mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-stage incremental sheet forming system , comprising: a forming tool ; and at least one control unit in communication with the forming tool , wherein the at least one control unit is configured to determine a convex hull of a target structure to be formed by the forming tool , the at least one control unit is configured to operate the forming tool according to a first tool path in relation to an initial structure to form an intermediate structure having a shape based on the convex hull of the target structure , and the at least one control unit is configured to operate the forming tool according to a second tool path in relation to the intermediate structure to form one or more inward features into the intermediate structure to form the target structure , wherein the second tool path differs from the first tool path . a forming tool ; and at least one control unit in communication with the forming tool , wherein the at least one control unit is configured to determine a convex hull of a target structure to be formed by the forming tool , the at least one control unit is configured to operate the forming tool according to a first tool path in relation to an initial structure to form an intermediate structure having a shape based on the convex hull of the target structure , and the at least one control unit is configured to operate the forming tool according to a second tool path in relation to the intermediate structure to form one or more inward features into the intermediate structure to form the target structure , wherein the second tool path differs from the first tool path .
An information processing apparatus , comprising: a storage unit storing, for each of a plurality of terminals , terminal information including customer use function and installed program version, wherein the customer use function indicating a function validated among a plurality of functions of an application installed on a terminal , and the installed program version indicating the version of the application installed on the terminal, a communication unit for receiving information including an update function indicating a function to be updated by applying an update program of updating the application among the plurality of functions of the application, and an update program version indicating a version of the application, a comparison component configured to compare, for each of the plurality of terminals , the installed program version with the update program version and, if the two program versions coincide, to perform a function comparison of comparing the update function with the customer use function, and an update management component configured to determine, for each of the plurality of terminals , whether or not the terminal is a target of applying the update program based on the function comparison result by the comparison component. a storage unit storing, for each of a plurality of terminals , terminal information including customer use function and installed program version, wherein the customer use function indicating a function validated among a plurality of functions of an application installed on a terminal , and the installed program version indicating the version of the application installed on the terminal, a communication unit for receiving information including an update function indicating a function to be updated by applying an update program of updating the application among the plurality of functions of the application, and an update program version indicating a version of the application, a comparison component configured to compare, for each of the plurality of terminals , the installed program version with the update program version and, if the two program versions coincide, to perform a function comparison of comparing the update function with the customer use function, and an update management component configured to determine, for each of the plurality of terminals , whether or not the terminal is a target of applying the update program based on the function comparison result by the comparison component.
Device for processing sheets placed in the form of a stack comprising: - a base device for connecting to a negative pressure device for making available a negative pressure, a light source as well as - a counting disc , rotatably arranged with respect to the base device and that can be connected therewith optically and by means of vacuum technology that comprises a multitude of peripheral portions (200a, b, c), respectively separated by an opening extending in radial direction, each with a tip leading in the direction of rotation, and a multitude of suction openings, wherein the device has an optical illumination path for illuminating at least one portion of a sheet of the sheets placed in the form of a stack and an optical reception path for receiving the light reflected and/or scattered by the illuminated sheet portion, characterized in that the illumination path is designed for producing a linear illumination portion on the respective sheet and the reception path as an imaging path for imaging the linear portion illuminated on the respective sheet in a detection plane. - a base device for connecting to a negative pressure device for making available a negative pressure, a light source as well as - a counting disc , rotatably arranged with respect to the base device and that can be connected therewith optically and by means of vacuum technology that comprises a multitude of peripheral portions (200a, b, c), respectively separated by an opening extending in radial direction, each with a tip leading in the direction of rotation, and a multitude of suction openings, wherein the device has an optical illumination path for illuminating at least one portion of a sheet of the sheets placed in the form of a stack and an optical reception path for receiving the light reflected and/or scattered by the illuminated sheet portion, characterized in that the illumination path is designed for producing a linear illumination portion on the respective sheet and the reception path as an imaging path for imaging the linear portion illuminated on the respective sheet in a detection plane.
A transaction card comprising: a non-plastic core having first and second faces and a core thickness therebetween, an opening in the first face and a pocket extending from the opening and having a pocket bottom with a depth less than the core thickness; embedded electronics disposed in the opening, the embedded electronics comprising at least a printed circuit board and an active or passive power source; a fill layer in contact with the embedded electronics, disposed in portions of the opening not occupied by the embedded electronics; one or more layers disposed over the fill layer , the transaction card is characterized in that the core further comprises a through-hole that connects the second face to the bottom of the pocket, contacts disposed in the through-hole configured to be read by a card reader, and an integrated circuit module connected to the contacts . a non-plastic core having first and second faces and a core thickness therebetween, an opening in the first face and a pocket extending from the opening and having a pocket bottom with a depth less than the core thickness; embedded electronics disposed in the opening, the embedded electronics comprising at least a printed circuit board and an active or passive power source; a fill layer in contact with the embedded electronics, disposed in portions of the opening not occupied by the embedded electronics; one or more layers disposed over the fill layer , the transaction card is characterized in that the core further comprises a through-hole that connects the second face to the bottom of the pocket, contacts disposed in the through-hole configured to be read by a card reader, and an integrated circuit module connected to the contacts .
An imaging apparatus , comprising: a display control means configured to perform control so as to display an indicator on a display means ; a movement detector configured to detect a movement of a finger on an operation surface of an operation member which is separated from the display means ; a press detector configured to detect a pressing the operation surface of the operation member ; a control means configured to perform control so as to 1) move the indicator on the basis of a movement of a finger detected by the movement detector and 2) execute predetermined processing on the basis of a position of the indicator in accordance with a pressing the operation surface detected by the press detector ; a setting means configured to set a restricted state where function execution due to a pressing the operation surface is restricted; a processing means configured to prevent the control means from moving the indicator on the basis of a detection by the movement detector in case where the restricted state is set by the setting means ; and a second setting means configured to set a second restricted state where function execution by a movement of a finger on the operation surface is restricted, wherein the processing means is further configured to perform processing so as to execute the predetermined processing by the control means on the basis of a detection by the press detector even in case where the second restricted state is set by the second setting means . a display control means configured to perform control so as to display an indicator on a display means ; a movement detector configured to detect a movement of a finger on an operation surface of an operation member which is separated from the display means ; a press detector configured to detect a pressing the operation surface of the operation member ; a control means configured to perform control so as to 1) move the indicator on the basis of a movement of a finger detected by the movement detector and 2) execute predetermined processing on the basis of a position of the indicator in accordance with a pressing the operation surface detected by the press detector ; a setting means configured to set a restricted state where function execution due to a pressing the operation surface is restricted; a processing means configured to prevent the control means from moving the indicator on the basis of a detection by the movement detector in case where the restricted state is set by the setting means ; and a second setting means configured to set a second restricted state where function execution by a movement of a finger on the operation surface is restricted, wherein the processing means is further configured to perform processing so as to execute the predetermined processing by the control means on the basis of a detection by the press detector even in case where the second restricted state is set by the second setting means .
A rotary machine comprising: a rotor disk including a plurality of slots ; a plurality of blades mounted on an outer circumferential surface of the rotor disk , each of the blades having a root part inserted into an associated one of the slots in an axial direction; characterised by a retainer restraining axial movement of the plurality of blades , wherein the retainer comprises: - an inner fixing member inserted into a bottom of the slot , wherein the bottom of the slot is provided with an inner groove into which the inner fixing member is inserted, and the lower surface of the root part is provided with a first groove into which the inner fixing member is inserted, - an outer fixing member inserted into a lower surface of the root part to abut against the inner fixing member , and - a spacer inserted between the outer fixing member and the bottom of the slot to prevent the outer fixing member from being separated, wherein the outer fixing member includes a body portion inserted into the root part and a support plate protruding from a side of the body portion in a lateral direction and bent to abut against an end of the spacer . a rotor disk including a plurality of slots ; a plurality of blades mounted on an outer circumferential surface of the rotor disk , each of the blades having a root part inserted into an associated one of the slots in an axial direction; characterised by a retainer restraining axial movement of the plurality of blades , wherein the retainer comprises: - an inner fixing member inserted into a bottom of the slot , wherein the bottom of the slot is provided with an inner groove into which the inner fixing member is inserted, and the lower surface of the root part is provided with a first groove into which the inner fixing member is inserted, - an outer fixing member inserted into a lower surface of the root part to abut against the inner fixing member , and - a spacer inserted between the outer fixing member and the bottom of the slot to prevent the outer fixing member from being separated, - an inner fixing member inserted into a bottom of the slot , wherein the bottom of the slot is provided with an inner groove into which the inner fixing member is inserted, and the lower surface of the root part is provided with a first groove into which the inner fixing member is inserted, - an outer fixing member inserted into a lower surface of the root part to abut against the inner fixing member , and - a spacer inserted between the outer fixing member and the bottom of the slot to prevent the outer fixing member from being separated, wherein the outer fixing member includes a body portion inserted into the root part and a support plate protruding from a side of the body portion in a lateral direction and bent to abut against an end of the spacer .
A method comprising: forming a first print agent pattern on an image forming surface ; transferring the first print agent pattern from the image forming surface to an intermediate transfer member ; transferring the first print agent pattern to a cleanable medium ; cleaning the first print agent pattern from the cleanable medium , wherein the cleanable medium is arranged about at least a portion of an impression cylinder ; forming a second print agent pattern on the image forming surface ; transferring the second print agent pattern from the image forming surface to the intermediate transfer member ; inserting a printable substrate between the impression cylinder and the intermediate transfer member ; and transferring the second print agent pattern to the printable substrate , characterised in that the cleanable medium is removed from the impression cylinder before insertion of the printable substrate . forming a first print agent pattern on an image forming surface ; transferring the first print agent pattern from the image forming surface to an intermediate transfer member ; transferring the first print agent pattern to a cleanable medium ; cleaning the first print agent pattern from the cleanable medium , wherein the cleanable medium is arranged about at least a portion of an impression cylinder ; forming a second print agent pattern on the image forming surface ; transferring the second print agent pattern from the image forming surface to the intermediate transfer member ; inserting a printable substrate between the impression cylinder and the intermediate transfer member ; and transferring the second print agent pattern to the printable substrate , characterised in that the cleanable medium is removed from the impression cylinder before insertion of the printable substrate .
A system , comprising: a housing comprising a down hole tool or a wireline tool, the housing to store a parsing instructions file and a binary configuration file; and a surface computer comprising software configured to; parse the binary configuration file according to the parsing instructions file to determine configuration information associated with the binary configuration file; display at least some of the configuration information as part of a graphical user interface (GUI); receive a selection of the at least some of the configuration information and corresponding changed values, the selection forming a subset of the configuration information; transform the binary configuration file into a transformed version of the binary configuration file to replace values of the selection with the changed values; and transmit the transformed version of the binary configuration file to the housing as a replacement for the binary configuration file, the transformed version of the binary configuration file to be used to configure operation of the down hole tool or the wireline tool without re-configuring the surface computer software. a housing comprising a down hole tool or a wireline tool, the housing to store a parsing instructions file and a binary configuration file; and a surface computer comprising software configured to; parse the binary configuration file according to the parsing instructions file to determine configuration information associated with the binary configuration file; display at least some of the configuration information as part of a graphical user interface (GUI); receive a selection of the at least some of the configuration information and corresponding changed values, the selection forming a subset of the configuration information; transform the binary configuration file into a transformed version of the binary configuration file to replace values of the selection with the changed values; and transmit the transformed version of the binary configuration file to the housing as a replacement for the binary configuration file, the transformed version of the binary configuration file to be used to configure operation of the down hole tool or the wireline tool without re-configuring the surface computer software. parse the binary configuration file according to the parsing instructions file to determine configuration information associated with the binary configuration file; display at least some of the configuration information as part of a graphical user interface (GUI); receive a selection of the at least some of the configuration information and corresponding changed values, the selection forming a subset of the configuration information; transform the binary configuration file into a transformed version of the binary configuration file to replace values of the selection with the changed values; and transmit the transformed version of the binary configuration file to the housing as a replacement for the binary configuration file, the transformed version of the binary configuration file to be used to configure operation of the down hole tool or the wireline tool without re-configuring the surface computer software.
A circuit to receive a data signal, comprising: a first data sampler to compare an equalized data signal to a first reference voltage to produce a first sampler decision; a second data sampler to compare the equalized data signal to a second reference voltage to produce a second sampler decision; a third data sampler to compare the equalized data signal to a third reference voltage to produce a third sampler decision; an analog summer circuit to receive a first error removal voltage that is based on the first sampler decision by multiplying the decision with a weighting factor, and to receive a second error removal voltage that is based on the second sampler decision by multiplying the decision with the weighting factor, and to receive a third error removal voltage that is based on the third sampler decision by multiplying the decision with the weighting factor and to sum a received data signal, the first error removal voltage, the second error removal voltage, and the third error removal voltage to produce an equalized data signal, wherein the first data sampler , the second data sampler and the third data sampler are part of a PAM-4 sampler. a first data sampler to compare an equalized data signal to a first reference voltage to produce a first sampler decision; a second data sampler to compare the equalized data signal to a second reference voltage to produce a second sampler decision; a third data sampler to compare the equalized data signal to a third reference voltage to produce a third sampler decision; an analog summer circuit to receive a first error removal voltage that is based on the first sampler decision by multiplying the decision with a weighting factor, and to receive a second error removal voltage that is based on the second sampler decision by multiplying the decision with the weighting factor, and to receive a third error removal voltage that is based on the third sampler decision by multiplying the decision with the weighting factor and to sum a received data signal, the first error removal voltage, the second error removal voltage, and the third error removal voltage to produce an equalized data signal, wherein the first data sampler , the second data sampler and the third data sampler are part of a PAM-4 sampler.
Transport container for transporting temperature-sensitive transport goods, comprising a chamber for receiving the transport goods and a shell enclosing the chamber , wherein the shell comprises at least one first latent heat storage element , wherein the heat storage element is arranged in a heat exchanging relationship with the chamber , wherein the latent heat storage element consists of a latent heat storage material that comprises a carrier material which is dimensionally stable at use temperature and a phase change material distributed within the mass of the carrier material, so that the at least one first latent heat storage element is dimensionally stable in a temperature range both below and above the melting point of the phase change material, wherein the at least one first latent heat storage element is designed as a cast part which surrounds the chamber in one piece, seen in cross section, at least over half the circumference, characterized in that the latent heat storage element is produced by casting the latent heat storage material, wherein the latent heat storage material is liquefied by heating, wherein the liquefied latent heat storage material is being cast and allowed to solidify.