mhurhangee/ep-ind-claims huggingface dataset:
Subscriber station (10; 30) for a serial bus system, having a communication control device (11; 31) for controlling a communication of the subscriber station (10; 20; 30) with at least one other subscriber station (10; 20; 30) of the bus system and for generating a transmission signal such that, for a message exchanged between subscriber stations (10, 20, 30) of the bus system, the bit time (t_bt1) of a signal transmitted to the bus in a first communication phase may differ from a bit time (t_bt2) of a signal transmitted in the second communication phase, the communication control device (11; 31) being designed to generate the transmission signal (TxD) according to a frame and to insert a field containing an edge into the frame after the second communication phase, characterized in that the field has a predetermined length before the edge, corresponding to a period of time (T_RB) longer than the duration of a bit time (t_bt1) of the first communication phase, and wherein the edge is provided for synchronization to the communication on the bus for a communication control device (21; 31; 11) of the at least one other subscriber station (10; 20; 30) of the bus system, the transmitting/receiving device (22; 32; 12) of said other subscriber station having been switched, before the predetermined period of time (T_RB), to a mode (B_451) for transmitting and receiving the frame in the first communication phase. a communication control device (11; 31) for controlling a communication of the subscriber station (10; 20; 30) with at least one other subscriber station (10; 20; 30) of the bus system and for generating a transmission signal such that, for a message exchanged between subscriber stations (10, 20, 30) of the bus system, the bit time (t_bt1) of a signal transmitted to the bus in a first communication phase may differ from a bit time (t_bt2) of a signal transmitted in the second communication phase, the communication control device (11; 31) being designed to generate the transmission signal (TxD) according to a frame and to insert a field containing an edge into the frame after the second communication phase, characterized in that the field has a predetermined length before the edge, corresponding to a period of time (T_RB) longer than the duration of a bit time (t_bt1) of the first communication phase, and wherein the edge is provided for synchronization to the communication on the bus for a communication control device (21; 31; 11) of the at least one other subscriber station (10; 20; 30) of the bus system, the transmitting/receiving device (22; 32; 12) of said other subscriber station having been switched, before the predetermined period of time (T_RB), to a mode (B_451) for transmitting and receiving the frame in the first communication phase.
A screw for a plasticating apparatus, the screw comprising: a longitudinal axis, the screw being rotatably supportable in a barrel for rotation about the longitudinal axis, the screw having a core and at least one helical flight extending along a length of the screw, the helical flight extending in a first threaded direction and defining a first helical path having a first helix angle less than ninety degrees, the helical flight defining a helical channel; and a longitudinal portion of the screw having a plurality of advancing grooves with each advancing groove having at least one closed-end, the plurality of advancing grooves being arranged in a noncontinuous helix cut in the screw core in the helical channel of the screw, the plurality of advancing grooves forming a forward helical pathway in the helical channel for conveying material through the helical channel along the at least one helical flight the advancing grooves being parallel to and having the same helix angle as the helical flight; the longitudinal portion further having a plurality of noncontinuous cross-cut grooves (37C, 37N) traversing at least one advancing groove; and characterized by at least one of: at least one of the cross-cut grooves being oriented in the first threaded direction common to that of the helical flight and having a second helix angle (H2, H2', H2") greater than the first helix angle and less than ninety degrees; and at least another one of the cross-cut grooves oriented in a neutral direction parallel to the longitudinal axis and having a third helix angle of about ninety degrees. a longitudinal axis, the screw being rotatably supportable in a barrel for rotation about the longitudinal axis, the screw having a core and at least one helical flight extending along a length of the screw, the helical flight extending in a first threaded direction and defining a first helical path having a first helix angle less than ninety degrees, the helical flight defining a helical channel; and a longitudinal portion of the screw having a plurality of advancing grooves with each advancing groove having at least one closed-end, the plurality of advancing grooves being arranged in a noncontinuous helix cut in the screw core in the helical channel of the screw, the plurality of advancing grooves forming a forward helical pathway in the helical channel for conveying material through the helical channel along the at least one helical flight the advancing grooves being parallel to and having the same helix angle as the helical flight; the longitudinal portion further having a plurality of noncontinuous cross-cut grooves (37C, 37N) traversing at least one advancing groove; and characterized by at least one of: at least one of the cross-cut grooves being oriented in the first threaded direction common to that of the helical flight and having a second helix angle (H2, H2', H2") greater than the first helix angle and less than ninety degrees; and at least another one of the cross-cut grooves oriented in a neutral direction parallel to the longitudinal axis and having a third helix angle of about ninety degrees.
An arrangement on a component of a motor vehicle, consisting of a sensor with a substantially planar end surface, a sealing ring which encloses the sensor and a separate carrier element for supporting and for maintaining the spacing of the sensor in the axial direction relative to the component, wherein the sensor extends with the sealing ring into a cut-out of the component in such a manner that the end surface of the sensor and an outer side of the component substantially form a plane, characterized in that the sealing ring in addition has a ring element which is located on the outside in the radial direction with at least two cut-outs distributed over the circumference, wherein the ring element is designed in such a manner that water penetrating via the cut-outs can drain, wherein the end face of the ring element located on the outside abuts against the inner side of the component.
Iron complex of a porphyrin of formula: wherein R 1 to Rs and R 1 ' to R 8 ' are independently selected from the group consisting of H, OH, F and C 1 -C 6 -alkyl, provided that at least 2 of R 1 -R 4 are H, at least 2 of R 1' -R 4' are H, at least 2 of R 5 -R 8 are H, and at least 2 of R 5' -R 8' are H, and R 9, R 10 and R 11 are independently selected from a C 1 -C 4 -alkyl group, or atropisomers thereof, and salts thereof. wherein R 1 to Rs and R 1 ' to R 8 ' are independently selected from the group consisting of H, OH, F and C 1 -C 6 -alkyl, provided that at least 2 of R 1 -R 4 are H, at least 2 of R 1' -R 4' are H, at least 2 of R 5 -R 8 are H, and at least 2 of R 5' -R 8' are H, and R 9, R 10 and R 11 are independently selected from a C 1 -C 4 -alkyl group,
An interactive dimmable window system, comprising: a dimmable window panel; a passenger interface overlaid onto, embedded within or integrally formed with the dimmable window panel, wherein the passenger interface includes a touchscreen that is configured to allow for touch-control of an electronic shade of the dimmable window panel; and a window control unit operatively coupled to the dimmable window panel and the passenger interface; wherein the passenger interface is configured to allow the electronic shade to be selectively moved between a clear setting and a shaded setting; wherein the passenger interface is configured to allow a clear aperture to be formed through the electronic shade in the shaded setting by at least one physical gesture; and wherein the window control unit is configured to automatically close the clear aperture after a predetermined period of time. a dimmable window panel; a passenger interface overlaid onto, embedded within or integrally formed with the dimmable window panel, wherein the passenger interface includes a touchscreen that is configured to allow for touch-control of an electronic shade of the dimmable window panel; and a window control unit operatively coupled to the dimmable window panel and the passenger interface; wherein the passenger interface is configured to allow the electronic shade to be selectively moved between a clear setting and a shaded setting; wherein the passenger interface is configured to allow a clear aperture to be formed through the electronic shade in the shaded setting by at least one physical gesture; and wherein the window control unit is configured to automatically close the clear aperture after a predetermined period of time.
A transmission device comprising a first rotating member and a ring for synchronizing the first rotating member and a second rotating member relative to each other, the first rotating member being provided with a plurality of first recesses for receiving a plurality of protrusions provided on the synchronizing ring, the first rotating member having one said first recess for each of said protrusions, characterized in that the first rotating member is provided with one or more second recesses making the total number of first and second recesses exceeding the number of said protrusions.
A method of window-blanking for a pan/tilt/zoom camera, the method comprising: obtaining a panoramic image from the camera; enabling a user to interact with the panoramic image as an interface for defining a privacy zone through a defined input mode; providing a selection of layers including a panoramic image layer, map layer, hybrid panoramic image map layer, and annotations layer with the panoramic image interface; computing a pan/tilt angle relative to world ground coordinates for each vertex of the privacy zone within a field-of-view of the camera; determining coordinates for each vertex based on an updated or predicted camera field-of-view; and blocking-out the privacy zone using the coordinates for each vertex. obtaining a panoramic image from the camera; enabling a user to interact with the panoramic image as an interface for defining a privacy zone through a defined input mode; providing a selection of layers including a panoramic image layer, map layer, hybrid panoramic image map layer, and annotations layer with the panoramic image interface; computing a pan/tilt angle relative to world ground coordinates for each vertex of the privacy zone within a field-of-view of the camera; determining coordinates for each vertex based on an updated or predicted camera field-of-view; and blocking-out the privacy zone using the coordinates for each vertex.
A secondary battery comprising: an electrode assembly; a support holder arranged to constrain expansion of the electrode assembly, the support holder comprising at least one side wall (21, 23) arranged adjacent a side of the electrode assembly; a case arranged to house the electrode assembly and the support holder; wherein the at least one side wall (21, 23) comprises a buffer recess; wherein the buffer recess comprises a planar surface that is substantially parallel to an inner or outer surface of the at least one side wall (21,23) and wherein the buffer recess comprises one or more reinforcing members on the planar surface; characterised in that the height of the or each reinforcing member is less than a depth of the buffer recess. an electrode assembly; a support holder arranged to constrain expansion of the electrode assembly, the support holder comprising at least one side wall (21, 23) arranged adjacent a side of the electrode assembly; a case arranged to house the electrode assembly and the support holder; wherein the at least one side wall (21, 23) comprises a buffer recess; wherein the buffer recess comprises a planar surface that is substantially parallel to an inner or outer surface of the at least one side wall (21,23) and wherein the buffer recess comprises one or more reinforcing members on the planar surface;
A process for isomerizing the monosaccharide glucose into fructose comprising contacting the glucose in aqueous medium with a Beta zeolite catalyst containing tin (Sn) or titanium (Ti) incorporated into the framework of the Beta zeolite.
A composition comprising an isolated non-pyruvylated non-lipidated ORF2086 polypeptide wherein the polypeptide comprises the amino acid sequence SEQ ID NO:19, wherein the cysteine at position 1 is deleted.
A printing system comprising a driving element that is disposed at a stationary location beside a track and a driven element that is configured to carry an object to be printed on and to move along the track, wherein: the driving element is coupled to a torque input that causes the driving element to rotate about a drive axis, the driving element comprising a first magnetic element; the driven element is configured to rotate about a driven axis, the driven element comprising a second magnetic element; wherein both the first magnetic element and second magnetic element are susceptible to a magnetic field, and at least one of the first and second magnetic element produces a magnetic field; wherein the driving element and the driven element are configured such that, when in a drive position in which the drive axis is aligned with the driven axis, a magnetic interaction between the first magnetic element and the second magnetic element couples the rotational motion of the driving element and the rotational motion of the driven element. the driving element is coupled to a torque input that causes the driving element to rotate about a drive axis, the driving element comprising a first magnetic element; the driven element is configured to rotate about a driven axis, the driven element comprising a second magnetic element; wherein both the first magnetic element and second magnetic element are susceptible to a magnetic field, and at least one of the first and second magnetic element produces a magnetic field; wherein the driving element and the driven element are configured such that, when in a drive position in which the drive axis is aligned with the driven axis, a magnetic interaction between the first magnetic element and the second magnetic element couples the rotational motion of the driving element and the rotational motion of the driven element.
A power transmission device comprising: a plurality of power transmission coils arranged in a line along an array direction such that a principal surface of each of the power transmission coils is parallel to a surface of the power transmission device, the power transmission coils being adapted for transmitting AC power wirelessly to a power receiving coil of a power receiving device; a power transmission circuit that is connected to the power transmission coils and adapted for supplying the AC power to the power transmission coils; and a control circuit operative to: switch an electrical connection state between the power transmission circuit and each of the plurality of power transmission coils, detect a relative position between the power receiving coil and each of the plurality of power transmission coils, select a predetermined number of adjacent power transmission coil from the plurality of power transmission coils based on the detected relative position, and cause the power transmission circuit to supply the AC power to the selected power transmission coil, characterized in that a length in the array direction Dwt of each of the power transmission coils is shorter than a maximum diameter Dwr of the power receiving coil and satisfies 0.2 <= Dwt/Dwr <= 0.7. a plurality of power transmission coils arranged in a line along an array direction such that a principal surface of each of the power transmission coils is parallel to a surface of the power transmission device, the power transmission coils being adapted for transmitting AC power wirelessly to a power receiving coil of a power receiving device; a power transmission circuit that is connected to the power transmission coils and adapted for supplying the AC power to the power transmission coils; and a control circuit operative to: switch an electrical connection state between the power transmission circuit and each of the plurality of power transmission coils, detect a relative position between the power receiving coil and each of the plurality of power transmission coils, select a predetermined number of adjacent power transmission coil from the plurality of power transmission coils based on the detected relative position, and cause the power transmission circuit to supply the AC power to the selected power transmission coil, switch an electrical connection state between the power transmission circuit and each of the plurality of power transmission coils, detect a relative position between the power receiving coil and each of the plurality of power transmission coils, select a predetermined number of adjacent power transmission coil from the plurality of power transmission coils based on the detected relative position, and cause the power transmission circuit to supply the AC power to the selected power transmission coil,
An implantable surgical injection port having an undeployed position, and a deployed position wherein it is attached to tissue, said port comprising: a) a housing having a closed distal end, an open proximal end and a fluid reservoir therebetween; b) a needle penetrable septum attached to said housing about said opening; and c) at least one attachment mechanism, characterised in that the at least one attachment mechanism is mounted to said housing at a pivot point along an outer periphery adjacent the closed distal end of said housing, said attachment mechanism comprising an arcuate hook radially pivotable with respect to said housing about said pivot point in order to engage the hook to tissue, said arcuate hook having an arcuate length extending at least 180° about said pivot point. a) a housing having a closed distal end, an open proximal end and a fluid reservoir therebetween; b) a needle penetrable septum attached to said housing about said opening; and c) at least one attachment mechanism,
A web of bags configured to be guided through a filling station, the web of bags comprising - a continuous guide of a guide material configured to be guided through the filling station and wherein the guide is connected with one or more bags of a bag material, wherein the bag material is of a different material than the guide material, the guide material is a polymer or plastic, and the bag material is selected amongst fibrous materials such as paper, or the bag material is selected amongst metallic foils such as aluminum foils, characterized in that the one or more bags comprises a bag opening, and the guide is connected to the one or more bags on the inside of the one or more bags. - a continuous guide of a guide material configured to be guided through the filling station and wherein the guide is connected with one or more bags of a bag material, wherein the bag material is of a different material than the guide material, the guide material is a polymer or plastic, and the bag material is selected amongst fibrous materials such as paper, or the bag material is selected amongst metallic foils such as aluminum foils, characterized in that the one or more bags comprises a bag opening, and the guide is connected to the one or more bags on the inside of the one or more bags. the guide material is a polymer or plastic, and the bag material is selected amongst fibrous materials such as paper, or the bag material is selected amongst metallic foils such as aluminum foils, characterized in that the one or more bags comprises a bag opening, and the guide is connected to the one or more bags on the inside of the one or more bags.
A method for calibrating a printing device comprising a printbar, the method comprising: if a width of a printable media roll present in the printing device is less than a maximum printing width of the printbar, generating by the printing device to be calibrated a calibration sheet of a calibrating medium having a length at least equal to the maximum printing width of the printbar from the printable media roll; receiving the generated calibration sheet at a printing media inlet of the printing device to be calibrated such that a side of the generated calibration sheet having a length at least equal to the maximum printing width of the printbar is perpendicular to a media axis of the printing device; and executing a calibration procedure comprising printing a plurality of calibration patterns on the generated calibration sheet with the printing device to be calibrated. if a width of a printable media roll present in the printing device is less than a maximum printing width of the printbar, generating by the printing device to be calibrated a calibration sheet of a calibrating medium having a length at least equal to the maximum printing width of the printbar from the printable media roll; receiving the generated calibration sheet at a printing media inlet of the printing device to be calibrated such that a side of the generated calibration sheet having a length at least equal to the maximum printing width of the printbar is perpendicular to a media axis of the printing device; and executing a calibration procedure comprising printing a plurality of calibration patterns on the generated calibration sheet with the printing device to be calibrated.
Drive assembly for a motor vehicle lock, wherein the motor vehicle lock comprises the locking elements lock latch and locking pawl, wherein the lock latch can be moved into an open position and into at least one locking position, wherein the locking pawl can be moved into a dropped-in position in which it secures the lock latch in the locking position and into a lifted-out position in which it releases the lock latch, wherein, in the mounted state, the drive assembly is coupled or can be coupled via an output element to the locking pawl to lift out the latter, wherein the drive assembly comprises a planetary gear mechanism having the gear mechanism elements sun gear, planet gear carrier and ring gear, and that, for lifting out the locking pawl in normal operation, the drive assembly comprises a main motor which is coupled or can be coupled to a first gear mechanism element of the gear mechanism elements sun gear, planet gear carrier and ring gear, and that, for lifting out the locking pawl in emergency operation, in particular in a crash situation, the drive assembly comprises an auxiliary motor which is coupled or can be coupled to a second gear mechanism element of the gear mechanism elements sun gear, planet gear carrier and ring gear.