mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for grinding a work-piece using a grinding tool , the machine comprising a spindle comprising a work-piece holder for holding the work-piece and a motor connected to the spindle so as to rotate the work-piece during grinding, the machine further comprising a tool post for mounting and maneuvering the grinding tool relative to the work-piece , wherein the machine further comprises a print system for printing printable material to the work-piece via additive manufacturing, wherein the print system is configured and constructed for printing printable material to the work-piece while, in use, the work-piece remains connected to the work-piece holder wherein the machine comprises a controller configured to control the rotation of the work-piece during both grinding and additive manufacturing and the machine being characterized in that it further comprises surface treatment means configured to perform: - cleaning a surface of the work-piece before, in use, applying the printable material , and - roughening the surface of the work-piece before, in use, applying the printable material to the work-piece whereby the surface roughening generates attachment elements that improve the bonding between the workpiece surface and the printable material. - cleaning a surface of the work-piece before, in use, applying the printable material , and - roughening the surface of the work-piece before, in use, applying the printable material to the work-piece whereby the surface roughening generates attachment elements that improve the bonding between the workpiece surface and the printable material.
A component mounting device comprising: a head that includes a nozzle capable of picking up a component; a head holding means configured to hold and release the head ; and a control means configured to determine whether the head held by the head holding means deviates from a specified reference beyond an allowable range and execute a process for a holding error rather than a component mounting process if the deviation exceeds the allowable range. wherein the control means executes a process of controlling the head holding means so that the head holding means temporarily releases and holds the head again, as the process for the holding error, wherein the specified reference is a specified position of the head holding means . a head that includes a nozzle capable of picking up a component; a head holding means configured to hold and release the head ; and a control means configured to determine whether the head held by the head holding means deviates from a specified reference beyond an allowable range and execute a process for a holding error rather than a component mounting process if the deviation exceeds the allowable range. wherein the control means executes a process of controlling the head holding means so that the head holding means temporarily releases and holds the head again, as the process for the holding error, wherein the specified reference is a specified position of the head holding means .
An efficiency monitor for monitoring the efficiency of inductive power transmission between an inductive power outlet and an electric device , the inductive power outlet comprising at least one primary coil wired to a power supply, for inductively coupling with a secondary coil of the electric device that is wired to an electric load , the efficiency monitor comprising: at least one processor incorporated in the inductive power outlet ; and at least one input power monitor , incorporated in the inductive power outlet , and configured to measure input power (P in ) delivered to the primary coil and to provide the processor with a input power value obtained by measuring said input power; and characterized by at least one output power monitor , incorporated in the electric device and configured to measure output power (P out ) received by the secondary coil and communicate an output power value obtained by measuring said output power to the processor ; wherein said at least one processor is configured to determine an index of power-loss based on at least one of: an efficiency quotient Q, defined as the ratio of said output power to said input power; and an efficiency differential Δ, defined as the difference between said output power and said input power. at least one processor incorporated in the inductive power outlet ; and at least one input power monitor , incorporated in the inductive power outlet , and configured to measure input power (P in ) delivered to the primary coil and to provide the processor with a input power value obtained by measuring said input power; and characterized by at least one output power monitor , incorporated in the electric device and configured to measure output power (P out ) received by the secondary coil and communicate an output power value obtained by measuring said output power to the processor ; an efficiency quotient Q, defined as the ratio of said output power to said input power; and an efficiency differential Δ, defined as the difference between said output power and said input power.
A composite cathode, comprising: a cathode conductor layer comprising a mixed conductor; and a cathode junction layer adjacent to the cathode conductor layer, the cathode junction layer comprising a solid electrolyte, wherein the mixed conductor has a lithium-ion conductivity and an electrical conductivity, wherein the solid electrolyte has a lithium-ion conductivity, wherein the cathode conductor layer is carbon-free, and wherein the mixed conductor comprises a compound represented by Formula 1: Formula 1 Li x M y X z , wherein M comprises a transition metal element of Groups 3 to 12, a metalloid element of Groups 13 to 16, a metal of Groups 13 to 16 the Periodic Table, or a combination thereof, X comprises a nonmetallic element of Groups 15 to 17 of the Periodic Table, and x satisfies 0<x<5, y satisfies 0<y<6, and z satisfies 0<z<15. a cathode conductor layer comprising a mixed conductor; and a cathode junction layer adjacent to the cathode conductor layer, the cathode junction layer comprising a solid electrolyte, wherein the mixed conductor has a lithium-ion conductivity and an electrical conductivity, wherein the solid electrolyte has a lithium-ion conductivity, wherein the cathode conductor layer is carbon-free, and wherein the mixed conductor comprises a compound represented by Formula 1: Formula 1 Li x M y X z , wherein M comprises a transition metal element of Groups 3 to 12, a metalloid element of Groups 13 to 16, a metal of Groups 13 to 16 the Periodic Table, or a combination thereof, X comprises a nonmetallic element of Groups 15 to 17 of the Periodic Table, and x satisfies 0<x<5, y satisfies 0<y<6, and z satisfies 0<z<15.
Illumination device for illuminating an interior space of a vehicle, having a primary light source , a light-directing element and a lens closing off the illumination device in the direction of the interior space of the vehicle, - wherein a light-guide element is arranged between the primary light source and the lens , which light-guide element has discontinuities that are arranged in a specified shape, - wherein a secondary light source is arranged such that light emitted by the secondary light source is coupled into the light-guide element , and - wherein the lens is designed to be sensitive to touch and/or sensitive to proximity, characterized - in that the light-guide element is arranged between the primary light source and an end of the light-directing element facing the lens . - wherein a light-guide element is arranged between the primary light source and the lens , which light-guide element has discontinuities that are arranged in a specified shape, - wherein a secondary light source is arranged such that light emitted by the secondary light source is coupled into the light-guide element , and - wherein the lens is designed to be sensitive to touch and/or sensitive to proximity, - in that the light-guide element is arranged between the primary light source and an end of the light-directing element facing the lens .
An end member supportable along an associated damper housing and dimensioned for securement to an associated flexible spring member , said end member having a longitudinal axis (AX) and comprising: a wall extending peripherally about said longitudinal axis (AX) and longitudinally between a first end and a second end opposite said first end , said wall including: a first wall portion disposed along said first end and including an outer surface portion dimensioned to receivingly engage the associated flexible spring member ; a second wall portion disposed toward said second end in longitudinally-spaced relation to said first wall portion , said second wall portion including an inner surface portion dimensioned to receivingly engage an associated torsional isolator supported on the associated damper housing ; and, a third wall portion disposed along an opposing side of said second wall portion from said first wall portion , and including a passage surface at least partially defining a passage extending axially through said third wall portion in offset relation to said longitudinal axis (AX), characterized by said third wall portion extending radially outward beyond said second wall portion , and said passage being dimensioned to at least partially receive an associated projection of the associated torsional isolator . a first wall portion disposed along said first end and including an outer surface portion dimensioned to receivingly engage the associated flexible spring member ; a second wall portion disposed toward said second end in longitudinally-spaced relation to said first wall portion , said second wall portion including an inner surface portion dimensioned to receivingly engage an associated torsional isolator supported on the associated damper housing ; and, a third wall portion disposed along an opposing side of said second wall portion from said first wall portion , and including a passage surface at least partially defining a passage extending axially through said third wall portion in offset relation to said longitudinal axis (AX), characterized by said third wall portion extending radially outward beyond said second wall portion , and said passage being dimensioned to at least partially receive an associated projection of the associated torsional isolator .
A method for drilling, the method comprising: deploying a guide tube in a hole , the guide tube comprising a first end proximate to an entry of the hole and a second end proximate to a working face; deploying an endcap at the second end of the guide tube ; and firing , using a ram accelerator , a ram-effect propelled projectile into the first end of the guide tube , wherein at least one of the guide tube or the ram accelerator comprises a rail member , the rail member comprising one or more engagement features to engage with one or more corresponding engagement features of the endcap , to guide the endcap within the at least one of the guide tube or the ram accelerator . deploying a guide tube in a hole , the guide tube comprising a first end proximate to an entry of the hole and a second end proximate to a working face; deploying an endcap at the second end of the guide tube ; and firing , using a ram accelerator , a ram-effect propelled projectile into the first end of the guide tube , wherein at least one of the guide tube or the ram accelerator comprises a rail member , the rail member comprising one or more engagement features to engage with one or more corresponding engagement features of the endcap , to guide the endcap within the at least one of the guide tube or the ram accelerator .
A method of operating a source edge computing server of an edge-computing system , comprising: executing a multi-user edge computing application between the source edge computing server and a first user equipment -UE- for a first user and between the source edge computing server and a second UE for a second user based on: a first user context of the first user comprising a first set of parameters having values specific to the multi-user edge computing application being executed for the first user between the first UE and the source edge computing server ; a second user context of the second user comprising a second set of parameters having values specific to the multi-user edge computing application being executed for the second user between the second UE and the source edge computing server ; and a group context of the first user and the second user comprising group parameters having values shared between the first user and the second user available to the source edge computing server for executing the multi-user edge computing application for the first user and the second user between the first UE and the second UE and the source edge computing server ; - relocating the first user context from the source edge computing server to a target edge computing server , and - providing the group context from the source edge computing server to the target edge computing server . a first user context of the first user comprising a first set of parameters having values specific to the multi-user edge computing application being executed for the first user between the first UE and the source edge computing server ; a second user context of the second user comprising a second set of parameters having values specific to the multi-user edge computing application being executed for the second user between the second UE and the source edge computing server ; and a group context of the first user and the second user comprising group parameters having values shared between the first user and the second user available to the source edge computing server for executing the multi-user edge computing application for the first user and the second user between the first UE and the second UE and the source edge computing server ; - relocating the first user context from the source edge computing server to a target edge computing server , and - providing the group context from the source edge computing server to the target edge computing server .
Rib fracture repair system comprising at least two clamp assemblies between which a shaped plate is slidably held, each clamp assembly including an upper clamp and a lower clamp attached to each other through a connecting member , the upper and lower clamps being shaped for holding a rib (R) together with the shaped plate , wherein the clamp assemblies are configured such that they can be adjusted according to: - a first direction (x) along which the clamp assemblies can be moved along the length of the shaped plate ; - a second direction (y) along which the upper clamp can be moved towards and away from a contact surface of the shaped plate so as to adapt to a first rib transverse dimension (wy); and - a third direction (z) along which the upper clamp can be moved towards and away from the lower clamp so as to adapt to a second rib transverse dimension (wz); and wherein the first, second, and third directions (x, y, z) are orthogonal to each other. - a first direction (x) along which the clamp assemblies can be moved along the length of the shaped plate ; - a second direction (y) along which the upper clamp can be moved towards and away from a contact surface of the shaped plate so as to adapt to a first rib transverse dimension (wy); and - a third direction (z) along which the upper clamp can be moved towards and away from the lower clamp so as to adapt to a second rib transverse dimension (wz); and
A fiber-reinforced composite comprising a reinforcing base material , which is made of a fabric having a warp yarn and a weft yarn , wherein at least one of the warp yarn and the weft yarn has a diameter-changing portion , in which a diameter of the yarn gradually changes in a yarn longitudinal direction, and the yarn that has the diameter-changing portion is made of discontinuous fibers , characterized in that the reinforcing base material is impregnated with a matrix resin (Ma), and the fiber-reinforced composite has or is a thickness-changing portion , in which the thickness of the fiber-reinforced composite gradually changes in correspondence with the gradual change in the diameter of the diameter-changing portion .
A system for treating a vascular disease comprising: a catheter; a stent graft having an outer surface; and at least two side branch portals , each side branch portal having a proximal end and a distal end , each distal end being substantially contiguous with the outer surface of the stent graft , the distal ends being generally axially further spaced apart than the proximal ends; characterised by a constraining sleeve that constrains the stent graft on an end of the catheter for endoluminal delivery of the stent graft ; and a guidewire tube that extends through the at least two side branch portals and preserves a lumen which guides a guidewire through said at least two side branch portals while the stent graft remains constrained by the constraining sleeve . a catheter; a stent graft having an outer surface; and at least two side branch portals , each side branch portal having a proximal end and a distal end , each distal end being substantially contiguous with the outer surface of the stent graft , the distal ends being generally axially further spaced apart than the proximal ends; characterised by a constraining sleeve that constrains the stent graft on an end of the catheter for endoluminal delivery of the stent graft ; and a guidewire tube that extends through the at least two side branch portals and preserves a lumen which guides a guidewire through said at least two side branch portals while the stent graft remains constrained by the constraining sleeve .
Cleaning device for performing cleaning work on a floor to be cleaned, having at least one cleaning element by which a cleaning movement for cleaning the substrate is able to be performed, and having a drive device which drives at least the cleaning movement of the at least one cleaning element , wherein provision is made of an actuating device by which the cleaning movement of the at least one cleaning element is able to be actuated, wherein the cleaning movement comprises a sweeping and/or wiping movement, characterized in that the cleaning movement able to be actuated by the actuating device is in the form of a cyclical cleaning movement, wherein each cycle of the cleaning movement comprises at least a positioning movement of the at least one cleaning element onto the substrate and the sweeping and/or wiping movement, which follows said positioning movement.
A connector for devices having similar connections, in particular a connector for electrically connecting intermediate circuits, wherein the connector has a stack of busbars surrounded by an electrically insulating sheath, wherein the stack has insulating layers arranged between the busbars , wherein the busbars are contacted by tab-like portions in such a way that two or more busbars arranged parallel in the stack are at the same electrical potential, wherein, in the stack, respectively adjacent busbars separated by means of an insulating layer are not contacted by the same tab-like portions, in particular so that they can be connected to a different potential.
A catalyst composition comprising the contact product of (a) at least one α,β-unsaturated carboxylate salt having the formula: wherein X, Y, and Z are selected independently from a C 1 -C 36 alkyl, -CO 2 H; -CO 2 M 1 ; or a hydrogen atom; and wherein M 1 in each occurrence is selected independently from: (i) an alkali metal ion, or(ii) a quaternary ammonium ion; and the at least one α,β-unsaturated carboxylate salt is a salt of acrylic acid, methacrylic acid, fumaric acid, or any combination thereof, and (b) at least one second carboxylate salt selected from the group consisting of potassium pivalate, potassium formate, potassium acetate, potassium propionate, potassium butanoate, potassium pentanoate, potassium hexanoate, potassium neohexanoate, potassium heptanoate, potassium octoate, potassium neooctoate, potassium decanoate, potassium butyrate, potassium isobutyrate, potassium nonante, potassium stearate, potassium neodecanoate, potassium neoheptanoate, sodium octoate, lithium stearate, sodium caprioate, lithium octoate, or any combination thereof. (a) at least one α,β-unsaturated carboxylate salt having the formula: wherein X, Y, and Z are selected independently from a C 1 -C 36 alkyl, -CO 2 H; -CO 2 M 1 ; or a hydrogen atom; and wherein M 1 in each occurrence is selected independently from: (i) an alkali metal ion, or(ii) a quaternary ammonium ion; and the at least one α,β-unsaturated carboxylate salt is a salt of acrylic acid, methacrylic acid, fumaric acid, or any combination thereof, and wherein X, Y, and Z are selected independently from a C 1 -C 36 alkyl, -CO 2 H; -CO 2 M 1 ; or a hydrogen atom; and wherein M 1 in each occurrence is selected independently from: (i) an alkali metal ion, or(ii) a quaternary ammonium ion; and the at least one α,β-unsaturated carboxylate salt is a salt of acrylic acid, methacrylic acid, fumaric acid, or any combination thereof, and (b) at least one second carboxylate salt selected from the group consisting of potassium pivalate, potassium formate, potassium acetate, potassium propionate, potassium butanoate, potassium pentanoate, potassium hexanoate, potassium neohexanoate, potassium heptanoate, potassium octoate, potassium neooctoate, potassium decanoate, potassium butyrate, potassium isobutyrate, potassium nonante, potassium stearate, potassium neodecanoate, potassium neoheptanoate, sodium octoate, lithium stearate, sodium caprioate, lithium octoate, or any combination thereof.
Cuff for the orthotic treatment of joint or muscle problems in the region of joints of the human or animal body, which cuff comprises by overlapping the joint a first cuff part for abutment against a first body part below the joint and a second cuff part for abutment against a second body part above the joint, the two cuff parts being connected to one another via a connecting area and each being formed from a belt which can be placed around the respective body part and is provided with fastening means , whereas, when applying the cuff to the body in the area of the inner side of the joint, the connecting area between the two cuff parts hinders stretching of the first body part relative to the second body part, by placing the connecting area under tensile stress, characterized in that at least one section of the second cuff part above the joint is designed as stretchable, the stretchable section being formed from two or more strip-shaped strands of the second cuff part which are separated from one another and of which the strand or strands facing away from the bend of the joint is or are of rubber-elastic design.