mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data transmission, comprising: generating a first physical layer protocol data frame, wherein the first physical layer protocol data frame comprises a first identification bit and a second identification bit, the first identification bit is configured to identify whether the first physical layer protocol data frame is a retry data frame, and the second identification bit is configured to identify a number of retries of the first physical layer protocol data frame, characterized in that the second identification bit comprises at least one bit in a physical frame header of the first physical layer protocol data frame; and the method further comprises sending the first physical layer protocol data frame. generating a first physical layer protocol data frame, wherein the first physical layer protocol data frame comprises a first identification bit and a second identification bit, the first identification bit is configured to identify whether the first physical layer protocol data frame is a retry data frame, and the second identification bit is configured to identify a number of retries of the first physical layer protocol data frame, characterized in that the second identification bit comprises at least one bit in a physical frame header of the first physical layer protocol data frame; and the method further comprises sending the first physical layer protocol data frame.
A data processing apparatus for a user device for use in a computer network, the data processing apparatus comprising at least one processor, and at least one memory including computer program code, wherein the at least one memory and the computer program code are configured, with the at least one processor, to: create a virtual smart card entity at the user device to enable a user of the user device secure access to at least one service provider host in the computer network, characterized in that the data processing apparatus is further configured to: request for credential information associated with the virtual smart card from a credential management server for a new request for access, wherein credential information is requested for each new request for access, receive, at the user device from the credential management server , the requested credential information associated with the virtual smart card entity , reconfigure the virtual smart card entity at the user device according to the received credential information , and send the new request for access from the user device to the at least one service provider host using credential information from the reconfigured virtual smart card entity . request for credential information associated with the virtual smart card from a credential management server for a new request for access, wherein credential information is requested for each new request for access, receive, at the user device from the credential management server , the requested credential information associated with the virtual smart card entity , reconfigure the virtual smart card entity at the user device according to the received credential information , and send the new request for access from the user device to the at least one service provider host using credential information from the reconfigured virtual smart card entity .
A ladder arrangement , in particular a sectional ladder, comprising at least two ladders (12, 14; 14, 16; 16, 18) combinable in their longitudinal directions, with stiles having inner and outer sides from which profile elements extend for connecting the ladders, wherein each outer side of the stiles of a lower ladder (12; 14; 16) is connected to or has a first profile element extending in the longitudinal direction thereof, wherein each inner side of the stiles of an upper ladder (14; 16; 18), to be connected to the lower ladder, is connected to or has a second profile element in the longitudinal direction of said upper ladder, wherein during connection of the lower ladder to the upper ladder each of the first profile elements is received in guided manner by each of the second profile elements or vice versa, wherein one of the profile elements is or has a strip or a flat bar and the other profile element is or has a U-profile or a C-profile having side sections , and wherein a fixing element , which is inserted into a fixing receptacle of the other ladder when the ladders are connected, extends from at least one of the ladders. characterized in that the fixing element has a spring-loaded pin which is slidable in guided manner between the side sections in the U-profile or C-profile during connection of the ladders (12, 14; 14, 16; 16, 18).
Method for adjusting brake pressures (P) on pneumatically operated wheel brakes of a motor vehicle , wherein in a normal braking mode the brake pressure (P) is adjusted depending on a driver brake request , and in a pressure control mode during reception of an external brake request independent of the driver brake request which is imposed on the control unit as an external target deceleration value (z-ext), a control unit adjusts the brake pressure (P) at the respective wheel brakes according to a resulting target deceleration value (z-RES) of the vehicle deceleration, wherein the control unit determines the resulting target deceleration value (z-RES) by linking the external target deceleration value (z-ext) according to the external brake request and a value (P-Soll) corresponding to the driver brake request , characterized in that in normal braking mode , taking into account the value (P-Soll) of the driver brake request of at least one braking and a measured or determined actual deceleration value (z-Ist) of the vehicle deceleration, a braking power index is determined which quantitatively represents the braking effect of the wheel brakes , and is provided to be taken into account in the pressure control mode , wherein in the pressure control mode the provided braking power index is combined with the value (P-Soll) of the driver brake request .
A vending machine, comprising: a display ; a non-secured touch controller operatively connected to the display and configured to receive input data from a touchscreen function of the display ; a PIN entry device PED comprising a secure controller operatively connected to the display and configured to secure the display by managing the display data transmitted to the display ; and an auxiliary feature processor communicating with the secure controller via a secure channel, wherein the auxiliary feature processor comprises a system on module SoM that establishes the secure channel with the secure controller , and a secure chip, wherein the SoM is operatively coupled to the secure chip that stores security information for establishing the secure channel with the secure controller , wherein the secure chip provides the security information to the SoM based at least in part on the secure chip verifying an identification parameter of the SoM , the auxiliary feature processor being operative to manage access of one or more applications run on the auxiliary feature processor to the display via the secure controller , wherein the managing by the auxiliary feature processor of the access of the one or more applications to the display via the secure controller comprises: the SoM evaluating respective signatures of the one or more applications by verifying whether the one or more applications are signed by a trusted or otherwise authenticated entity; the SoM allowing appropriately signed applications to display data on the display via the SoM and secure controller; and the SoM allowing appropriately signed applications to receive, for processing, touch screen input events associated with touch interactions on the display and captured by the non-secured touch controller , from the non-secured touch controller via the SoM . a display ; a non-secured touch controller operatively connected to the display and configured to receive input data from a touchscreen function of the display ; a PIN entry device PED comprising a secure controller operatively connected to the display and configured to secure the display by managing the display data transmitted to the display ; and an auxiliary feature processor communicating with the secure controller via a secure channel, wherein the auxiliary feature processor comprises a system on module SoM that establishes the secure channel with the secure controller , and a secure chip, wherein the SoM is operatively coupled to the secure chip that stores security information for establishing the secure channel with the secure controller , wherein the secure chip provides the security information to the SoM based at least in part on the secure chip verifying an identification parameter of the SoM , the auxiliary feature processor being operative to manage access of one or more applications run on the auxiliary feature processor to the display via the secure controller ,
A tourniquet for self-administrating a drug, the tourniquet comprising: an elongate member including a first end and a second end, and a longitudinal axis extending between the first end and the second end, the elongate member being adapted for wrapping about a limb of a patient; a recording module including: a) a slot extending therethrough for slidably receiving the elongate member and b) a fastening end for releasably capturing the second end of the elongate member, the recording module being configured to save a confirmation timestamp in response to the patient confirming a strength and dosage of the drug; an electrode electrically coupled to the recording module that contacts the patient's skin when the tourniquet is tightened about the limb of the patient; and when the elongate member is wrapped about the limb of the patient and the second end of the elongate member is captured by the fastening end so that the second end is fixed to the recording module, in response to pulling the first end of the elongate member away from the second end in the longitudinal direction: a) the tourniquet tightens about the limb and b) the recording module saves in a record, a timestamp in response to a galvanic skin response measured by the electrode. an elongate member including a first end and a second end, and a longitudinal axis extending between the first end and the second end, the elongate member being adapted for wrapping about a limb of a patient; a recording module including: a) a slot extending therethrough for slidably receiving the elongate member and b) a fastening end for releasably capturing the second end of the elongate member, the recording module being configured to save a confirmation timestamp in response to the patient confirming a strength and dosage of the drug; an electrode electrically coupled to the recording module that contacts the patient's skin when the tourniquet is tightened about the limb of the patient; and when the elongate member is wrapped about the limb of the patient and the second end of the elongate member is captured by the fastening end so that the second end is fixed to the recording module, in response to pulling the first end of the elongate member away from the second end in the longitudinal direction: a) the tourniquet tightens about the limb and b) the recording module saves in a record, a timestamp in response to a galvanic skin response measured by the electrode.
A method of moving a plurality of data items, the method comprising: receiving a first indication that a first cache requested the plurality of data items ; receiving a further indication that a second cache requested the plurality of data items received at the first cache; the method characterized by : storing first information indicating a time when the first cache received the plurality of data items, wherein the first information includes an address for each of the plurality of data items; moving the plurality of data items from the first cache to the second cache; determining a time interval corresponding to an amount of time from when the first cache received the plurality of data items to when the second cache requested the plurality of data items, wherein the determined time interval is improved based on the timings of the plurality of data items being moved between the first cache and the second cache; receiving a second indication that the first cache again received the plurality of data items after the plurality of data items were moved to the second cache; storing, based on the second indication, information indicating when the first cache again received the plurality of data items; and moving the plurality of data items from the first cache to the second cache based on the determined time interval and when the first cache again received the plurality of data items. receiving a first indication that a first cache requested the plurality of data items ; receiving a further indication that a second cache requested the plurality of data items received at the first cache; storing first information indicating a time when the first cache received the plurality of data items, wherein the first information includes an address for each of the plurality of data items; moving the plurality of data items from the first cache to the second cache; determining a time interval corresponding to an amount of time from when the first cache received the plurality of data items to when the second cache requested the plurality of data items, wherein the determined time interval is improved based on the timings of the plurality of data items being moved between the first cache and the second cache; receiving a second indication that the first cache again received the plurality of data items after the plurality of data items were moved to the second cache; storing, based on the second indication, information indicating when the first cache again received the plurality of data items; and moving the plurality of data items from the first cache to the second cache based on the determined time interval and when the first cache again received the plurality of data items.
A pharmaceutical composition comprising a peptide targeting α5β1 and αvβ3 integrins for use in treating cancer in a patient, wherein: (a) the peptide has the amino acid sequence of SEQ ID NO:1 to 6, or is a derivative thereof that is a peptide of SEQ ID NOs: 7 to 31; and (b) an effective amount of said peptide is to be administered to a cancer patient for one to four weeks, followed by an immune checkpoint inhibitor therapy. (a) the peptide has the amino acid sequence of SEQ ID NO:1 to 6, or is a derivative thereof that is a peptide of SEQ ID NOs: 7 to 31; and (b) an effective amount of said peptide is to be administered to a cancer patient for one to four weeks, followed by an immune checkpoint inhibitor therapy.
Frame system for a manhole covering having at least one first frame element and one second frame element , which each have at least one first connecting surface (10a; 20a) and/or at least one second connecting surface (10b; 20b), wherein the first and second frame elements (10; 20) can be connected to one another in a force-fitting and/or form-fitting manner along the mutually opposite first or second connecting surfaces (10a; 10b; 20a; 20b), wherein, in the connected state of the first and second frame elements (10; 20), at least one joint region is formed between the mutually opposite first connecting surfaces (10a; 20a) or between the mutually opposite second connecting surfaces (10b; 20b), and wherein, in the connected state of the first and second frame elements (10; 20), at least one joint region is formed between the mutually opposite first connecting surfaces (10a; 20a) or between the mutually opposite second connecting surfaces (10b; 20b); 20), and wherein, in the connected state of the first and second frame elements, the joint region is filled with a joint element which has a hot-melt adhesive, as a result of which the joined connection of the frame elements (10; 20) can be released and reestablished.
An image display device , comprising: a body configured to be wearable on a specific portion of a human body; a camera coupled to the body and configured to continuously capture a video; a display unit coupled to the body and configured to display a preview screen captured at a viewing angle of the camera ; and a controller ; characterized in that said controller is configured to: receive a first input for setting a first region on the preview screen when the preview screen is displayed on the display unit , wherein the first region denotes a specific object within the preview screen; recognize and extract the specific object; display a first graphic object indicating the set first region on the preview screen, continuously capture a video of the first region according to a capture signal, and when the viewing angle of the preview screen including the set first region deviates more than a predetermined reference range, pause the continuous capturing the video of the first region and display a second graphic object indicating an extent of the deviation. a body configured to be wearable on a specific portion of a human body; a camera coupled to the body and configured to continuously capture a video; a display unit coupled to the body and configured to display a preview screen captured at a viewing angle of the camera ; and a controller ; characterized in that said controller is configured to: receive a first input for setting a first region on the preview screen when the preview screen is displayed on the display unit , wherein the first region denotes a specific object within the preview screen; recognize and extract the specific object; display a first graphic object indicating the set first region on the preview screen, continuously capture a video of the first region according to a capture signal, and when the viewing angle of the preview screen including the set first region deviates more than a predetermined reference range, pause the continuous capturing the video of the first region and display a second graphic object indicating an extent of the deviation. receive a first input for setting a first region on the preview screen when the preview screen is displayed on the display unit , wherein the first region denotes a specific object within the preview screen; recognize and extract the specific object; display a first graphic object indicating the set first region on the preview screen, continuously capture a video of the first region according to a capture signal, and when the viewing angle of the preview screen including the set first region deviates more than a predetermined reference range, pause the continuous capturing the video of the first region and display a second graphic object indicating an extent of the deviation.
An agricultural machine , the agricultural machine comprising: a left frame ; a left wheel being rotatable with respect to the left frame ; a first leg extending upward from the left frame ; a right frame ); a right wheel being rotatable with respect to the right frame ); a second leg extending upward from the right frame ); a beam connecting the first leg to the second leg ; one or more satellite navigation receivers are associated with the beam to determine a reference point position on the beam and an attitude or angular orientation of the beam ; at least one row unit suspended from the beam , each row unit having a nozzle with an adjustable position in one or more dimensions with respect to the beam , wherein the at least one row unit further comprises a first row unit that is suspended from the beam with a set of first nozzles and a second row unit that is suspended from the beam with a set of second nozzles , where the first row unit and the second row unit are spaced apart from each other, and where a first three-dimensional position of the first row unit is independently adjustable from a second three-dimensional position of the second row unit , an imaging device mounted on the beam or one of the legs, characterized in that the imaging device is configured for determining a first longitudinal offset between a first nozzle of the first row unit and a respective plant center, foliage center, or plant stem, and a second longitudinal offset between a second nozzle of the second row unit and a respective plant center or plant stem. a left frame ; a left wheel being rotatable with respect to the left frame ; a first leg extending upward from the left frame ; a right frame ); a right wheel being rotatable with respect to the right frame ); a second leg extending upward from the right frame ); a beam connecting the first leg to the second leg ; one or more satellite navigation receivers are associated with the beam to determine a reference point position on the beam and an attitude or angular orientation of the beam ; at least one row unit suspended from the beam , each row unit having a nozzle with an adjustable position in one or more dimensions with respect to the beam , wherein the at least one row unit further comprises a first row unit that is suspended from the beam with a set of first nozzles and a second row unit that is suspended from the beam with a set of second nozzles , where the first row unit and the second row unit are spaced apart from each other, and where a first three-dimensional position of the first row unit is independently adjustable from a second three-dimensional position of the second row unit , an imaging device mounted on the beam or one of the legs, characterized in that the imaging device is configured for determining a first longitudinal offset between a first nozzle of the first row unit and a respective plant center, foliage center, or plant stem, and a second longitudinal offset between a second nozzle of the second row unit and a respective plant center or plant stem.
A bulletproof steel plate with a tensile strength of 2000 MPa grade and a Brinell Hardness of 600 grade, characterized by that the chemical elements in mass percentage thereof being: 0.35-0.45% of C, 0.80-1.60% of Si, 0.3-1.0% of Mn, 0.02-0.06% of Al, 0.3-1.2% of Ni, 0.30-1.00% of Cr, 0.20-0.80% of Mo, 0.20-0.60% of Cu, 0.01-0.05% of Ti, 0.001-0.003% of B, P ≤ 0.010%; S ≤ 0.005%, and the balance being Fe and inevitable impurities and the microstructure of the bulletproof steel plate is tempered martensite + a very small amount of residual austenite, wherein the structural proportion of the residual austenite is lower than 1%.