mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument, comprising: a handle , including an upper grasping section and a lower grasping section , the upper and lower grasping sections joined at a pivot joint connected to a bearing that permits the upper grasping section to pivot towards and away from the lower grasping section , wherein the upper grasping section and the lower grasping section each include an opening shaped and sized to receive at least one digit of a user, wherein a rotatable control positioned proximate the handle engages with the bearing and has a shaft attachment configured to attach to an elongated shaft , the bearing and the shaft attachment defining an axis therethrough, and wherein the lower grasping section is sized to receive two or more digits of a user, characterized in that the bearing and the lower grasping section are joined at a fixed oblique angle of between about 110° and 145° as measured between the axis through the bearing and the shaft attachment and the lower grasping section . a handle , including an upper grasping section and a lower grasping section , the upper and lower grasping sections joined at a pivot joint connected to a bearing that permits the upper grasping section to pivot towards and away from the lower grasping section , wherein the upper grasping section and the lower grasping section each include an opening shaped and sized to receive at least one digit of a user, wherein a rotatable control positioned proximate the handle engages with the bearing and has a shaft attachment configured to attach to an elongated shaft , the bearing and the shaft attachment defining an axis therethrough, and wherein the lower grasping section is sized to receive two or more digits of a user, characterized in that the bearing and the lower grasping section are joined at a fixed oblique angle of between about 110° and 145° as measured between the axis through the bearing and the shaft attachment and the lower grasping section .
A test strip ejector system for receiving and ejecting a test strip of a fluid testing medical device , the system comprising: a mechanism assembly supported by the fluid testing medical device whereby user actuation of the mechanism assembly induces displacement of the test strip in at least a test strip ejection direction to eject the test strip , the mechanism assembly including: a power source ; and an electric motor connected to the power source , the electric motor comprising an armature displaced when the electric motor is energized; and a digital display/user interface adapted to initiate operation of the electric motor and the displacement of the armature thereby displacing the test strip in the ejection direction when an ejection function presented on the digital display/user interface is selected; characterized in that the test strip ejector system further comprises an operating system including a microprocessor connected to the display/user interface , the microprocessor acting to control direction of operation and operating speed of the motor , and wherein the operating system further includes a driver circuit connecting the microprocessor to the motor . a mechanism assembly supported by the fluid testing medical device whereby user actuation of the mechanism assembly induces displacement of the test strip in at least a test strip ejection direction to eject the test strip , the mechanism assembly including: a power source ; and an electric motor connected to the power source , the electric motor comprising an armature displaced when the electric motor is energized; and a digital display/user interface adapted to initiate operation of the electric motor and the displacement of the armature thereby displacing the test strip in the ejection direction when an ejection function presented on the digital display/user interface is selected; a power source ; and an electric motor connected to the power source , the electric motor comprising an armature displaced when the electric motor is energized; and a digital display/user interface adapted to initiate operation of the electric motor and the displacement of the armature thereby displacing the test strip in the ejection direction when an ejection function presented on the digital display/user interface is selected; characterized in that the test strip ejector system further comprises an operating system including a microprocessor connected to the display/user interface , the microprocessor acting to control direction of operation and operating speed of the motor , and wherein the operating system further includes a driver circuit connecting the microprocessor to the motor . the test strip ejector system further comprises an operating system including a microprocessor connected to the display/user interface , the microprocessor acting to control direction of operation and operating speed of the motor , and wherein the operating system further includes a driver circuit connecting the microprocessor to the motor .
Apparatus for cooking food comprising a lid and at least a base defining the lower structure of said apparatus, at least a first heating unit associated with said base and a second heating unit associated with said lid , at least one container being selectively associable with said base , said container being removable from the base and suitable to contain food, characterized in that said first heating unit comprises a plurality of electric heating elements configured to achieve a specific heating surface to heat said at least one container and selectively activatable depending on the sizes and/or position of the at least one container on said base , wherein said first heating unit comprises sensitive elements configured to recognize the position and/or the size and/or the shape of said at least one container , and in that said first heating unit comprises at least one control and command unit associated at least with said heating elements and to said sensitive elements and configured to selectively command said heating elements on the basis of the recognition by said sensitive elements of which heating elements are activated or can be activated in order to heat said container directly; and in that said lid comprises ventilation means selectively made to function by a drive member (M1) and cooperating with said second heating unit .
A method of capturing the state of a target program that is running within the environment of an OS, comprising the steps of: identifying threads associated with the target program; suspending threads associated with the target program; preserving data characterising the threads; preserving data accessible by the threads when in operation; detecting whether a thread has been suspended in a protected mode due to a call to a first function implemented in the protected mode; replacing an instruction immediately after the call to the first function in the suspended thread with a breakpoint, the breakpoint operating outside the protected mode; substituting the first function implemented in the protected mode with a function that in turn is operable to implement a loop outside the protected mode, and from within the loop call the first function to operate for a limited period of time. releasing the thread and allowing it to run until it reaches the breakpoint and is re-suspended; and restoring the replaced instruction in the suspended thread and storing the state of the suspended thread. identifying threads associated with the target program; suspending threads associated with the target program; preserving data characterising the threads; preserving data accessible by the threads when in operation; detecting whether a thread has been suspended in a protected mode due to a call to a first function implemented in the protected mode; replacing an instruction immediately after the call to the first function in the suspended thread with a breakpoint, the breakpoint operating outside the protected mode; substituting the first function implemented in the protected mode with a function that in turn is operable to implement a loop outside the protected mode, and from within the loop call the first function to operate for a limited period of time. releasing the thread and allowing it to run until it reaches the breakpoint and is re-suspended; and restoring the replaced instruction in the suspended thread and storing the state of the suspended thread.
Household device having a household device appliance with at least one household device base body unit (10; 10a - 10d), at least one secondary receiving region (12; 12a - 12d) that is at least partially different from a main usage space (16; 16c; 16d) of the household device base body unit (10; 10a - 10d) and at least one accessory part (14; 14a; 14b) which is arranged at least partially in the secondary receiving region (12; 12a - 12d) in at least one operating state and which is provided for manual removal from the secondary receiving region (12; 12a - 12d) by a user, wherein the household device base body unit (10; 10a - 10d) at least partially forms the secondary receiving region (12; 12a - 12d), characterised in that the accessory part (14; 14a; 14b) has at least one signal transmission unit (28; 28a; 28b) which is provided for wireless signal transmission. - 12d) that is at least partially different from a main usage space (16; 16c; 16d) of the household device base body unit (10; 10a - 10d) and at least one accessory part (14; 14a; 14b) which is arranged at least partially in the secondary receiving region (12; 12a - 12d) in at least one operating state and which is provided for manual removal from the secondary receiving region (12; 12a - 12d) by a user,
A wireless communication device for use in a sidelink wireless communication network, comprising: a wireless transceiver; a memory; and a processor communicatively coupled to the wireless transceiver and the memory, wherein the processor is configured to: obtain a Physical Sidelink Feedback Channel, PSFCH, overhead indicator indicating whether PSFCH overhead is used in determining a transport block size, TBS; determine a number of demodulation reference signal, DMRS, resource elements, REs, associated with DMRS overhead for use in determining the TBS; the wireless communication device being characterized in that the processor is further configured to: determine the TBS based in part on the number of DMRS REs and the PSFCH overhead indicator; and control the wireless transceiver to transmit signals that include the PSFCH overhead indicator to a receiving wireless communication device using sidelink wireless communication, wherein the signals are transmitted according to the determined TBS. a wireless transceiver; a memory; and a processor communicatively coupled to the wireless transceiver and the memory, wherein the processor is configured to: obtain a Physical Sidelink Feedback Channel, PSFCH, overhead indicator indicating whether PSFCH overhead is used in determining a transport block size, TBS; determine a number of demodulation reference signal, DMRS, resource elements, REs, associated with DMRS overhead for use in determining the TBS; obtain a Physical Sidelink Feedback Channel, PSFCH, overhead indicator indicating whether PSFCH overhead is used in determining a transport block size, TBS; determine a number of demodulation reference signal, DMRS, resource elements, REs, associated with DMRS overhead for use in determining the TBS; the wireless communication device being characterized in that the processor is further configured to: determine the TBS based in part on the number of DMRS REs and the PSFCH overhead indicator; and control the wireless transceiver to transmit signals that include the PSFCH overhead indicator to a receiving wireless communication device using sidelink wireless communication, wherein the signals are transmitted according to the determined TBS. determine the TBS based in part on the number of DMRS REs and the PSFCH overhead indicator; and control the wireless transceiver to transmit signals that include the PSFCH overhead indicator to a receiving wireless communication device using sidelink wireless communication, wherein the signals are transmitted according to the determined TBS.
A communication unit comprising: a human-body electrode and a space electrode to perform communication through a human body by means of an electric field method; and a first auxiliary conductor section that includes a first end and a second end , the first end causing electrostatic induction corresponding to a transmission signal with respect to the human body, the second end being disposed at a position closer to the human-body electrode than to the space electrode , wherein the second end has a structure that concentrates an electric field on the human-body electrode , and wherein the second end has a shape that becomes sharper as being closer to the human-body electrode . a human-body electrode and a space electrode to perform communication through a human body by means of an electric field method; and a first auxiliary conductor section that includes a first end and a second end , the first end causing electrostatic induction corresponding to a transmission signal with respect to the human body, the second end being disposed at a position closer to the human-body electrode than to the space electrode , wherein the second end has a structure that concentrates an electric field on the human-body electrode , and wherein the second end has a shape that becomes sharper as being closer to the human-body electrode .
A computer implemented method, comprising: analyzing an image; identifying one or more faces in the image using a face recognition technique; determining a size and a sharpness of focus of each of the identified faces; designating at least one of the identified faces collectively as a first area of interest based on the determined size and sharpness of focus of the identified faces, wherein the designating comprises using an adjustable threshold setting associated with the size and sharpness of focus of the identified faces to define which of the identified faces should be included in the first area of interest; and determining whether an insertion area exists in the image where additional content can be inserted without obstructing the first area of interest. analyzing an image; identifying one or more faces in the image using a face recognition technique; determining a size and a sharpness of focus of each of the identified faces; designating at least one of the identified faces collectively as a first area of interest based on the determined size and sharpness of focus of the identified faces, wherein the designating comprises using an adjustable threshold setting associated with the size and sharpness of focus of the identified faces to define which of the identified faces should be included in the first area of interest; and determining whether an insertion area exists in the image where additional content can be inserted without obstructing the first area of interest.
An electronic smoking article comprising: a hollow shell; an aerosol precursor composition; a reservoir housing (344; 444; 544; 644; 744a, 744b; 844) within the hollow shell, the reservoir housing (344; 444; 544; 644; 744a, 744b; 844) comprising an aperture (346a; 346b), wherein the reservoir housing (344; 444; 544; 644; 744a, 744b; 844) is impermeable to the aerosol precursor composition and wherein the aerosol precursor composition is within the reservoir housing (344; 444; 544; 644; 744a, 744b; 844); a liquid transport element (336; 436; 736) having an end within the reservoir housing (344; 444; 544; 644; 744a, 744b; 844), and the liquid transport element (336; 436; 736) extending through the aperture and having a portion that is exposed within the hollow shell; and a heating element (334; 434; 734) in heating communication with the portion of the liquid transport element (336; 436; 736) that is exposed within the hollow shell; wherein the end of the liquid transport element (336; 436; 736) that is within the reservoir housing (344; 444; 544; 644; 744a, 744b; 844) is in contact with the aerosol precursor composition. a hollow shell; an aerosol precursor composition; a reservoir housing (344; 444; 544; 644; 744a, 744b; 844) within the hollow shell, the reservoir housing (344; 444; 544; 644; 744a, 744b; 844) comprising an aperture (346a; 346b), wherein the reservoir housing (344; 444; 544; 644; 744a, 744b; 844) is impermeable to the aerosol precursor composition and wherein the aerosol precursor composition is within the reservoir housing (344; 444; 544; 644; 744a, 744b; 844); a liquid transport element (336; 436; 736) having an end within the reservoir housing (344; 444; 544; 644; 744a, 744b; 844), and the liquid transport element (336; 436; 736) extending through the aperture and having a portion that is exposed within the hollow shell; and a heating element (334; 434; 734) in heating communication with the portion of the liquid transport element (336; 436; 736) that is exposed within the hollow shell; wherein the end of the liquid transport element (336; 436; 736) that is within the reservoir housing (344; 444; 544; 644; 744a, 744b; 844) is in contact with the aerosol precursor composition.
A high-voltage lamp string, comprising: a plurality of resistors , a plurality of lamp beads , a first conducting wire configured to conduct a current, a second conducting wire configured to conduct a current and a working wire for connecting the plurality of lamp beads in series, wherein each of the plurality of resistors is connected between two respective adjacent wires among the three ; namely between the first conducting wire and the working wire , or between the second conducting wire and the working wire , and the first conducting wire and the second conducting wire are connected with a plug so as to turn on the plurality of lamp beads on the working wire after the plug is energized wherein each of the plurality of lamp beads is encapsulated and fixed by glue with portions of the first conducting wire and the second conducting wire at a position corresponding to the lamp bead wherein each of the first conducting wire , the second conducting wire and the working wire is provided with a protection sleeve, characterized in that the protection sleeves of the first conducting wire and the second conducting wire are stripped at a position corresponding to each of the lamp beads , each of the plurality of lamp beads is encapsulated and fixed by glue with portions of the first conducting wire and the second conducting wire at the position corresponding to the lamp bead . conducting wire and the second conducting wire are connected with a plug so as to turn on the plurality of lamp beads on the working wire after the plug is energized wherein each of the plurality of lamp beads is encapsulated and fixed by glue with portions of the first conducting wire and the second conducting wire at a position corresponding to the lamp bead wherein each of the first conducting wire , the second conducting wire and the working wire is provided with a protection sleeve, characterized in that the protection sleeves of the first conducting wire and the second conducting wire are stripped at a position corresponding to each of the lamp beads , each of the plurality of lamp beads is encapsulated and fixed by glue with portions of the first conducting wire and the second conducting wire at the position corresponding to the lamp bead .
A method comprising: obtaining , by one or more processors, data indicating resource dependencies between a plurality of resources in a network and event dependencies between a plurality of network events and one or more of the plurality of resources; generating a Bayesian model based on resource types of the plurality of resources and event types of the plurality of network events; receiving an indication of a fault in the network; collecting fault data and generating, based on the Bayesian model and the fault data, a plurality of root cause hypotheses for the fault; executing a probe associated with a root cause hypothesis in the plurality of root cause hypotheses and, in response to determining that the probe disproves the root cause hypothesis, removing the root cause hypothesis from the plurality of root cause hypotheses to form an updated plurality of root cause hypotheses; ordering the updated plurality of root cause hypotheses based on respective root cause probabilities associated with the updated plurality of root cause hypotheses to form an ordered plurality of root cause hypotheses; and outputting the ordered plurality of root cause hypotheses. obtaining , by one or more processors, data indicating resource dependencies between a plurality of resources in a network and event dependencies between a plurality of network events and one or more of the plurality of resources; generating a Bayesian model based on resource types of the plurality of resources and event types of the plurality of network events; receiving an indication of a fault in the network; collecting fault data and generating, based on the Bayesian model and the fault data, a plurality of root cause hypotheses for the fault; executing a probe associated with a root cause hypothesis in the plurality of root cause hypotheses and, in response to determining that the probe disproves the root cause hypothesis, removing the root cause hypothesis from the plurality of root cause hypotheses to form an updated plurality of root cause hypotheses; ordering the updated plurality of root cause hypotheses based on respective root cause probabilities associated with the updated plurality of root cause hypotheses to form an ordered plurality of root cause hypotheses; and outputting the ordered plurality of root cause hypotheses.
A method, performed by an electronic device, of managing keys for accessing a plurality of services, the method comprising: transmitting, by a secure domain (SD) in a secure area of the electronic device, a certificate of the SD to a plurality of service providers (SPs); receiving, by an application installed in the electronic device, a certificate of each of the plurality of SPs from the plurality of SPs; receiving, by the application, first signed data from a first SP among the plurality of SPs; authenticating, by the application, the first signed data by using a certificate of the first SP received from the first SP and obtaining an encrypted key of the first SP from the first signed data; decrypting, by the SD, the encrypted key of the first SP by using a private key of the SD; and storing the decrypted key of the first SP in a first instance corresponding to the first SP among a plurality of instances of the SD. transmitting, by a secure domain (SD) in a secure area of the electronic device, a certificate of the SD to a plurality of service providers (SPs); receiving, by an application installed in the electronic device, a certificate of each of the plurality of SPs from the plurality of SPs; receiving, by the application, first signed data from a first SP among the plurality of SPs; authenticating, by the application, the first signed data by using a certificate of the first SP received from the first SP and obtaining an encrypted key of the first SP from the first signed data; decrypting, by the SD, the encrypted key of the first SP by using a private key of the SD; and storing the decrypted key of the first SP in a first instance corresponding to the first SP among a plurality of instances of the SD.