and passes through the central axis, of the bone healing recesses get smaller toward the apical end , wherein contours of multiple axial cross-sections, which are parallel to and pass through the central axis, of the bone healing recesses each have a vertex angle (A12, A22, A32) formed as an opening angle between a first side and a second side of the bone healing recesses , the first side is closer to a direction of the central axis away from the apical end than the second side, and the vertext angles increase toward the apical end , the osteo-implant being wherein angles (A14, A24, A34) included between the first side of the bone healing recesses and the central axis decrease in a direction from being away from the apical end towards the being close to the apical end and wherein angles (A16, A26, A36) included between the second side of the bone healing recesses and the central axis decrease in a direction from being away from the apical end towards being close to the apical end .
A composition comprising, or consisting of an inclusion complex of propolis and cyclodextrin for use in inhibiting gastrointestinal tumour formation, inhibiting gastrointestinal tumour growth, inhibiting gastrointestinal tumour metastasis or treating or preventing gastrointestinal cancer in a subject; inducing apoptosis of one or more neoplastic gastrointestinal cells in a subject; increasing the responsiveness of a subject to a gastrointestinal cancer therapy; increasing the sensitivity of a gastrointestinal tumour in a subject to a gastrointestinal cancer therapy; resensitising one or more gastrointestinal cancer cells in a subject that are resistant to treatment; at least partially reversing the resistance of a neoplastic cell in a subject suffering from gastrointestinal cancer to a gastrointestinal cancer therapy; reversing, wholly or in part, the resistance of a gastrointestinal cancer-burdened patient to a gastrointestinal cancer therapy; or re-sensitising one or more tumours of a gastrointestinal cancer-burdened patient which are, or are predicted to either be or become, resistant to treatment with a gastrointestinal cancer therapy to treatment with a gastrointestinal cancer therapy, wherein the cyclodextrin in the composition is gamma-cyclodextrin or chemically modified gamma-cyclodextrin.
A method of anchoring communication from Internet Protocol, IP,-based devices in an information centric networking, ICN, network, the method comprising: receiving, by a network access point, NAP, of an ICN network, an IP packet from an IP-only wireless transmit/receive unit , WTRU, wherein the IP packet comprises an IP address of an intended destination of the IP packet; assigning, by the NAP, a root identifier to use as a first layer of a hierarchical ICN name, wherein the root identifier indicates an IP over ICN communication; assigning, by the NAP, a first sub-scope identifier or a second sub-scope identifier to use in a second layer of the ICN name below the first layer, wherein the first sub-scope identifier is used for communication with IP addresses within the ICN network and the second sub-scope identifier is used for communication with IP addresses outside the ICN network; assigning, by the NAP, one or more levels of IP subnet identifiers below the second layer of the ICN name, wherein each of the one or more levels of IP subnet identifiers corresponds to each octet of the IP address; encapsulating, by the NAP, the IP packet into an ICN packet by inserting the ICN name into a packet header of the ICN packet and copying the IP packet into a payload of the ICN packet; and sending, by the NAP, the ICN packet to a plurality of devices subscribed to the ICN name. receiving, by a network access point, NAP, of an ICN network, an IP packet from an IP-only wireless transmit/receive unit , WTRU, wherein the IP packet comprises an IP address of an intended destination of the IP packet; assigning, by the NAP, a root identifier to use as a first layer of a hierarchical ICN name, wherein the root identifier indicates an IP over ICN communication; assigning, by the NAP, a first sub-scope identifier or a second sub-scope identifier to use in a second layer of the ICN name below the first layer, wherein the first sub-scope identifier is used for communication with IP addresses within the ICN network and the second sub-scope identifier is used for communication with IP addresses outside the ICN network; assigning, by the NAP, one or more levels of IP subnet identifiers below the second layer of the ICN name, wherein each of the one or more levels of IP subnet identifiers corresponds to each octet of the IP address; encapsulating, by the NAP, the IP packet into an ICN packet by inserting the ICN name into a packet header of the ICN packet and copying the IP packet into a payload of the ICN packet; and sending, by the NAP, the ICN packet to a plurality of devices subscribed to the ICN name.
Use of a substance combination which comprises urea, at least one chitosan biopolymer having a degree of deacetylation of from 70% to 95%, and at least one dicarboxylic acid in aqueous solution, as a primer for the pretreatment of the surfaces of substrates, which are provided as carrier materials for vapour phase corrosion inhibitors, in order to facilitate or enable the subsequent fixing to those substrate surfaces of vapour phase corrosion inhibitors from an aqueous or aqueous-alcoholic solution containing those active ingredients.