mhurhangee/patent-ind-claim-en huggingface dataset:
A trans-illumination adapter sleeve device for an intraoral scanner, the device comprising: a sleeve body configured to couple with a wand of an intraoral scanner, the sleeve body comprising a light-passing region at a distal end of the sleeve body configured to allow near-infrared (near-IR) light to pass through the sleeve; a first wing region extending from the distal end of the sleeve body adjacent to the light-passing region; a second wing region extending from the distal end of the sleeve body adjacent to the light-passing region; a near-IR light source configured to emit near-IR light from the first wing region transverse to the light-passing region; and one or more electrical contacts within the sleeve and configured to power the near-IR light source. a sleeve body configured to couple with a wand of an intraoral scanner, the sleeve body comprising a light-passing region at a distal end of the sleeve body configured to allow near-infrared (near-IR) light to pass through the sleeve; a first wing region extending from the distal end of the sleeve body adjacent to the light-passing region; a second wing region extending from the distal end of the sleeve body adjacent to the light-passing region; a near-IR light source configured to emit near-IR light from the first wing region transverse to the light-passing region; and one or more electrical contacts within the sleeve and configured to power the near-IR light source.
A roller tube that is elongated between opposed first and second ends along an axis of rotation, the roller tube configured to be operably attached to a flexible material, the roller tube comprising: a first tube that is fabricated such that a first portion of the roller tube exhibits a first material stiffness and second and third portions of the roller tube exhibit a second material stiffness that is different from the first material stiffness, the first portion has a first tensile modulus and the second and third portions have a second tensile modulus, wherein the second portion extends from the first end of the roller tube , the third portion extends from the second end of the roller tube , and the first portion extends between the second and third portions, and wherein layers of a first material in the first portion of the roller tube are staggered with layers of a second material in the second portion of the roller tube at a first interface of the first and second portions, and wherein layers of the first material in the first portion of the roller tube are staggered with layers of the second material in the third portion of the roller tube at a second interface of the first and third portions. a first tube that is fabricated such that a first portion of the roller tube exhibits a first material stiffness and second and third portions of the roller tube exhibit a second material stiffness that is different from the first material stiffness, the first portion has a first tensile modulus and the second and third portions have a second tensile modulus, wherein the second portion extends from the first end of the roller tube , the third portion extends from the second end of the roller tube , and the first portion extends between the second and third portions, and wherein layers of a first material in the first portion of the roller tube are staggered with layers of a second material in the second portion of the roller tube at a first interface of the first and second portions, and wherein layers of the first material in the first portion of the roller tube are staggered with layers of the second material in the third portion of the roller tube at a second interface of the first and third portions.
A method for a safety system of a mining vehicle, comprising: detecting an obstacle in a safety zone of the mining vehicle on the basis of scanning the surroundings of the mining vehicle while the mining vehicle is driven, characterized in that obstacle information comprising at least location information of predetermined obstacles determined safe is stored for the safety system, location information of the obstacle detected in the safety zone of the mining vehicle on the basis of the scanning is compared with the location information determined in the obstacle information, whereby if the detected obstacle is not determined safe in the obstacle information, a collision warning and/or stop command is given to control the mining vehicle to stop, and if the detected obstacle is determined safe in the obstacle information, stopping of the mining vehicle due to the detected obstacle is prevented . detecting an obstacle in a safety zone of the mining vehicle on the basis of scanning the surroundings of the mining vehicle while the mining vehicle is driven, characterized in that obstacle information comprising at least location information of predetermined obstacles determined safe is stored for the safety system, location information of the obstacle detected in the safety zone of the mining vehicle on the basis of the scanning is compared with the location information determined in the obstacle information, whereby if the detected obstacle is not determined safe in the obstacle information, a collision warning and/or stop command is given to control the mining vehicle to stop, and if the detected obstacle is determined safe in the obstacle information, stopping of the mining vehicle due to the detected obstacle is prevented .
An artificial nucleic acid molecule comprising at least one coding region encoding - at least one antigenic peptide or protein, - at least one T helper epitope, and - at least one additional amino acid sequence derived from at least one immune response activating signal transduction protein located in the external plasma membrane, wherein said at least one immune response activating signal transduction protein located in the external plasma membrane is CTLA4, and wherein said at least one additional amino acid sequence comprises or consists of at least one transmembrane domain from CTLA4. - at least one antigenic peptide or protein, - at least one T helper epitope, and - at least one additional amino acid sequence derived from at least one immune response activating signal transduction protein located in the external plasma membrane,
A cabinet with anti-condensation mechanism, the cabinet includes a cabinet body and a cabinet door , and the cabinet body and the cabinet door form an accommodating space , the cabinet with anti-condensation mechanism configured to control a timing of opening and closing the cabinet door of the cabinet to prevent condensation and short circuit of an electrical device in the accommodating space when the cabinet door is opened, characterized in that the cabinet comprises: a control module , configured to sense a cabinet-inside temperature (Ti) inside the cabinet , and sense a cabinet-outside temperature (To) and a cabinet-outside humidity (Ho) outside the cabinet to generate a dew-point threshold value, a temperature control module , coupled to the control module and configured to adjust the cabinet-inside temperature (Ti), and a locking module , coupled to the control module and the cabinet door and configured to lock the cabinet door or unlock the cabinet door , wherein the control module controls the locking module according to the cabinet-inside temperature (Ti) and the dew-point threshold value, and wherein when the control module receives a trigger signal, the control module controls the temperature control module to adjust the cabinet-inside temperature (Ti) to be greater than or equal to the dew-point threshold value, and then unlocks the cabinet door to avoid the occurrence of condensation in the accommodating space when the control module determines that the cabinet-inside temperature (Ti) is greater than or equal to the dew-point threshold value. a control module , configured to sense a cabinet-inside temperature (Ti) inside the cabinet , and sense a cabinet-outside temperature (To) and a cabinet-outside humidity (Ho) outside the cabinet to generate a dew-point threshold value, a temperature control module , coupled to the control module and configured to adjust the cabinet-inside temperature (Ti), and a locking module , coupled to the control module and the cabinet door and configured to lock the cabinet door or unlock the cabinet door , wherein the control module controls the locking module according to the cabinet-inside temperature (Ti) and the dew-point threshold value, and wherein when the control module receives a trigger signal, the control module controls the temperature control module to adjust the cabinet-inside temperature (Ti) to be greater than or equal to the dew-point threshold value, and then unlocks the cabinet door to avoid the occurrence of condensation in the accommodating space when the control module determines that the cabinet-inside temperature (Ti) is greater than or equal to the dew-point threshold value.
A method for changing the control data of a chip card , wherein the chip card has a chip card operating system with a hierarchical chip card file system, a protected non-volatile electronic storage unit to which external access is only possible via a processor of the chip card, and a volatile working storage unit , wherein the chip card file system contains index files (DFs) and data files (EFs), wherein a file tree consisting of at least one index file and multiple data files (132, 140, ...) is stored in the protected electronic storage unit, wherein control data for useful data are stored in at least one of the files, the useful data are stored in a storage area of the protected electronic storage unit, and a pointer to this storage area is stored in the at least one data file , wherein the chip card is activated for active operation, wherein, in order to change the control data by the chip card operating system, a copy of at least one sub-tree, which contains the file , of the file tree in the chip card is temporarily stored in the working storage unit , changed control data are stored in the at least one file of the copied sub-tree, and the changed copy of the sub-tree is permanently stored in the protected electronic storage unit and activated, and the original sub-tree is deleted or deactivated.
Power converter for DC/DC or AC/DC conversion, said power converter (PC) having a primary side and a secondary side separated by a transformer (TX1), said primary side being connected to a primary winding of said transformer (TX1) and being an input circuit of said power converter, and said secondary side being connected to a secondary winding of said transformer (TX1) and being an output circuit of said power converter (PC), said power converter (PC) further comprising at least one active clamp circuit (ACC) connected to said secondary side; wherein said at least one active clamp circuit (ACC) comprises: - a first capacitor (C1) connected in series with a parallel combination of a switch (S1) and a diode (D1), and - a second capacitor (C2) connected in parallel with said series combination of said first capacitor (C1) and said parallel combination of said switch (S1) and said diode (D1), - a first node being connected to said first capacitor (C1) and to said second capacitor (C2), - a second node being connected to said first capacitor (C1), said switch (S1) and to an anode of said diode (D1), and - a third node being connected to said switch (S1), a cathode of said diode (D1) and to said second capacitor (C2); characterized in that the current of an inductance (L1) being connected in series with said secondary winding charges said second capacitor (C2) and a previous peak current in said second capacitor (C2) charges said first capacitor (C1) through the inductance; said first node is connected to a first node of said secondary winding and said third node is connected to a low ohmic node of said secondary side; said power converter (PC) further comprises multiple primary switches (QA; QB; QC; QD) connected to said primary side, wherein said multiple primary switches (QA; QB; QC; QD) are switches corresponding to said at least one active clamp circuit (ACC), and said switch (S1) comprised in at least one active clamp circuit (ACC) is arranged to be turned on and off at the same time as when at least one corresponding primary switch of said multiple primary switches (QA; QB; QC; QD) is turned on and off. - a first capacitor (C1) connected in series with a parallel combination of a switch (S1) and a diode (D1), and - a second capacitor (C2) connected in parallel with said series combination of said first capacitor (C1) and said parallel combination of said switch (S1) and said diode (D1), - a first node being connected to said first capacitor (C1) and to said second capacitor (C2), - a second node being connected to said first capacitor (C1), said switch (S1) and to an anode of said diode (D1), and - a third node being connected to said switch (S1), a cathode of said diode (D1) and to said second capacitor (C2);
Fan wheel for an axial fan for generating a cool air flow through a heat exchanger of a vehicle, - with a hub and several blades which are connected in each case at a blade root with the hub , - wherein the blades have in each case one blade body which possesses on a suction side of the fan wheel a front side and on a pressure side of the fan wheel a back side and which has a leading edge and a trailing edge , - wherein at least one of the blades on the pressure side of the fan wheel has a ramp which protrudes on the back side of the blade body and which, starting from a starting region , in which the blade root and the leading edge of the respective blade are located, extends in the direction of the trailing edge and a blade tip of the respective blade , - wherein the respective ramp begins at the blade root and/or at the hub , characterised in that the respective ramp extends across at least 75% of a blade length measured from the blade root to the blade tip . - with a hub and several blades which are connected in each case at a blade root with the hub , - wherein the blades have in each case one blade body which possesses on a suction side of the fan wheel a front side and on a pressure side of the fan wheel a back side and which has a leading edge and a trailing edge , - wherein at least one of the blades on the pressure side of the fan wheel has a ramp which protrudes on the back side of the blade body and which, starting from a starting region , in which the blade root and the leading edge of the respective blade are located, extends in the direction of the trailing edge and a blade tip of the respective blade , - wherein the respective ramp begins at the blade root and/or at the hub , characterised in that the respective ramp extends across at least 75% of a blade length measured from the blade root to the blade tip .
A jaw assembly for a surgical tubular shaft instrument comprising a supporting component , a first arm including a first active area and a second arm having a second active area , wherein each of the first arm and the second arm has one link element and the arms are held by the supporting component in the axial direction, a cam carrier element is arranged in the jaw assembly which is axially movable relative to the supporting component and carries at least two cams (321, 322, 323; 331, 332, 333), characterized in that each link element is designed to be in contact with at least two cams (321, 322, 323; 331, 332, 333) when there is a relative axial movement between the supporting component and the cam carrier element , said cams being provided on the cam carrier element , and is designed to slide off said cams to effect an opening or closing of the jaw assembly by a movement of the two arms directed toward each other or away from each other. a first arm including a first active area and a second arm having a second active area , wherein each of the first arm and the second arm has one link element and the arms are held by the supporting component in the axial direction, a cam carrier element is arranged in the jaw assembly which is axially movable relative to the supporting component and carries at least two cams (321, 322, 323; 331, 332, 333), characterized in that each link element is designed to be in contact with at least two cams (321, 322, 323; 331, 332, 333) when there is a relative axial movement between the supporting component and the cam carrier element , said cams being provided on the cam carrier element , and is designed to slide off said cams to effect an opening or closing of the jaw assembly by a movement of the two arms directed toward each other or away from each other.
An underwater transport container . which can be transported and manipulated by a swimming diver, wherein the underwater transport container comprises a front section , a central section and a rear section , wherein the underwater transport container has a cylindrical base shape for storage in a weapon barrel , wherein the central section comprises at least one storage area , wherein the front section comprises at least one first buoyancy compensation element , wherein the rear section comprises at least one second buoyancy compensation element , wherein the first buoyancy compensation element and the second buoyancy compensation element are arranged inside the underwater transport container , wherein the front section comprises at least one first surface buoyancy element , wherein the rear section comprises at least one second surface buoyancy element , wherein the first buoyancy compensation element and the second buoyancy compensation element are suitable for adapting the buoyancy to the ambient conditions, such as salinity, temperature or immersion depth, and allow the swimming diver to change the buoyancy and thus the diving depth of the transport container, wherein the first surface buoyancy element and the second surface buoyancy element can be switched between a compacted state in the inner part of the underwater transport container and a buoyancy-generating state.
A porous biphasic scaffold for osteochondral composite tissue regeneration, comprising: a first layer scaffold having a dense structure for cartilage regeneration comprising a biodegradable polymer; and a second layer scaffold having a nanofibrous structure for bone regeneration comprising a biodegradable polymer and camphene; wherein the surface area of the first layer scaffold is 2 m 2 /g to 4 m 2 /g and that of the second layer scaffold is 12 m 2 /g to 14 m 2 /g. a first layer scaffold having a dense structure for cartilage regeneration comprising a biodegradable polymer; and a second layer scaffold having a nanofibrous structure for bone regeneration comprising a biodegradable polymer and camphene; wherein the surface area of the first layer scaffold is 2 m 2 /g to 4 m 2 /g and that of the second layer scaffold is 12 m 2 /g to 14 m 2 /g.
A double cardan joint assembly , comprising: an input yoke ; an input cross-member coupled to the input yoke ; an output yoke ; an output cross-member coupled to the output yoke ; and a center yoke coupled to the input cross-member forming an input universal joint with the input yoke and the input cross-member and coupled to the output cross-member forming an output universal joint with the output yoke and the output cross-member ; characterized by a resilient member positioned between the input universal joint and the output universal joint, the resilient member adapted to center and align the double cardan joint assembly , wherein the resilient member spans between an input arc guard of the input yoke and an output arc guard of the output yoke . an input yoke ; an input cross-member coupled to the input yoke ; an output yoke ; an output cross-member coupled to the output yoke ; and a center yoke coupled to the input cross-member forming an input universal joint with the input yoke and the input cross-member and coupled to the output cross-member forming an output universal joint with the output yoke and the output cross-member ; characterized by a resilient member positioned between the input universal joint and the output universal joint, the resilient member adapted to center and align the double cardan joint assembly , wherein the resilient member spans between an input arc guard of the input yoke and an output arc guard of the output yoke .
An interferometric radar, comprising: an arm , which rotates with respect to an axis (z) of a plane (zx) orthogonal to an axis of rotation (y); a system with rotating antenna with a direction of sight orthogonal to the plane of rotation of said arm, the antenna being fixed to said arm for describing complete revolutions along a circular path (c) about said axis (y) and being oriented in a direction of sight (a) parallel to the axis (y); motor-drive means for driving the arm ; and a data-acquisition and processing unit , operatively connected to said antenna, which acquires a succession of images detected by the antenna during its revolution about the axis (y) characterized in that said data-acquisition and processing unit , makes differential interferometric calculations on at least two successive images of one or more targets located in the field of view of the system of antennas in order to measure at least one component of the displacement thereof, wherein said unit processes the data detected along two distinct arcs of the circular path (c) and calculates the interferograms between the images acquired from one and the same arc in order to obtain two components of the displacements of one or more targets . an arm , which rotates with respect to an axis (z) of a plane (zx) orthogonal to an axis of rotation (y); a system with rotating antenna with a direction of sight orthogonal to the plane of rotation of said arm, the antenna being fixed to said arm for describing complete revolutions along a circular path (c) about said axis (y) and being oriented in a direction of sight (a) parallel to the axis (y); motor-drive means for driving the arm ; and
Sandwich component (2, 2a,b) with a base part and with a top part (6, 6a,b), wherein the top part (6, 6a,b) forms a soft-touch surface (8, 8a,b) of the sandwich component (2, 2a,b), wherein the top part (6, 6a,b) contains at least two functional layers (12, 12a,b, 13, 13a,b) and one of the functional layers (12, 12a,b, 13, 13a,b) is an elastically deformable soft-touch layer and one of the functional layers (12, 12a,b, 13, 13a,b) is a decorative layer forming the soft-touch surface (8, 8a,b) and responsible for the haptic surface feel and the visual appearance of the top part (6, 6a,b) or of the sandwich component (2, 2a,b), wherein the soft-touch layer is arranged between the decorative layer and the base part , characterized in that the sandwich component (2, 2a,b) has, in its interior, a fire-retardant layer which produces a fire-retardant action on the sandwich component (2, 2a,b) in the event of fire, and the fire-retardant layer is arranged between the base part and the top part (6, 6a,b), wherein the top part (6, 6a,b) is fastened to the base part , which is coated with the fire-retardant layer , using an adhesive , and the base part and the fire-retardant layer form a substrate as a common component unit to which the top part (6, 6a,b) is then fastened using an adhesive .