mhurhangee/patent-ind-claim-en huggingface dataset:
A malware scanner for remediating ransomware on an electronic device, the malware scanner comprising: a sinkhole generator adapted to generate a sinkhole directory; a storage device adapted to store a computer file and the sinkhole directory, wherein the sinkhole directory recursively expands when the computer file performs a file listing of the sinkhole directory to occupy the computer file by extending a period of time taken to perform the file listing of the sinkhole directory; an analyzer adapted to monitor execution of the computer file while the computer file is performing the file listing of the sinkhole directory to attempt to identify an indicator of compromise associated with the computer file, the analyzer to classify the computer file as ransomware when the analyzer identifies the indicator of compromise; and a cleaner to remediate the ransomware. a sinkhole generator adapted to generate a sinkhole directory; a storage device adapted to store a computer file and the sinkhole directory, wherein the sinkhole directory recursively expands when the computer file performs a file listing of the sinkhole directory to occupy the computer file by extending a period of time taken to perform the file listing of the sinkhole directory; an analyzer adapted to monitor execution of the computer file while the computer file is performing the file listing of the sinkhole directory to attempt to identify an indicator of compromise associated with the computer file, the analyzer to classify the computer file as ransomware when the analyzer identifies the indicator of compromise; and a cleaner to remediate the ransomware.
Cladding element assembly having - at least one cladding element for cladding a surface; - at least one transmitter for generating acoustic surface waves in the cladding element ; - at least one receiver for receiving the generated acoustic surface waves , wherein on the basis of a signal of the receiver , generated when the acoustic surface waves are received, it can be detected whether there is contact with the cladding element , wherein the cladding element has a front side which is embodied as a visible side, and a rear side via which the cladding element can be connected to the surface, and wherein the transmitter and the receiver are arranged on the rear side of the cladding element , characterized by evaluation means which are configured to determine whether there is contact with the cladding element , on the basis of the amplitude of a signal of the receiver , which is generated when the acoustic surface waves are received. - at least one cladding element for cladding a surface; - at least one transmitter for generating acoustic surface waves in the cladding element ; - at least one receiver for receiving the generated acoustic surface waves , wherein on the basis of a signal of the receiver , generated when the acoustic surface waves are received, it can be detected whether there is contact with the cladding element , wherein the cladding element has a front side which is embodied as a visible side, and a rear side via which the cladding element can be connected to the surface, and wherein the transmitter and the receiver are arranged on the rear side of the cladding element , characterized by evaluation means which are configured to determine whether there is contact with the cladding element , on the basis of the amplitude of a signal of the receiver , which is generated when the acoustic surface waves are received.
The use of a compound of the general formula (I) wherein R 1 is ethyl or ethenyl, R 2 is methyl or ethyl, R 3 is C 2 -C 3 -alkyl and R 4 is methyl, ethyl, acetyl or propanoyl, or of a mixture of two or more compounds of the general formula (I), or of a stereoisomer thereof or of a mixture of two or more stereoisomers thereof, as an aroma chemical. R 1 is ethyl or ethenyl, R 2 is methyl or ethyl, R 3 is C 2 -C 3 -alkyl and R 4 is methyl, ethyl, acetyl or propanoyl, or of a mixture of two or more compounds of the general formula (I), or of a stereoisomer thereof or of a mixture of two or more stereoisomers thereof, as an aroma chemical.
A method for wireless communication, performed by a user equipment, UE , the method comprising: receiving , from a base station operating over an unlicensed radio frequency spectrum band, an indication of a set of one or more uplink interlaces of the unlicensed radio frequency spectrum band allocated for a sounding reference signal, wherein each interlace includes a plurality of resource blocks , and each resource block includes plurality of subcarriers; receiving from the base station an indication that the set of one or more uplink interlaces is designated for sounding reference signal transmissions by UEs that are not scheduled to transmit the sounding reference signal during a frame; determining that the UE is not scheduled to transmit the sounding reference signal to the base station during the frame, and determining that the UE has an allocated physical uplink shared channel, PUSCH, during the frame; and transmitting the sounding reference signal to the base station over the indicated set of one or more uplink interlaces of the unlicensed radio frequency spectrum band during said frame in response to the determinations. receiving , from a base station operating over an unlicensed radio frequency spectrum band, an indication of a set of one or more uplink interlaces of the unlicensed radio frequency spectrum band allocated for a sounding reference signal, wherein each interlace includes a plurality of resource blocks , and each resource block includes plurality of subcarriers; receiving from the base station an indication that the set of one or more uplink interlaces is designated for sounding reference signal transmissions by UEs that are not scheduled to transmit the sounding reference signal during a frame; determining that the UE is not scheduled to transmit the sounding reference signal to the base station during the frame, and determining that the UE has an allocated physical uplink shared channel, PUSCH, during the frame; and transmitting the sounding reference signal to the base station over the indicated set of one or more uplink interlaces of the unlicensed radio frequency spectrum band during said frame in response to the determinations.
A water replenishing assembly for a hair straightener whose body includes heating modules each comprising a working plate , a heating sheet and a base which are sequentially arranged, wherein the water replenishing assembly comprises silica gel layers configured to cover the heating modules of the hair straightener body, wherein each of the silica gel layers having though holes, and a spacing layer arranged between each silica gel layer and each heating module .
A system for magnetic separation of a target bioentity from a fluid suspension of target bioentities and bystander bioentities , comprising: a separation chamber having an opening through which the chamber can be filled with a cell suspension having magnetized or magnetizable target bioentities , wherein the separation chamber is a fluid chamber having a collection surface ; a magnetic element adjacent the separation chamber wherein the magnetic element applies a magnetic field to the separation chamber to attract the target bioentities to the collection surface ; a chamber control assembly connected with the separation chamber , wherein the chamber control assembly comprises a pivot axis for pivoting the separation chamber; wherein the magnetic element includes a magnetic array composed of block magnets mounted on a magnetically conductive plate , with the polarity perpendicular to the magnetically conductive plate , and wherein the polarity of the magnetic blocks alternates. a separation chamber having an opening through which the chamber can be filled with a cell suspension having magnetized or magnetizable target bioentities , wherein the separation chamber is a fluid chamber having a collection surface ; a magnetic element adjacent the separation chamber wherein the magnetic element applies a magnetic field to the separation chamber to attract the target bioentities to the collection surface ; a chamber control assembly connected with the separation chamber , wherein the chamber control assembly comprises a pivot axis for pivoting the separation chamber; wherein the magnetic element includes a magnetic array composed of block magnets mounted on a magnetically conductive plate , with the polarity perpendicular to the magnetically conductive plate , and wherein the polarity of the magnetic blocks alternates.
Device (AP) comprising: - a housing (BT) having a cavity (CV) that is open to the exterior of the housing (BT) - an electrical element (EL) positioned inside the housing (BT) - an actuation system (SA) for actuating the electrical element (EL), comprising: ∘ a thermoelectric module (MT) including first (P1) and second (P2) electrically insulating plates, which plates are substantially parallel to one another and bear electrically conductive terminal blocks (SM), and semiconductive pillars (PL) that extend between the terminal blocks of the first plate and the terminal blocks of the second plate, the thermoelectric module (MT) being housed inside the cavity (CV) such that the second plate (P2) is positioned against walls (FD) of the cavity (CV) and the first plate (P1) is accessible from outside the housing (BT) ∘ an electronic transmission circuit (CT) linking two terminal blocks (SM) of the second plate (P2) to the electrical element (EL). - a housing (BT) having a cavity (CV) that is open to the exterior of the housing (BT) - an electrical element (EL) positioned inside the housing (BT) - an actuation system (SA) for actuating the electrical element (EL), comprising: ∘ a thermoelectric module (MT) including first (P1) and second (P2) electrically insulating plates, which plates are substantially parallel to one another and bear electrically conductive terminal blocks (SM), and semiconductive pillars (PL) that extend between the terminal blocks of the first plate and the terminal blocks of the second plate, the thermoelectric module (MT) being housed inside the cavity (CV) such that the second plate (P2) is positioned against walls (FD) of the cavity (CV) and the first plate (P1) is accessible from outside the housing (BT) ∘ an electronic transmission circuit (CT) linking two terminal blocks (SM) of the second plate (P2) to the electrical element (EL). ∘ a thermoelectric module (MT) including first (P1) and second (P2) electrically insulating plates, which plates are substantially parallel to one another and bear electrically conductive terminal blocks (SM), and semiconductive pillars (PL) that extend between the terminal blocks of the first plate and the terminal blocks of the second plate, the thermoelectric module (MT) being housed inside the cavity (CV) such that the second plate (P2) is positioned against walls (FD) of the cavity (CV) and the first plate (P1) is accessible from outside the housing (BT) ∘ an electronic transmission circuit (CT) linking two terminal blocks (SM) of the second plate (P2) to the electrical element (EL).
A pump assembly , comprising: a housing having first, second and third pairs of fluid openings (203, 204; 206, 207; 209, 210); and first, second and third rotary pumps , which are co-rotatable about a common longitudinal axis defined through the housing to drive fluid flow relative to the first, second and third pairs of fluid openings (203, 204; 206, 207; 209, 210), respectively, wherein the first rotary pump comprises an input member receptive of rotational drive energy for the first, second and third rotary pumps , characterised in that the pump assembly further comprises: a first spline coupling , which is disposable between complementary interior splined ends of and co-rotatable about the common longitudinal axis with the first and third rotary pumps , and by which the first and third rotary pumps are connectable; and a second spline coupling, which is disposable between complementary interior splined ends of and co-rotatable about the common longitudinal axis with the third and second rotary pumps , and by which the third and second rotary pumps are connectable. a housing having first, second and third pairs of fluid openings (203, 204; 206, 207; 209, 210); and first, second and third rotary pumps , which are co-rotatable about a common longitudinal axis defined through the housing to drive fluid flow relative to the first, second and third pairs of fluid openings (203, 204; 206, 207; 209, 210), respectively, wherein the first rotary pump comprises an input member receptive of rotational drive energy for the first, second and third rotary pumps , characterised in that the pump assembly further comprises: a first spline coupling , which is disposable between complementary interior splined ends of and co-rotatable about the common longitudinal axis with the first and third rotary pumps , and by which the first and third rotary pumps are connectable; and a second spline coupling, which is disposable between complementary interior splined ends of and co-rotatable about the common longitudinal axis with the third and second rotary pumps , and by which the third and second rotary pumps are connectable. a first spline coupling , which is disposable between complementary interior splined ends of and co-rotatable about the common longitudinal axis with the first and third rotary pumps , and by which the first and third rotary pumps are connectable; and a second spline coupling, which is disposable between complementary interior splined ends of and co-rotatable about the common longitudinal axis with the third and second rotary pumps , and by which the third and second rotary pumps are connectable.
A method for operating a memo function in a mobile device comprising a touch screen , a memory unit , and a control unit , the method comprising: running a specific application on the mobile device; detecting input of a predefined gesture associated with the memo function while the specific application is running; invoking the memo function in response to the detected gesture, wherein the invoking the memo function comprises displaying a memo screen in a window overlying on an execution screen of the specific application, the memo screen containing a plurality of link items associated with the specific application each of which corresponds to a different section of the specific application for allowing a registration of a memo input in the corresponding section of the specific application, wherein the memo input is with handwriting on the memo screen ; and when a signal for selecting one of the link items is inputted , registering the memo input in the corresponding section of the specific application in a form of an appended file, or a capture image or text data. running a specific application on the mobile device; detecting input of a predefined gesture associated with the memo function while the specific application is running; invoking the memo function in response to the detected gesture, wherein the invoking the memo function comprises displaying a memo screen in a window overlying on an execution screen of the specific application, the memo screen containing a plurality of link items associated with the specific application each of which corresponds to a different section of the specific application for allowing a registration of a memo input in the corresponding section of the specific application, wherein the memo input is with handwriting on the memo screen ; and when a signal for selecting one of the link items is inputted , registering the memo input in the corresponding section of the specific application in a form of an appended file, or a capture image or text data.
An active small-molecule donkey-hide gelatin mixture, wherein the weight-average molecular weight of said mixture is between 580-1300 Da, small peptides with molecular weight in the range of 200-1000 Da account for 81% of the total, those in the range of 1000-3000 Da account for 14%; wherein the mixture is prepared by using compound protease to perform the enzymatic hydrolysis on donkey-hide gelatin juice, and the said compound proteases comprises papain and proline protease.
A trocar assembly for releasable engagement with an adapter assembly of a surgical stapling instrument , the trocar assembly comprising: a housing including a tubular body and defining a longitudinal axis; a trocar mechanism supported with the housing and movable between a retracted position and an advanced position, the trocar mechanism including a tubular member and a trocar member extending from the tubular member , the tubular member having a proximal section with a threaded inner surface ; a drive member rotatably supported within the housing , the drive member including a threaded proximal portion and a threaded distal portion configured for engagement with the threaded inner surface of the tubular member ; and a drive connector , characterised in that :- a proximal portion of the tubular body of the housing includes a threaded inner surface ; the threaded proximal portion of the drive member is configured for engagement with the threaded inner surface of the housing ; and the drive connector is in a fixed rotational relationship and in dynamic longitudinal relationship with the drive member . a housing including a tubular body and defining a longitudinal axis; a trocar mechanism supported with the housing and movable between a retracted position and an advanced position, the trocar mechanism including a tubular member and a trocar member extending from the tubular member , the tubular member having a proximal section with a threaded inner surface ; a drive member rotatably supported within the housing , the drive member including a threaded proximal portion and a threaded distal portion configured for engagement with the threaded inner surface of the tubular member ; and a drive connector , characterised in that :- a proximal portion of the tubular body of the housing includes a threaded inner surface ; the threaded proximal portion of the drive member is configured for engagement with the threaded inner surface of the housing ; and the drive connector is in a fixed rotational relationship and in dynamic longitudinal relationship with the drive member . a proximal portion of the tubular body of the housing includes a threaded inner surface ; the threaded proximal portion of the drive member is configured for engagement with the threaded inner surface of the housing ; and the drive connector is in a fixed rotational relationship and in dynamic longitudinal relationship with the drive member .
A dirt suction guide device comprising: a body ; a movable part connected to one side of the body and slidably coupled to the body; and a coupling part connected to the other side of the body and configured to couple the body to an extension tube , wherein the body is hinge-coupled to the coupling part so that the body maintains and changes an angle with respect to the extension tube; characterized in that the body includes a close/open suction port and the close/open suction port is closed in response to the movable part being set to an extension position in which the movable part is drawn out from the body and is opened in response to the movable part being set to a contraction position in which the movable part is drawn into an inner side of the body. a body ; a movable part connected to one side of the body and slidably coupled to the body; and a coupling part connected to the other side of the body and configured to couple the body to an extension tube , wherein the body is hinge-coupled to the coupling part so that the body maintains and changes an angle with respect to the extension tube; characterized in that the body includes a close/open suction port and the close/open suction port is closed in response to the movable part being set to an extension position in which the movable part is drawn out from the body and is opened in response to the movable part being set to a contraction position in which the movable part is drawn into an inner side of the body.
A method for manufacturing a metal shell for a hearing device , the metal shell comprising a first opening and a second opening , the method comprising: - fabricating a preform of the metal shell , the preform comprising a main body defining an internal cavity and at least one sacrificial element (10.1, 10.2) formed on the main body , the main body having a first position where the first opening is located and a second position where the second opening is located, wherein fabricating the preform of the metal shell comprises forming the preform by a 3D printing process, which is a Selective Laser Sintering (SLS) process; - smoothening a surface of the preform ; and - finishing the preform to obtain the metal shell, wherein the at least one sacrificial element (10.1) comprises a label , and the label has a three-dimensional structure comprising an identification information of the metal shell , wherein the label extends outside of the main body of the preform and is movably attached to the main body of the preform by a chain , wherein the chain comprises one or more chain link which is also printed with the SLS and is connected to the main body of the preform at the position where the second opening is located and finishing the preform comprises removing the at least one sacrificial element (10.1, 10.2). - fabricating a preform of the metal shell , the preform comprising a main body defining an internal cavity and at least one sacrificial element (10.1, 10.2) formed on the main body , the main body having a first position where the first opening is located and a second position where the second opening is located, wherein fabricating the preform of the metal shell comprises forming the preform by a 3D printing process, which is a Selective Laser Sintering (SLS) process; - smoothening a surface of the preform ; and - finishing the preform to obtain the metal shell,
A wireless communication method, comprising: transmitting, by a network device , to one or more user devices , a control signaling including N data blocks that indicate T triggering states of M user devices , and wherein N equals 1, T is a natural number, and M is a natural number greater than 1 and each of the triggering states indicates corresponding configuration information of the M user devices , and wherein the each of the triggering states is represented as a combination of configuration information that includes at least one of a wake-up indication, a go-to-sleep indication and a BWP, Bandwidth Part, indicator, and wherein the triggering states of the M user devices are jointly coded and indicated by a single value of a data block such that a value of the data block indicates corresponding triggering states of the M user devices, and wherein a triggering state of a user device indicated by the network device is determined based on a mapping order of the M user devices that is represented by indices of the M user devices. transmitting, by a network device , to one or more user devices , a control signaling including N data blocks that indicate T triggering states of M user devices , and wherein N equals 1, T is a natural number, and M is a natural number greater than 1 and each of the triggering states indicates corresponding configuration information of the M user devices , and wherein the each of the triggering states is represented as a combination of configuration information that includes at least one of a wake-up indication, a go-to-sleep indication and a BWP, Bandwidth Part, indicator, and wherein the triggering states of the M user devices are jointly coded and indicated by a single value of a data block such that a value of the data block indicates corresponding triggering states of the M user devices, and wherein a triggering state of a user device indicated by the network device is determined based on a mapping order of the M user devices that is represented by indices of the M user devices.