mhurhangee/patent-ind-claim-en huggingface dataset:
An upholstery spring comprising a spring steel wire made of a microalloyed steel and a color indicator arranged in at least some regions thereon, wherein the microalloyed steel has one or more alloy elements between 0.004 and 0.015 wt.%, wherein the spring steel consists of a titanium-microalloyed steel having a titanium proportion between 0.004 and 0.01 wt.%, wherein the color indicator is applied to the spring steel wire as a copper-containing coating, in particular as a coating consisting of copper and wherein the steel is based on a steel of the steel types C38(D) to C70(D) according to DIN EN ISO 16120 and additionally has titanium as an alloy element.
A brake operation device for actuating a brake of a vehicle, comprising: a control module configured to control a brake of the vehicle; a connector (B) connected to the control module for outputting a control signal from the control module for controlling the brake; an interface connected to the control module for receiving a user input to the control module, a display for displaying a mode of operation of the device; the brake operation device being characterised by at least one of a power supply (C) configured to be connected to the brake to supply a brake actuator of the brake with power and a plug for an external power supply, the external power supply supplying power to at least one of the device and the brake actuator of the brake. a control module configured to control a brake of the vehicle; a connector (B) connected to the control module for outputting a control signal from the control module for controlling the brake; an interface connected to the control module for receiving a user input to the control module, a display for displaying a mode of operation of the device; the brake operation device being characterised by at least one of a power supply (C) configured to be connected to the brake to supply a brake actuator of the brake with power and a plug for an external power supply, the external power supply supplying power to at least one of the device and the brake actuator of the brake.
A pharmaceutical composition comprising a non-naturally occurring fusion molecule and one or more pharmaceutically acceptable carriers, formulated for oral delivery to a subject, wherein the fusion molecule comprises a modified Cholix toxin coupled to an IL-10, wherein the Cholix toxin is non-toxic, and wherein the fusion molecule has an ability to activate a receptor for IL-10; wherein the modified Cholix toxin is truncated at an amino acid residue within Cholix toxin domain II; and wherein the IL-10 is human interleukin-10 having the amino acid sequence set forth in SEQ ID NO: 82 or a fragment or variant thereof, wherein the fragment or variant contains an amino acid sequence that shares an observed homology of at least about 85% with the amino acid sequence of SEQ ID NO: 82. wherein the modified Cholix toxin is truncated at an amino acid residue within Cholix toxin domain II; and wherein the IL-10 is human interleukin-10 having the amino acid sequence set forth in SEQ ID NO: 82 or a fragment or variant thereof, wherein the fragment or variant contains an amino acid sequence that shares an observed homology of at least about 85% with the amino acid sequence of SEQ ID NO: 82.
A microcontroller having a firewall functionality comprising a central processing unit, CPU , a plurality of secure on-chip key storage slots stored in a non-volatile memory which is not accessible by the CPU , a select register programmable by the CPU for selecting one of the on-chip key storage slots, a current key register which is not accessible by the CPU and which is configured to be loaded with a key from a selected on-chip key storage slot when a data encryption/decryption operation has been selected, and an encryption/decryption engine being configured to receive a key from said plurality of secure on-chip key storage slots through the current key register and which is not accessible by the CPU , wherein a predetermined key storage slot stores a Key Encrypt Key, KEK, and the microcontroller comprising a configuration register which is not accessible by the CPU , said configuration register is provided for determining whether a selected key storage slot stores a key for encrypting/decrypting data or the KEK for encrypting/decrypting a session key, wherein the configuration register has been set by hardware; wherein the microcontroller is further configured to if the at least one key encrypt key is to be used for encrypting/decrypting data, store the encrypted/decrypted data in a clear text memory and if the at least one key encrypt key is to be used for encrypting/decrypting a key, to store the key in said current key register .
A waterborne resin crosslinking agent comprising a polycarbodiimide compound and a water-soluble organic compound as blending components, wherein the polycarbodiimide compound is a hydrophobic polycarbodiimide compound, and the water-soluble organic compound is one or more selected from the group consisting of an alkylene glycol-based compound, a water-soluble polymer other than the alkylene glycol-based compound, and a surfactant other than the alkylene glycol-based compound or the water-soluble polymer, and wherein the crosslinking agent does not include a hydrophilic polycarbodiimide compound. the polycarbodiimide compound is a hydrophobic polycarbodiimide compound, and the water-soluble organic compound is one or more selected from the group consisting of an alkylene glycol-based compound, a water-soluble polymer other than the alkylene glycol-based compound, and a surfactant other than the alkylene glycol-based compound or the water-soluble polymer, and wherein the crosslinking agent does not include a hydrophilic polycarbodiimide compound.
An integral metal end cap for use in a conveyor roll assembly for use in an environment subject to important temperature variations having a longitudinal axis and comprising a first end connectable to rotary means, and a second end comprising an integral body having two ends, an internal diameter D adapted to fit over an end of a ceramic spool and a length L > 0.3 D, or preferably > 0.5D ,said integral body comprising at least three consecutive portions along the longitudinal axis of the integral body, the two end portions of the integral body comprising continuous surface and between those portions, one torque transmission portion, said torque transmission portion comprising a plurality of openings of a length Lb < L in the direction of the longitudinal axis, defining between the openings a plurality of strips extending inwardly and being mechanically and resiliently deformable during assembly of the end cap on the ceramic spool and during temperature variations so as to transmit the torque to the spool.
An air conditioner indoor unit, comprising a main housing , and a fresh air device and a refrigerating-heating device that are disposed in the main housing , the refrigerating-heating device being provided with an air outlet side for air outgoing, and the main housing being provided with a first accommodation cavity for accommodating the fresh air device and a second accommodation cavity for accommodating the refrigerating-heating device, wherein the air conditioner indoor unit further comprises: a guide assembly , wherein an air inlet of the guide assembly is in connection with the fresh air device so as to let air into the guide assembly , characterized in that an air outlet of the guide assembly is located in the second accommodation cavity and located at the air outlet side of the refrigerating-heating device , such that fresh air flowing out from the fresh air device is guided by the guide assembly to the air outlet side of the refrigerating-heating device in the main housing; wherein the refrigerating-heating device comprises an air duct assembly and an evaporator assembly disposed around the air duct assembly , and the air outlet of the guide assembly is located at a side of the air duct assembly away from the evaporator assembly , such that air flowing out from the air outlet of the guide assembly is directly blown to a room under an action of the air duct assembly ; wherein the main housing comprises an air outlet panel , the air outlet panel corresponds to the air outlet side of the refrigerating-heating device , and the air outlet of the guide assembly is located inside the air outlet panel , such that fresh air flowing out from the guide assembly flows out from the air outlet panel by the air outlet side of the refrigerating-heating device . a guide assembly , wherein an air inlet of the guide assembly is in connection with the fresh air device so as to let air into the guide assembly , characterized in that an air outlet of the guide assembly is located in the second accommodation cavity and located at the air outlet side of the refrigerating-heating device , such that fresh air flowing out from the fresh air device is guided by the guide assembly to the air outlet side of the refrigerating-heating device in the main housing; wherein the refrigerating-heating device comprises an air duct assembly and an evaporator assembly disposed around the air duct assembly , and the air outlet of the guide assembly is located at a side of the air duct assembly away from the evaporator assembly , such that air flowing out from the air outlet of the guide assembly is directly blown to a room under an action of the air duct assembly ; wherein the main housing comprises an air outlet panel , the air outlet panel corresponds to the air outlet side of the refrigerating-heating device , and the air outlet of the guide assembly is located inside the air outlet panel , such that fresh air flowing out from the guide assembly flows out from the air outlet panel by the air outlet side of the refrigerating-heating device .
A fastening member , comprising - a foot part (1.1) adapted to attach the fastening member to a support rail ; - a supporting element (1.4) attached to the foot part (1.1) at a first end of the supporting element (1.4); - a first locking section (1.10) attached to a second end of the supporting element (1.4), wherein the first locking section (1.10) is at an angle with respect to the supporting element (1.4) and extends towards the foot part (1.1); - a second locking section (1.11) attached to a second end of the supporting element (1.4), wherein the second locking section (1.11) is at an angle with respect to the supporting element (1.4) and extends towards the foot part (1.1) at the side of the supporting element (1.4) opposite to the side on which the first locking section is located; - a protrusion (1.8) in the foot part (1.1) directed in an opposite direction to the supporting element (1.4) and adapted to be positioned in a hole (2.7) of the support rail ; and - the foot part (1.1) is further adapted to face a bottom (2.2) of a groove (2.1) of the support rail when attached to the support rail characterized in that - an outer circumference of the foot part (1.1) has two curved sections at diagonally opposite corners (1.13, 1.15) and two angular sections at the other two diagonally opposite corners (1.12, 1.14). - a foot part (1.1) adapted to attach the fastening member to a support rail ; - a supporting element (1.4) attached to the foot part (1.1) at a first end of the supporting element (1.4); - a first locking section (1.10) attached to a second end of the supporting element (1.4), wherein the first locking section (1.10) is at an angle with respect to the supporting element (1.4) and extends towards the foot part (1.1); - a second locking section (1.11) attached to a second end of the supporting element (1.4), wherein the second locking section (1.11) is at an angle with respect to the supporting element (1.4) and extends towards the foot part (1.1) at the side of the supporting element (1.4) opposite to the side on which the first locking section is located; - a protrusion (1.8) in the foot part (1.1) directed in an opposite direction to the supporting element (1.4) and adapted to be positioned in a hole (2.7) of the support rail ; and - the foot part (1.1) is further adapted to face a bottom (2.2) of a groove (2.1) of the support rail when attached to the support rail characterized in that - an outer circumference of the foot part (1.1) has two curved sections at diagonally opposite corners (1.13, 1.15) and two angular sections at the other two diagonally opposite corners (1.12, 1.14).
Device for adjusting a linear position of one or more shutters in an injection moulding system, wherein the shutter can open and/or close a molten-fluid supply channel towards one or more mould cavities by translating along an axis (Z), the device comprising: - a body comprising a cavity in which there can slide axially a movable element , to which the one or more shutters can be fixed; - a fixed support plate , - an adjustment element for adjustment of the axial position of the body , characterized in that the adjustment element • is rotatably mounted between the body and the support plate , • is connected to the body and to the support plate so that it can be rotated clockwise and/or counter-clockwise so as to move linearly parallel to said axis (Z) in order to define the position of the body along said axis (Z), and • comprises a threaded portion on which a corresponding thread of the body and of the support plate is engaged. the device comprising: - a body comprising a cavity in which there can slide axially a movable element , to which the one or more shutters can be fixed; - a fixed support plate , - an adjustment element for adjustment of the axial position of the body , - a body comprising a cavity in which there can slide axially a movable element , to which the one or more shutters can be fixed; - a fixed support plate , - an adjustment element for adjustment of the axial position of the body , characterized in that the adjustment element • is rotatably mounted between the body and the support plate , • is connected to the body and to the support plate so that it can be rotated clockwise and/or counter-clockwise so as to move linearly parallel to said axis (Z) in order to define the position of the body along said axis (Z), and • comprises a threaded portion on which a corresponding thread of the body and of the support plate is engaged. • is rotatably mounted between the body and the support plate , • is connected to the body and to the support plate so that it can be rotated clockwise and/or counter-clockwise so as to move linearly parallel to said axis (Z) in order to define the position of the body along said axis (Z), and • comprises a threaded portion on which a corresponding thread of the body and of the support plate is engaged.
Tread profile of a vehicle tyre - in particular a passenger vehicle tyre - with profile bands separated from one another by circumferential grooves and with sipes formed in profile bands , with a profile band in which sipes having a first extension portion with a greater directional component of the extent in the circumferential direction U and having a second extension portion with a greater directional component in the axial direction A, which opens into a circumferential groove , are formed, wherein first sipes , of which the second extension portion opens into a circumferential groove delimiting the profile band , and second sipes , of which the second extension portion opens into another circumferential groove delimiting the profile band , are formed, wherein, over the circumference of the profile band , in each case pairs of first and second sipes are formed axially beside one another, of which the first extension portions are aligned parallel to one another and are positioned with an overlap with one another in the circumferential extent, wherein the second extension portions of the two sipes are positioned axially at a distance from one another, and wherein one of the two sipes is formed with a chamfer in a region of its extent in the transition to the surface delimiting the profile band outwards in the radial direction R, wherein this region extends as far as the opening of the second extension portion of the sipe into the circumferential groove , characterized in that the sipes each have a bend point in the course, at which the first extension portion adjoins the second extension portion , and the region formed with a chamfer in a profile band , starting from the circumferential groove is extended over the second extension portion of the sipe , beyond the bend point , as far as the first extension portion of the sipe , and ends - in particular at a distance from the extension end of the first extension portion that points away from the bend point .
Device designed for determining a fill level of an operating fluid of a hydrodynamic coupling , the hydrodynamic coupling comprising an inspection window, characterized in that the device comprises a mobile device , wherein the mobile device is provided with a camera for the optical detection of the hydrodynamic coupling and with image recognition for detecting an inspection window and the outer contour of the housing of the hydrodynamic coupling and with a module for determining the position of the inspection window , wherein, in the module , the outer contour is used when determining the position of the inspection window.
An active retractor, comprising: a retracting shaft configured to fasten fractured bone fragments of a patient and retract the fractured bone fragments in a front and rear direction; a measuring device connected and installed to the retracting shaft to measure a retracting location or a retracting force of the retracting shaft ; an actuator connected and installed to the retracting shaft to drive the retracting shaft in the front and rear direction; a driver configured to supply a power required for driving the actuator to the actuator according to a driving control signal; and a controller configured to generate a driving control signal, which is required for the driver to supply a power, by comparing a retracting request signal input from a user with a measured value transmitted from the measuring device and transmit the driving control signal to the driver , characterized in that the active retractor further comprises: a retracting arm mounted and installed to the actuator to operate in the front and rear direction, one side of the retracting shaft being inserted in and fastened to the retracting arm so that the retracting shaft is driven in the front and rear direction by the retracting arm , the retracting arm releasing the fastening of the retracting shaft when a force equal to or greater than a preset force is applied thereto so that the retracting shaft is released. a retracting shaft configured to fasten fractured bone fragments of a patient and retract the fractured bone fragments in a front and rear direction; a measuring device connected and installed to the retracting shaft to measure a retracting location or a retracting force of the retracting shaft ; an actuator connected and installed to the retracting shaft to drive the retracting shaft in the front and rear direction; a driver configured to supply a power required for driving the actuator to the actuator according to a driving control signal; and a controller configured to generate a driving control signal, which is required for the driver to supply a power, by comparing a retracting request signal input from a user with a measured value transmitted from the measuring device and transmit the driving control signal to the driver , characterized in that the active retractor further comprises: a retracting arm mounted and installed to the actuator to operate in the front and rear direction, one side of the retracting shaft being inserted in and fastened to the retracting arm so that the retracting shaft is driven in the front and rear direction by the retracting arm , the retracting arm releasing the fastening of the retracting shaft when a force equal to or greater than a preset force is applied thereto so that the retracting shaft is released.
An acoustic wave diagnostic apparatus , comprising: a display unit configured to display an acquired acoustic wave image; a measurement target determination unit configured to determine one measurement target included in the acoustic wave image displayed on the display unit, wherein the measurement target determination unit determines the one measurement target by image recognition, the measurement target including an organ or a lesion part; a measurement algorithm setting unit configured to set a measurement algorithm based on the one measurement target; a measurement unit configured to automatically measure the one measurement target in the acoustic wave image based on the measurement algorithm set by the measurement algorithm setting unit and displays a measurement result on the display unit; an operation unit configured for a user to perform an input operation ; and a measurement execution instruction receiving unit configured to receive a measurement execution instruction from the user through the operation unit wherein the measurement execution instruction receiving unit determines freezing the acoustic wave images sequentially displayed on the display unit by the user through the operation unit to be the measurement execution instruction, and once the measurement execution instruction receiving unit receives the measurement execution instruction, the one measurement target in the acoustic wave image is automatically determined and measurement corresponding to the one measurement target is automatically made . a display unit configured to display an acquired acoustic wave image; a measurement target determination unit configured to determine one measurement target included in the acoustic wave image displayed on the display unit, wherein the measurement target determination unit determines the one measurement target by image recognition, the measurement target including an organ or a lesion part; a measurement algorithm setting unit configured to set a measurement algorithm based on the one measurement target; a measurement unit configured to automatically measure the one measurement target in the acoustic wave image based on the measurement algorithm set by the measurement algorithm setting unit and displays a measurement result on the display unit; an operation unit configured for a user to perform an input operation ; and a measurement execution instruction receiving unit configured to receive a measurement execution instruction from the user through the operation unit wherein the measurement execution instruction receiving unit determines freezing the acoustic wave images sequentially displayed on the display unit by the user through the operation unit to be the measurement execution instruction, and once the measurement execution instruction receiving unit receives the measurement execution instruction, the one measurement target in the acoustic wave image is automatically determined and measurement corresponding to the one measurement target is automatically made .