mhurhangee/patent-ind-claim-en huggingface dataset:
A space system comprising a structure formed by structure components , an on-board equipment carried by the structure , and a passive device designed to facilitate early demise of the space system during re-entry into the Earth's atmosphere; the passive device comprises a plurality of connecting members designed to stably connect the structure components to each other; each connecting member comprises a plurality of connecting components designed to mate with each other so as to create a stable connection between a corresponding pair of structure components during launch and orbit operation of the space system ; wherein at least one primer component of the plurality of connecting components of a connecting member of the plurality of connecting members is made of a primer material which is different from that of the other connecting components of the connecting member of the plurality of connecting members and whose characteristics are such as to decay at re-entry altitudes higher, that is at temperatures lower, than those at which the characteristics of the materials of the other connecting components decay, so as to loosen in advance the stable connection created by the connecting member during re-entry of the space system into the Earth's atmosphere to such an extent as to allow the two structure components to disconnected from each other, thus early triggering demise of the structure of the space system .
Method for providing dynamic state information for at least a part of a coordinate measuring machine , the coordinate measuring machine comprising • a base , • a probe head , • a machine structure with structural components (12-14,22-24) for linking the probe head to the base and • at least one drive mechanism for providing movability of the probe head relative to the base , the method comprising • defining a dynamic model with a first set of state variables, the state variables ∘ being related to a set of physical properties of at least the part of the coordinate measuring machine and ∘ representing an actual state of at least the part of the coordinate measuring machine , • providing the first set of state variables in a database and • deriving the actual state of at least the part of the coordinate measuring machine by a calculation based on the dynamic model, characterised by • monitoring at least one of the state variables of the first set of state variables and, based thereon, determining a change of at least one of the state variables, • setting a second set of state variables with updated state variables as to the determined change of the at least one of the state variables and • updating the dynamic model using the second set of state variables as the first set of state variables, in particular wherein the actual state of at least the part of the coordinate measuring machine is calculated based on at least the second set of state variables. • a base , • a probe head , • a machine structure with structural components (12-14,22-24) for linking the probe head to the base and • at least one drive mechanism for providing movability of the probe head relative to the base , the method comprising • defining a dynamic model with a first set of state variables, the state variables ∘ being related to a set of physical properties of at least the part of the coordinate measuring machine and ∘ representing an actual state of at least the part of the coordinate measuring machine , ∘ being related to a set of physical properties of at least the part of the coordinate measuring machine and ∘ representing an actual state of at least the part of the coordinate measuring machine , • providing the first set of state variables in a database and • deriving the actual state of at least the part of the coordinate measuring machine by a calculation based on the dynamic model, characterised by • monitoring at least one of the state variables of the first set of state variables and, based thereon, determining a change of at least one of the state variables, • setting a second set of state variables with updated state variables as to the determined change of the at least one of the state variables and • updating the dynamic model using the second set of state variables as the first set of state variables, in particular wherein the actual state of at least the part of the coordinate measuring machine is calculated based on at least the second set of state variables.
A rotationally symmetric nonius system comprising a first measuring body , wherein the first measuring body comprises a first carrier element and a plurality of permanent magnets arranged in the first carrier element, wherein in the first measuring body an uneven number of permanent magnets is provided and the permanent magnets are arranged in the same manner in terms of their direction of magnetization, wherein the sensor system further comprises a sensor for sensing the change of the magnetic field by moving the measuring body , wherein the rotationally symmetric nonius system further comprises: a second measuring body having an even number of permanent magnets whose direction of magnetization is alternating, a second sensor by means of which the changing magnetic field of the second measuring body is sensed, wherein the direction of magnetization of the permanent magnets in the first and the second measuring body extends in an axial direction, i.e. in parallel to the rotation axis of the nonius system, or in a radial direction. a second measuring body having an even number of permanent magnets whose direction of magnetization is alternating, a second sensor by means of which the changing magnetic field of the second measuring body is sensed, wherein the direction of magnetization of the permanent magnets in the first and the second measuring body extends in an axial direction, i.e. in parallel to the rotation axis of the nonius system, or in a radial direction.
A handling system for handling a longitudinal construction element, such as a beam (P2, P3) or a post (P1), comprising a base intended to be mounted on a vehicle , handling means for handling a longitudinal construction element, and movement means for moving the handling means in space, the movement means on the one hand being coupled to the base and on the other hand being coupled to the handling means , the handling system being characterised in that the movement means comprise: - a telescoping arm assembly ; - mounting means coupling, to the base , a first end of the telescoping arm assembly in a manner making it possible to pivot the telescoping arm assembly upward or downward while pivoting the telescoping arm assembly about a vertical axis, such that the telescoping arm assembly is able to be oriented, the mounting means being mounted on the base so as to be able to slide along the base along a so-called transverse direction, wherein the transverse direction is, once the base is mounted on the vehicle , perpendicular to the movement direction of the vehicle ; and - remote control means for the orientation and the elongation/retraction of the telescoping arm assembly , and in that the handling means comprise a spreader beam provided with gripping means able to grasp a longitudinal construction element and to release it, the spreader beam being coupled to the second end of the telescoping arm assembly by means of a connecting device allowing pivoting of the spreader beam about a vertical axis and about a horizontal axis orthogonal to the longitudinal direction of the spreader . - a telescoping arm assembly ; - mounting means coupling, to the base , a first end of the telescoping arm assembly in a manner making it possible to pivot the telescoping arm assembly upward or downward while pivoting the telescoping arm assembly about a vertical axis, such that the telescoping arm assembly is able to be oriented, the mounting means being mounted on the base so as to be able to slide along the base along a so-called transverse direction, wherein the transverse direction is, once the base is mounted on the vehicle , perpendicular to the movement direction of the vehicle ; and - remote control means for the orientation and the elongation/retraction of the telescoping arm assembly ,
A bean grinding apparatus comprising an inner grinding burr ; a complementary outer grinding burr ; a shaft carrying the inner burr ; a bearing journaling the shaft for rotation about a rotational axis (A); an outer burr support which supports the outer burr , wherein the outer burr support defines a recess within which the outer burr is located; wherein the bearing is arranged concentrically with respect to the recess , such that the inner burr is located concentrically with respect to the outer burr ; characterised in that the apparatus further includes a bearing support plate located within the recess , wherein the bearing is carried by the bearing support plate .
A binder system comprising: (i) an epoxy-based binder; (ii) trimethylolethane triglycidyl ether; (iii) a curing agent; and (iv) a homopolymerisation accelerator, wherein the wt% of trimethylolethane triglycidyl ether, based on the total dry weight of binder system, is higher than the wt% of epoxy-based binder, based on the total dry weight of the binder system. (i) an epoxy-based binder; (ii) trimethylolethane triglycidyl ether; (iii) a curing agent; and (iv) a homopolymerisation accelerator,
An automatic injection device , comprising: a container body configured to be filled with a liquid medication having a tubular form, wherein the container body comprises a proximal end and an open distal end through which a piston is inserted, wherein the piston is slidably disposed within the container body and contacting the inner walls of the container body ; characterized in that the automatic injection device further comprises: a spring disposed between the piston and the proximal end of the container body contacting the proximal end of the container body ; a releasable restraining means configured to releasably restrain the piston in a locked state against the biasing of the spring , wherein, upon release of the releasable restraining means , the piston moves under force of the spring toward the open distal end of the container body ; an activation means configured to release the releasable restraining means ; a needle cap placed at the open distal end of the container body; and a needle placed at the open distal end of said container body . a spring disposed between the piston and the proximal end of the container body contacting the proximal end of the container body ; a releasable restraining means configured to releasably restrain the piston in a locked state against the biasing of the spring , wherein, upon release of the releasable restraining means , the piston moves under force of the spring toward the open distal end of the container body ; an activation means configured to release the releasable restraining means ; a needle cap placed at the open distal end of the container body; and a needle placed at the open distal end of said container body .
A vacuum cleaner comprising: a power supply ; a suction unit including a main suction port; a driving unit including a motor including a rotor and a stator ; a sensing unit including a hall sensor to detect a position of the rotor; and a controller configured to control the power supply to supply predetermined rearrangement power to the motor for rotating the rotor for a predetermined time period, and to supply start-up power to the motor according to the detected position of the rotor. a power supply ; a suction unit including a main suction port; a driving unit including a motor including a rotor and a stator ; a sensing unit including a hall sensor to detect a position of the rotor; and a controller configured to control the power supply to supply predetermined rearrangement power to the motor for rotating the rotor for a predetermined time period, and to supply start-up power to the motor according to the detected position of the rotor.
The compound according to formula (V): or a pharmaceutically acceptable salt thereof, containing either a chelated radioactive cation or wherein F is optionally 18 F.
An acoustic window layer for an ultrasound array , which layer has an inner surface arranged to face the array and an outer surface arranged to face a patient, and comprising an outer layer , wherein the outer layer is located at the outer surface of the acoustic window layer, characterized in that the outer layer comprises a thermoplastic polymer polymethylpentene and an elastomer selected from the polyolefin family, POE, blended therein. wherein the outer layer is located at the outer surface of the acoustic window layer, characterized in that the outer layer comprises a thermoplastic polymer polymethylpentene and an elastomer selected from the polyolefin family, POE, blended therein.
A composition comprising: vinyl resin; an amine compound represented by the following formula (I): in which L 1 , L 2 and L 3 are each independently a divalent group formed by binding identical or different, two or three bonding units selected from the group consisting of -CR 2 - (R is each independently hydrogen or an alkyl having 1 to 6 carbon atoms), -(C=O)- or -O-, and L 1 , L 2 and L 3 respectively comprise at least one -CR 2 -; and a solvent. vinyl resin; an amine compound represented by the following formula (I): in which L 1 , L 2 and L 3 are each independently a divalent group formed by binding identical or different, two or three bonding units selected from the group consisting of -CR 2 - (R is each independently hydrogen or an alkyl having 1 to 6 carbon atoms), -(C=O)- or -O-, and L 1 , L 2 and L 3 respectively comprise at least one -CR 2 -; and a solvent. in which L 1 , L 2 and L 3 are each independently a divalent group formed by binding identical or different, two or three bonding units selected from the group consisting of -CR 2 - (R is each independently hydrogen or an alkyl having 1 to 6 carbon atoms), -(C=O)- or -O-, and L 1 , L 2 and L 3 respectively comprise at least one -CR 2 -; and a solvent.
A vascular repair device for treating aortic vascular damage, comprising: a) a main prosthesis having a main graft component that includes an external surface and an internal surface , the main graft component defining a main lumen, a proximal end , a distal end wherein the proximal end defines a first major longitudinal axis and the distal end defines a second major longitudinal axis wherein the first major longitudinal axis is at a positive angle to the second major longitudinal axis , and a transition section between the proximal end and the distal end, the transition section defining four distal openings ; b) external stents secured on either side of the transition section of the main graft component ; c) a proximal stent extending proximally from the proximal end of the main graft component , the proximal stent including proximal apices and distal apices and being secured to an inside surface of the main graft component at the distal apices ; d) an adjacent stent that is distal to the proximal stent and secured to the internal surface of the main graft component , the adjacent stent including proximal apices and distal apices, wherein the proximal apices of the adjacent stent are nested between the distal apices of the proximal stent ; e) four subsections extending distally within the main graft component from the four distal openings, respectively; and f) internal prostheses secured within the main graft component from which the subsections distally extend. a) a main prosthesis having a main graft component that includes an external surface and an internal surface , the main graft component defining a main lumen, a proximal end , a distal end wherein the proximal end defines a first major longitudinal axis and the distal end defines a second major longitudinal axis wherein the first major longitudinal axis is at a positive angle to the second major longitudinal axis , and a transition section between the proximal end and the distal end, the transition section defining four distal openings ; b) external stents secured on either side of the transition section of the main graft component ; c) a proximal stent extending proximally from the proximal end of the main graft component , the proximal stent including proximal apices and distal apices and being secured to an inside surface of the main graft component at the distal apices ; d) an adjacent stent that is distal to the proximal stent and secured to the internal surface of the main graft component , the adjacent stent including proximal apices and distal apices, wherein the proximal apices of the adjacent stent are nested between the distal apices of the proximal stent ; e) four subsections extending distally within the main graft component from the four distal openings, respectively; and f) internal prostheses secured within the main graft component from which the subsections distally extend.
Method of post-treatment of a part obtained by additive manufacturing by sintering of a powder of a plastic material, for the elimination of the particles detached from said part or that are partially sintered, the method comprising successive steps of: - stripping; (S1) and - ionizing blowing (S2). - stripping; (S1) and - ionizing blowing (S2).
A reusable surgical instrument comprising: an articulated end-effector , mounted on a distal extremity of the reusable surgical instrument , comprising one or more end-effector links ; a proximal hub mounted on the proximal extremity of the reusable instrument comprising one or more rotating elements configured to actuate the end-effector links ,; mechanical transmission elements configured to transmit motion from the proximal hub to the articulated end-effector ; and a shaft which defines the longitudinal axis of the instrument , comprising one or more internal structural elements (2") incorporating the mechanical transmission elements , wherein the internal structural elements (2") are fixed directly to the proximal hub and comprise a first threaded surface at the proximal hub , and an external tube having a second threaded surface , the external tube configured to, when attached to the shaft at the proximal hub via the first and second threaded surfaces , protect the internal structural elements (2") and prevent the passage of air through the reusable instrument to maintain insufflation of a body cavity and, when dis-attached from the shaft , expose the mechanical transmission elements along an entire length of the shaft . an articulated end-effector , mounted on a distal extremity of the reusable surgical instrument , comprising one or more end-effector links ; a proximal hub mounted on the proximal extremity of the reusable instrument comprising one or more rotating elements configured to actuate the end-effector links ,; mechanical transmission elements configured to transmit motion from the proximal hub to the articulated end-effector ; and a shaft which defines the longitudinal axis of the instrument , comprising one or more internal structural elements (2") incorporating the mechanical transmission elements , wherein the internal structural elements (2") are fixed directly to the proximal hub and comprise a first threaded surface at the proximal hub , and an external tube having a second threaded surface , the external tube configured to, when attached to the shaft at the proximal hub via the first and second threaded surfaces , protect the internal structural elements (2") and prevent the passage of air through the reusable instrument to maintain insufflation of a body cavity and, when dis-attached from the shaft , expose the mechanical transmission elements along an entire length of the shaft .
A cooking device comprising a body ; a cooking chamber which is disposed in the body and wherein the foodstuffs to be cooked are placed; a casing in the form of a box with the front side open surrounding the cooking chamber , which has a rear wall covering the rear surface of the body and a ceiling covering the top surface of the body ; at least one heater which is disposed in the cooking chamber and which provides the cooking of the foodstuffs during the cooking process; a door which is disposed on the body and which interrupts the contact between the cooking chamber and the outer environment; a protective wire which is positioned between the heater and the foodstuff placed in the cooking chamber and which is arranged to distribute the heat generated by the heater into the cooking chamber ; a dampening plate which is disposed onto the protective wire and which dampens the heat transmitted onto the foodstuff by the heater so as to prevent the foodstuff from being damaged, characterized by a plurality of housings which are arranged on the protective wire , and the dampening plate having a plurality of claws which engage with the housings so as to be prevented from moving in the vertical axis.
An AD conversion device comprising: an AD conversion section (31 n ) that includes a comparator configured to compare an electrical signal with a variable-level reference signal, and that is configured to perform AD (Analog to Digital) conversion of the electrical signal by using the result of comparison made by the comparator between the electrical signal and the reference signal; and a control section configured to exercise control in such a manner that a bias current (IA), flowing in the comparator to operate the comparator , is a first current in a slope-free section of the reference signal, and that the bias current (I A ) is a second current in a slope-containing section (DP, DD) of the reference signal, the first current being larger than 0 (zero), the second current being larger than the first current, wherein the control section is further configured to control a switch to disconnect a capacitor from the output of the comparator during the slope-free section of the reference signal, and to connect the capacitor to the output of the comparator during the slope-containing section (DP, DD) of the reference signal. an AD conversion section (31 n ) that includes a comparator configured to compare an electrical signal with a variable-level reference signal, and that is configured to perform AD (Analog to Digital) conversion of the electrical signal by using the result of comparison made by the comparator between the electrical signal and the reference signal; and a control section configured to exercise control in such a manner that a bias current (IA), flowing in the comparator to operate the comparator , is a first current in a slope-free section of the reference signal, and that the bias current (I A ) is a second current in a slope-containing section (DP, DD) of the reference signal, the first current being larger than 0 (zero), the second current being larger than the first current, wherein the control section is further configured to control a switch to disconnect a capacitor from the output of the comparator during the slope-free section of the reference signal, and to connect the capacitor to the output of the comparator during the slope-containing section (DP, DD) of the reference signal.