mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: establishing a first call from a first party to a second party; during a ringing status of the first call, cancelling the first call in response to an indication that the first party wishes to transfer the first call; and characterised by establishing a second call from a third party to the second party, where a message to establish the second call includes information identifying the third party, wherein the method is performed by a Session Initiation Protocol, SIP, proxy server, further wherein the third party is at a non-Session Initiation Protocol endpoint and wherein the second party is at a Voice over Internet Protocol endpoint, the non-SIP endpoint including at least one of a Time Divisional Multiplexing endpoint, and H.323 endpoint, a Media Gateway Control Protocol endpoint, a Network-based Call Signaling endpoint, and a H.248 endpoint. establishing a first call from a first party to a second party; during a ringing status of the first call, cancelling the first call in response to an indication that the first party wishes to transfer the first call; and characterised by establishing a second call from a third party to the second party, where a message to establish the second call includes information identifying the third party, wherein the method is performed by a Session Initiation Protocol, SIP, proxy server, further wherein the third party is at a non-Session Initiation Protocol endpoint and wherein the second party is at a Voice over Internet Protocol endpoint, the non-SIP endpoint including at least one of a Time Divisional Multiplexing endpoint, and H.323 endpoint, a Media Gateway Control Protocol endpoint, a Network-based Call Signaling endpoint, and a H.248 endpoint.
A motor emulator for an Inverter Under Test, comprising: a voltage following inverter configured to cancel an output voltage of the IUT at least partially; and an output current control unit configured to control an output current of the IUT based on the output voltage of the IUT and an estimated current of an emulation target motor, characterised in that the output current control unit includes: a switching circuit electrically connected to an output terminal of the IUT; and a second switching control unit configured to estimate a current of the emulation target motor based on the output voltage of the IUT and a characteristic of the emulation target motor and to control switching of the switching circuit based on the estimated current. a voltage following inverter configured to cancel an output voltage of the IUT at least partially; and an output current control unit configured to control an output current of the IUT based on the output voltage of the IUT and an estimated current of an emulation target motor, characterised in that the output current control unit includes: a switching circuit electrically connected to an output terminal of the IUT; and a second switching control unit configured to estimate a current of the emulation target motor based on the output voltage of the IUT and a characteristic of the emulation target motor and to control switching of the switching circuit based on the estimated current. a switching circuit electrically connected to an output terminal of the IUT; and a second switching control unit configured to estimate a current of the emulation target motor based on the output voltage of the IUT and a characteristic of the emulation target motor and to control switching of the switching circuit based on the estimated current.
A system for tool exchange or quick release during surgery comprising a cooperatively controlled robot, comprising: a tool holder for receiving a surgical tool adapted to be held by both the cooperatively controlled robot and a surgeon; a tool holding element (24, 26) for constraining motion of the surgical tool relative to the tool holder in a direction along an axis of the surgical tool towards a patient when the tool holder holds the surgical tool and for allowing removal of the surgical tool from the tool holder along the axis away from the patient when a break away force is exerted on the tool and when the tool holder holds the surgical tool, wherein the break away force is sufficiently strong to allow the operator to guide the tool without unintended breakaway while also ensuring that the required release force not be so large that the tool cannot be removed safely and quickly; a first sensor (42, 44) for detecting if the surgical tool is docked within the tool holder; a second sensor for detecting forces exerted by the surgeon on the surgical tool; and a selector for automatically selecting different movements or actions of the tool holder to be performed based upon information detected by the first sensor (42, 44), wherein the tool holder is moved in a direction of the force applied along the tool axis to reengage the surgical tool when a predetermined level of force consistent with removal of the surgical tool is sensed by the second sensor. a tool holder for receiving a surgical tool adapted to be held by both the cooperatively controlled robot and a surgeon; a tool holding element (24, 26) for constraining motion of the surgical tool relative to the tool holder in a direction along an axis of the surgical tool towards a patient when the tool holder holds the surgical tool and for allowing removal of the surgical tool from the tool holder along the axis away from the patient when a break away force is exerted on the tool and when the tool holder holds the surgical tool, wherein the break away force is sufficiently strong to allow the operator to guide the tool without unintended breakaway while also ensuring that the required release force not be so large that the tool cannot be removed safely and quickly; a first sensor (42, 44) for detecting if the surgical tool is docked within the tool holder; a second sensor for detecting forces exerted by the surgeon on the surgical tool; and a selector for automatically selecting different movements or actions of the tool holder to be performed based upon information detected by the first sensor (42, 44), wherein the tool holder is moved in a direction of the force applied along the tool axis to reengage the surgical tool when a predetermined level of force consistent with removal of the surgical tool is sensed by the second sensor.
A device assembly for carrying out or enabling an electronic service, comprising a mobile device on which an operating system runs and which includes a network interface for connection to a network, and a separate electronic module that is connected to the mobile device via an interface (20, 24) and includes a card reader for a chip card as well as a control unit, wherein an input window can be generated on the mobile device, via which input window a user can input authorization data for carrying out or enabling the electronic service, characterized in that the control unit of the electronic module is configured such that it can generate the input window on the mobile device independently of the operating system thereof.
A method of applying a blended rubber composition directly onto a tire building drum or core, the method comprising the steps of: providing a first extruder and a first gear pump for a first compound and processing the first compound through the first extruder and then the first gear pump; providing a second extruder and a second gear pump for a second compound and processing the second compound through the second extruder and then the second gear pump; directing the first compound from the outlet of the first gear pump into an inlet of a main extruder; directing the second compound from the outlet of the second gear pump into said inlet of the main extruder; providing a third extruder and a third gear pump for an accelerator mixture; directing the accelerator mixture through the third extruder and the third gear pump and into the main extruder; extruding the first compound, the second compound and the accelerator mixture through the main extruder and by using a main gear pump in fluid communication with an outlet of the main extruder thereby forming a third compound; and applying the third compound in one or more strips directly onto a tire building device. providing a first extruder and a first gear pump for a first compound and processing the first compound through the first extruder and then the first gear pump; providing a second extruder and a second gear pump for a second compound and processing the second compound through the second extruder and then the second gear pump; directing the first compound from the outlet of the first gear pump into an inlet of a main extruder; directing the second compound from the outlet of the second gear pump into said inlet of the main extruder; providing a third extruder and a third gear pump for an accelerator mixture; directing the accelerator mixture through the third extruder and the third gear pump and into the main extruder; extruding the first compound, the second compound and the accelerator mixture through the main extruder and by using a main gear pump in fluid communication with an outlet of the main extruder thereby forming a third compound; and applying the third compound in one or more strips directly onto a tire building device.
A computer-implemented method (300, 400), comprising: receiving, by a server computer from a client computer, a request message (600, 700, 900) including a protected server key identifier (604, 704, 904), a one-time client public key (606, 706, 906), and encrypted request data (608, 708, 912), wherein request data is encrypted using a request shared secret derived using a server public key and a one-time client private key associated with the one-time client public key; decrypting, by the server computer, the protected server key identifier (605, 704, 904) using a server identifier encryption key (612, 712) to obtain a server key identifier (616, 716); determining (306, 308, 310), by the server computer, a server private key (618, 722) associated with the server key identifier (616, 716) and corresponding to the server public key; and decrypting, by the server computer, the encrypted request data (608, 708, 912) using the server private key (618, 722) and the one-time client public key (606, 706, 906) to obtain request data. receiving, by a server computer from a client computer, a request message (600, 700, 900) including a protected server key identifier (604, 704, 904), a one-time client public key (606, 706, 906), and encrypted request data (608, 708, 912), wherein request data is encrypted using a request shared secret derived using a server public key and a one-time client private key associated with the one-time client public key; decrypting, by the server computer, the protected server key identifier (605, 704, 904) using a server identifier encryption key (612, 712) to obtain a server key identifier (616, 716); determining (306, 308, 310), by the server computer, a server private key (618, 722) associated with the server key identifier (616, 716) and corresponding to the server public key; and decrypting, by the server computer, the encrypted request data (608, 708, 912) using the server private key (618, 722) and the one-time client public key (606, 706, 906) to obtain request data.
A fuel cell system, comprising: a battery; a fuel cell configured to generate power in accordance with a load including a motor; an inverter configured to convert power output from the fuel cell into alternating-current power and supply the alternating-current power to the motor; a converter configured to control voltage between the inverter and the fuel cell using power output from the battery; and a voltage control unit configured to control the converter such that the voltage between the inverter and the fuel cell does not fall below a voltage lower limit of the inverter, characterized by a lower limit voltage control unit configured to control the converter, when power required by the motor is increased based on a torque required in the motor, to cause the voltage between the inverter and the fuel cell to fall to a relaxation value below the voltage lower limit of the inverter if power output from the fuel cell is smaller than power required by the motor, wherein when an electrolyte membrane of the fuel cell is wet, the lower limit voltage control unit restricts reducing the voltage between the inverter and the fuel cell below the voltage lower limit of the inverter. a battery; a fuel cell configured to generate power in accordance with a load including a motor; an inverter configured to convert power output from the fuel cell into alternating-current power and supply the alternating-current power to the motor; a converter configured to control voltage between the inverter and the fuel cell using power output from the battery; and a voltage control unit configured to control the converter such that the voltage between the inverter and the fuel cell does not fall below a voltage lower limit of the inverter, characterized by a lower limit voltage control unit configured to control the converter, when power required by the motor is increased based on a torque required in the motor, to cause the voltage between the inverter and the fuel cell to fall to a relaxation value below the voltage lower limit of the inverter if power output from the fuel cell is smaller than power required by the motor, wherein when an electrolyte membrane of the fuel cell is wet, the lower limit voltage control unit restricts reducing the voltage between the inverter and the fuel cell below the voltage lower limit of the inverter.
A compound of Formula la: in combination with abiraterone for use in the therapeutic treatment of a hyperproliferative disorder, wherein the hyperproliferative disorder is prostate cancer.
Use of a compound represented in the following formula 1 as a hydroxy group-protecting agent: wherein HET represents a triazine ring, and X represents O, R is a protecting group capable of inactivating the hydroxy group, and n is an integer of 1-3, wherein the protecting group R is a benzyl group or a substituted benzyl group, a tertiary alkyl group or an allyl group.
A load floor assembly for a vehicle having a storage compartment, the assembly comprising a load floor, mountable to the vehicle inboard of a rear door thereof, and which, in use, defines the floor of the storage compartment at least in part; and a platform movably mounted with respect to the load floor, wherein the platform is movable between a deployed position and a retracted position independently of the rear door of a vehicle within which the assembly is comprised, wherein: in the deployed position, the platform extends horizontally from an outer edge of the load floor and provides an extension thereto, the load floor and the platform forming a substantially planar surface; and in the retracted position, the platform extends, in use, upwardly from the load floor within said storage compartment such that the rear door is able to close the storage compartment with the platform therein. a load floor, mountable to the vehicle inboard of a rear door thereof, and which, in use, defines the floor of the storage compartment at least in part; and a platform movably mounted with respect to the load floor, wherein the platform is movable between a deployed position and a retracted position independently of the rear door of a vehicle within which the assembly is comprised, wherein: in the deployed position, the platform extends horizontally from an outer edge of the load floor and provides an extension thereto, the load floor and the platform forming a substantially planar surface; and in the retracted position, the platform extends, in use, upwardly from the load floor within said storage compartment such that the rear door is able to close the storage compartment with the platform therein. in the deployed position, the platform extends horizontally from an outer edge of the load floor and provides an extension thereto, the load floor and the platform forming a substantially planar surface; and in the retracted position, the platform extends, in use, upwardly from the load floor within said storage compartment such that the rear door is able to close the storage compartment with the platform therein.
Method for producing an injection device, wherein the injection device (1, 61) has a housing which comprises a first housing part and a second housing part, wherein the injection device (1, 61) has a receiving part for an injection needle, wherein the receiving part is connected to a drive means which is used to move the receiving part relative to the second housing part between a distal and a proximal end position, and wherein the first housing part has a support for placing on the skin before initiating an injection, characterised in that the first housing part is positioned on the second housing part so that the receiving part has in its proximal end position a predefined position relative to the support, and the first housing part in this position is non-detachably fixed with respect to the second housing part.
A blast treatment method for blast-treating a treatment subject comprising a bursting charge formed to extend along a specific direction, a shell, which has a central axis extending along a predetermined direction and houses therein the bursting charge in an orientation where the bursting charge extends along the central axis of the shell, and a chemical agent filled so as to surround the bursting charge inside the shell, the treatment subject which is housed inside an outer container extending along a predetermined axial direction in an orientation where the central axis of the outer container and the central axis of the shell extend substantially parallelly while being displaced from each other in a direction substantially orthogonal to the central axes themselves, the blast treatment method comprising: a blasting explosive placement step of placing a plurality of blasting explosives used for blasting the treatment subject at positions on an exterior surface of the outer container in such a manner that the blasting explosives are spaced apart from each other in a direction surrounding the central axis of the outer container and arranged to respectively extend substantially parallel to the central axis of the outer container; an installation step of installing, within a sealable chamber, the outer container in which the treatment subject is housed; and a blast step of detonating the plurality of blasting explosives, and causing the treatment subject to be blast-treated by detonation energy of the blasting explosives in the sealed chamber, wherein in the blast step, each of the blasting explosives is separately detonated at a detonation timing at which fragments of the outer container or shock waves created in a vicinity of each blasting explosive by the detonation energy of the blasting explosive collide against the shell with a temporal difference smaller than that caused when the plurality of blasting explosives are simultaneously detonated. a blasting explosive placement step of placing a plurality of blasting explosives used for blasting the treatment subject at positions on an exterior surface of the outer container in such a manner that the blasting explosives are spaced apart from each other in a direction surrounding the central axis of the outer container and arranged to respectively extend substantially parallel to the central axis of the outer container; an installation step of installing, within a sealable chamber, the outer container in which the treatment subject is housed; and a blast step of detonating the plurality of blasting explosives, and causing the treatment subject to be blast-treated by detonation energy of the blasting explosives in the sealed chamber, wherein in the blast step, each of the blasting explosives is separately detonated at a detonation timing at which fragments of the outer container or shock waves created in a vicinity of each blasting explosive by the detonation energy of the blasting explosive collide against the shell with a temporal difference smaller than that caused when the plurality of blasting explosives are simultaneously detonated.
A document for the spy-proof transmission of confidential information, the document comprising at least the following: - a sheet-like or other flat print substrate made of paper, film or any other material or material composite, - confidential information to be transmitted in a spy-proof manner, which is printed or otherwise applied in a field or surface area of the document or the print substrate or in another area of the document, the confidential information comprising a sequence of several characters, and - at least one spy protection element serving to protect against transillumination or any other spying of the confidential information and having a contrast pattern and/or interference pattern which has a plurality of characters which are intended to visually superimpose the characters of the confidential information and/or to be visually superimposed by the characters of the confidential information, characterized in that the several characters of the confidential information are printed or applied in the form of a captcha image and/or as components of a captcha image, and the confidential information and the spy protection element are arranged one above the other and/or overlapping one another or can be arranged at least in accordance with the intended purpose one above the other and/or overlapping one another in such a way that any unauthorized reading, spying or otherwise determining of the confidential information is impeded by visual superposition of the captcha image with the contrast pattern and/or interference pattern. - a sheet-like or other flat print substrate made of paper, film or any other material or material composite, - confidential information to be transmitted in a spy-proof manner, which is printed or otherwise applied in a field or surface area of the document or the print substrate or in another area of the document, the confidential information comprising a sequence of several characters, and - at least one spy protection element serving to protect against transillumination or any other spying of the confidential information and having a contrast pattern and/or interference pattern which has a plurality of characters which are intended to visually superimpose the characters of the confidential information and/or to be visually superimposed by the characters of the confidential information, characterized in that the several characters of the confidential information are printed or applied in the form of a captcha image and/or as components of a captcha image, and the confidential information and the spy protection element are arranged one above the other and/or overlapping one another or can be arranged at least in accordance with the intended purpose one above the other and/or overlapping one another in such a way that any unauthorized reading, spying or otherwise determining of the confidential information is impeded by visual superposition of the captcha image with the contrast pattern and/or interference pattern.