mhurhangee/patent-ind-claim-en huggingface dataset:
Suspension device for a magnetic rail brake for a rail vehicle , wherein the suspension device has the following features: a threaded bolt a connecting device for connecting the magnetic rail brake , wherein the connecting device has a first through-going opening through which the threaded bolt can pass; and an adjusting nut with an internal thread, which is fitted by screwing onto the threaded bolt in order to enable a position of the connecting device on the threaded bolt to be adjusted axially, characterised in that the threaded bolt has a slot and the adjusting nut has at least one second slot for receiving an insertion element that can pass through the slot in order to fix the adjusting nut in a rotationally fixed manner on the threaded bolt . a threaded bolt a connecting device for connecting the magnetic rail brake , wherein the connecting device has a first through-going opening through which the threaded bolt can pass; and an adjusting nut with an internal thread, which is fitted by screwing onto the threaded bolt in order to enable a position of the connecting device on the threaded bolt to be adjusted axially, characterised in that the threaded bolt has a slot and the adjusting nut has at least one second slot for receiving an insertion element that can pass through the slot in order to fix the adjusting nut in a rotationally fixed manner on the threaded bolt .
A spacer configured to be interposed between a pair of glass substrates facing each other, the spacer being disposed in contact with the pair of glass substrates, the spacer comprising: a center portion having a plate shape or a columnar shape; and one end portion protruding from each of the two end surfaces of the center portion facing the glass substrates, wherein at least one of the two end portions has a spherical cap shape, a spherical zone shape or a truncated conical shape, wherein a radius A of a base portion at each of the two end portions is equal to or smaller than a radius B of the center portion , the spacer being characterized in that a porosity per unit area of each of the two end portions is lower than that of the center portion . a center portion having a plate shape or a columnar shape; and one end portion protruding from each of the two end surfaces of the center portion facing the glass substrates, wherein at least one of the two end portions has a spherical cap shape, a spherical zone shape or a truncated conical shape, wherein a radius A of a base portion at each of the two end portions is equal to or smaller than a radius B of the center portion , the spacer being characterized in that a porosity per unit area of each of the two end portions is lower than that of the center portion .
A processor, comprising: a front end configured to receive an encrypted instruction sequence; a decoder, including: a first logic configured to identify a first encrypted opcode from a first packet in the encrypted instruction sequence; a second logic configured to identify a first key index from the first packet; a third logic configured to determine a first encrypted opcode lookup table with the first key index ; a fourth logic configured to lookup a first decoded opcode from the first encrypted opcode lookup table based upon the first key index ; and a fifth logic configured to forward the first decoded opcode for execution; wherein the processor is configured to include a plurality of encrypted opcode lookup tables , each encrypted opcode lookup table configured to include an entry for the first decoded opcode; and the first key index is configured to identify the first encrypted opcode lookup table (1830, 1830A, 1830B among the plurality of encrypted opcode lookup tables . a front end configured to receive an encrypted instruction sequence; a decoder, including: a first logic configured to identify a first encrypted opcode from a first packet in the encrypted instruction sequence; a second logic configured to identify a first key index from the first packet; a third logic configured to determine a first encrypted opcode lookup table with the first key index ; a fourth logic configured to lookup a first decoded opcode from the first encrypted opcode lookup table based upon the first key index ; and a fifth logic configured to forward the first decoded opcode for execution; a first logic configured to identify a first encrypted opcode from a first packet in the encrypted instruction sequence; a second logic configured to identify a first key index from the first packet; a third logic configured to determine a first encrypted opcode lookup table with the first key index ; a fourth logic configured to lookup a first decoded opcode from the first encrypted opcode lookup table based upon the first key index ; and a fifth logic configured to forward the first decoded opcode for execution; wherein the processor is configured to include a plurality of encrypted opcode lookup tables , each encrypted opcode lookup table configured to include an entry for the first decoded opcode; and the first key index is configured to identify the first encrypted opcode lookup table (1830, 1830A, 1830B among the plurality of encrypted opcode lookup tables .
Assembly (1;1A;1B;1';1A';1B') comprising a lid (2;2') and a storage compartment (3;3') for a motorcycle, the storage compartment (3;3') comprising a container body (31-33), wherein the container body comprises an access opening , a bottom opposite to said access opening and a side wall which extends perimetrally connected to the bottom , wherein the lid (2;2') comprises a first face of lid and an opposite second face of lid, the lid (2;2') being operatively connected to the storage compartment (3;3') so as to be capable of taking on an open configuration wherein it allows access to the storage compartment (3;3') by means of said access opening , and a closed configuration wherein it closes said access opening , thus preventing access to the storage compartment (3;3'); wherein said assembly (1;1A;1B;1';1A';1B') comprises an object blocking system (4; 4A; 4B) arranged in the container body and adapted to block an object accommodated in the container body , the object blocking system (4; 4A; 4B) comprising an elastic membrane or an elastic mesh (41A; 41B) having a first face and a second face opposite to each other, the elastic membrane or elastic mesh (41A; 41B) being arranged in the container body (31-33) so that when the lid (2;2') takes on the closed configuration, it has the first face facing towards the second face of lid and the second face facing towards the bottom of the container body (31-33), wherein the side wall of the container body (31-33) comprises a first portion of wall located on the side of the access opening and a second portion of wall located on the side of said bottom , wherein the container body (31-33) comprises a joining portion between said bottom and said side wall , wherein the elastic membrane or the elastic mesh is coupled to the second portion of wall of the side wall of the container body (31-33) or to the bottom of the container body (31-33) or to said joining portion , wherein the elastic membrane or the elastic mesh is adapted to elastically block said object against the bottom of the container body (31-33) when the lid takes on the closed configuration, and characterized in that the elastic membrane or the elastic mesh comprises an opening mouth for inserting/extracting said object through the elastic membrane or the elastic mesh , said opening mouth being capable of being widened and narrowed.
A multimodality imaging arrangement for providing at least one electro-magnetic radiation to an anatomical structure, comprising: a multimodality imaging system comprising a microstructural imaging system and a complementary imaging system ; a multimodality catheter comprising: - at least one optical core for providing a first imaging channel for a microstructural imaging modality; - at least one cladding at least partially surrounding the at least one core for providing a second imaging channel for a complementary imaging modality; and - a low-index crosstalk barrier trench therebetween for reducing a cross-talk between the first and second imaging channels; at least one optical apparatus which includes a lens configuration that is configured to direct the at least one radiation via the at least one optical core to the anatomical structure; and wherein the multimodality imaging system is configured to, via the lens configuration, receive at least two radiations from the anatomical structure via the at least one optical core and the at least one cladding. a multimodality imaging system comprising a microstructural imaging system and a complementary imaging system ; a multimodality catheter comprising: - at least one optical core for providing a first imaging channel for a microstructural imaging modality; - at least one cladding at least partially surrounding the at least one core for providing a second imaging channel for a complementary imaging modality; and - a low-index crosstalk barrier trench therebetween for reducing a cross-talk between the first and second imaging channels; - at least one optical core for providing a first imaging channel for a microstructural imaging modality; - at least one cladding at least partially surrounding the at least one core for providing a second imaging channel for a complementary imaging modality; and - a low-index crosstalk barrier trench therebetween for reducing a cross-talk between the first and second imaging channels; at least one optical apparatus which includes a lens configuration that is configured to direct the at least one radiation via the at least one optical core to the anatomical structure; and wherein the multimodality imaging system is configured to, via the lens configuration, receive at least two radiations from the anatomical structure via the at least one optical core and the at least one cladding.
A method for controlling a player of a client device, wherein: • the client device comprises a peer-to-peer cache for storing segments of a data stream in a format adapted for transfers within a peer-to-peer network, each segment comprising chunks, • the player is configured to: ∘ play back segments of the data stream stored in a buffer , and ∘ whenever an amount of data pending for playback in the buffer is less than a threshold parameter of the player , request other segments of the data stream to be transferred from the peer-to-peer cache to the buffer , wherein the method comprises: • while the threshold parameter of the player has a first value, determining a download completion ratio associated with a reference segment of the data stream, the download completion ratio being representative of a ratio between a number of chunks of the reference segment which are present in the peer-to-peer cache and a total number of chunks of the reference segment, • computing a score depending on the download completion ratio, wherein the score increases as the download completion ratio increases, • changing the threshold parameter of the player from the first value to a second value greater than the first value only if the score is less than a second threshold, and • changing the threshold parameter of the player from the second value to the first value whenever the amount of data pending for playback in the buffer becomes greater than the second value. • the client device comprises a peer-to-peer cache for storing segments of a data stream in a format adapted for transfers within a peer-to-peer network, each segment comprising chunks, • the player is configured to: ∘ play back segments of the data stream stored in a buffer , and ∘ whenever an amount of data pending for playback in the buffer is less than a threshold parameter of the player , request other segments of the data stream to be transferred from the peer-to-peer cache to the buffer , ∘ play back segments of the data stream stored in a buffer , and ∘ whenever an amount of data pending for playback in the buffer is less than a threshold parameter of the player , request other segments of the data stream to be transferred from the peer-to-peer cache to the buffer , • while the threshold parameter of the player has a first value, determining a download completion ratio associated with a reference segment of the data stream, the download completion ratio being representative of a ratio between a number of chunks of the reference segment which are present in the peer-to-peer cache and a total number of chunks of the reference segment, • computing a score depending on the download completion ratio, wherein the score increases as the download completion ratio increases, • changing the threshold parameter of the player from the first value to a second value greater than the first value only if the score is less than a second threshold, and • changing the threshold parameter of the player from the second value to the first value whenever the amount of data pending for playback in the buffer becomes greater than the second value.
An orthopedic trial apparatus , comprising: an orthopedic component having a distal shaft portion configured for positioning within a passage in a bone, and a proximal shaft portion extending from the distal shaft portion; and a proximal trial assembly engaged with the proximal shaft portion of the orthopedic component, characterized in that the proximal trial assembly includes: a proximal spacer component rotationally engaged with the proximal shaft portion of the orthopedic component to substantially prevent relative rotation therebetween about a longitudinal axis (L); and a proximal trial component axially coupled to the proximal spacer component to prevent disengagement of the proximal trial component from the proximal spacer component while permitting selective rotation of the proximal trial component relative to the proximal spacer component about the longitudinal axis. an orthopedic component having a distal shaft portion configured for positioning within a passage in a bone, and a proximal shaft portion extending from the distal shaft portion; and a proximal trial assembly engaged with the proximal shaft portion of the orthopedic component, characterized in that the proximal trial assembly includes: a proximal spacer component rotationally engaged with the proximal shaft portion of the orthopedic component to substantially prevent relative rotation therebetween about a longitudinal axis (L); and a proximal trial component axially coupled to the proximal spacer component to prevent disengagement of the proximal trial component from the proximal spacer component while permitting selective rotation of the proximal trial component relative to the proximal spacer component about the longitudinal axis. a proximal spacer component rotationally engaged with the proximal shaft portion of the orthopedic component to substantially prevent relative rotation therebetween about a longitudinal axis (L); and a proximal trial component axially coupled to the proximal spacer component to prevent disengagement of the proximal trial component from the proximal spacer component while permitting selective rotation of the proximal trial component relative to the proximal spacer component about the longitudinal axis.
A method for managing blocks of commands intended for a microscopy imaging device configured to acquire images of a sample, each block of commands comprising a plurality of driving commands for driving a plurality of functional modules of said device, each command being defined by at least one acquisition parameter, said method comprising a step of: - executing at least one iteration of a first, predefined block of commands (S1) to acquire at least a first image of said sample, said method being characterised in that it comprises the following steps , upon positive verification , by image analysis of said at least a first image, of a first stop condition in parallel with execution of a current iteration of said first block: - stopping said current iteration of said first block; and - executing at least one iteration of a second predefined block of commands (S2) to acquire at least a second image of said sample, at least one command of said second block being defined by at least a second acquisition parameter, itself dynamically defined as a function of at least one piece of information resulting from said image analysis. - executing at least one iteration of a first, predefined block of commands (S1) to acquire at least a first image of said sample, - stopping said current iteration of said first block; and - executing at least one iteration of a second predefined block of commands (S2) to acquire at least a second image of said sample, at least one command of said second block being defined by at least a second acquisition parameter, itself dynamically defined as a function of at least one piece of information resulting from said image analysis.
A colorimetric method for the detection of organic mercury compounds in a fluid to be analysed, consisting of the steps of: 1) providing a sample of the fluid to be analysed and adding thereto gold nanoparticles having a diameter between 2 and 200 nm; 2) adding thereto a mild reducing agent selected from the group consisting of oxalic acid, formic acid, citric acid, acetaldehyde, hydroxylamine, phosphites, sulfites, and any combination thereof; 3) detecting, by observation with the naked eye, the colour of the sample of fluid added with the gold nanoparticles and the reducing agent, the change in colour of said sample from red to purple/blue, caused by aggregation of the gold nanoparticles, being indicative of the presence of organic mercury compounds in the sample of fluid. 1) providing a sample of the fluid to be analysed and adding thereto gold nanoparticles having a diameter between 2 and 200 nm; 2) adding thereto a mild reducing agent selected from the group consisting of oxalic acid, formic acid, citric acid, acetaldehyde, hydroxylamine, phosphites, sulfites, and any combination thereof; 3) detecting, by observation with the naked eye, the colour of the sample of fluid added with the gold nanoparticles and the reducing agent, the change in colour of said sample from red to purple/blue, caused by aggregation of the gold nanoparticles, being indicative of the presence of organic mercury compounds in the sample of fluid.
An electric kettle comprising: a body made of a metal material, comprising an outer body and an inner body having a cylindrical shape with an opened upper surface and an opened lower surface, wherein a heat insulation space is formed between the outer body and the inner body ; a heating module forming a bottom of a space for accommodating water inside the body and for heating the water; a mounting port passing through the outer body and the inner body ; a window mounted on a mounting port to see through into the inside of the body , wherein the window comprises a window front surface formed in a shape corresponding to the mounting port and a window side surface extending rearward along a circumference of the window front surface ; a window gasket disposed along a circumference of the window to seal a gap between the inner body and the window ; and a side protrusion formed on the window side surface for fixing the window gasket ; wherein the window is doubly sealed in contact with the outer body and the window gasket . a body made of a metal material, comprising an outer body and an inner body having a cylindrical shape with an opened upper surface and an opened lower surface, wherein a heat insulation space is formed between the outer body and the inner body ; a heating module forming a bottom of a space for accommodating water inside the body and for heating the water; a mounting port passing through the outer body and the inner body ; a window mounted on a mounting port to see through into the inside of the body , wherein the window comprises a window front surface formed in a shape corresponding to the mounting port and a window side surface extending rearward along a circumference of the window front surface ; a window gasket disposed along a circumference of the window to seal a gap between the inner body and the window ; and a side protrusion formed on the window side surface for fixing the window gasket ; wherein the window is doubly sealed in contact with the outer body and the window gasket .
Device for locking a door leaf of a door , in particular a sliding door, said door leaf being moveable within a door frame , the device comprising: - a main part , which is arranged in the door frame of the door in the mounted state of the device, and has a sliding body and a drive means for moving the sliding body in a first direction within the main part , and - a lifting body projecting from the main part and mounted in the main part to be movable along a lifting direction extending transversely to the first direction , wherein the lifting body has an actuating element protruding transversely to the lifting direction and being configured to engage into a locking device of the door leaf when the door leaf is brought into a closing position within the door frame , and to lock the locking device via a movement along the lifting direction . wherein the sliding body and the lifting body are coupled to each other via a groove guide, which converts a movement of the sliding body in the first direction into a lifting movement of the lifting body along the lifting direction . - a main part , which is arranged in the door frame of the door in the mounted state of the device, and has a sliding body and a drive means for moving the sliding body in a first direction within the main part , and - a lifting body projecting from the main part and mounted in the main part to be movable along a lifting direction extending transversely to the first direction , wherein the lifting body has an actuating element protruding transversely to the lifting direction and being configured to engage into a locking device of the door leaf when the door leaf is brought into a closing position within the door frame , and to lock the locking device via a movement along the lifting direction .
Granules consisting substantially of potassium, magnesium, calcium and sulfate in the form of salts, a part of the potassium, magnesium, calcium and sulfate being present in the form of polyhalite, and the remainders of the potassium, calcium, magnesium and sulfate being present in the form of sulfates of potassium, calcium and/or magnesium which at 20°C in deionized water dissolve more rapidly and/or have a better solubility than polyhalite, wherein the fraction of polyhalite is in the range from 15% to 80% by weight, based on the total mass of the salts contained in the granules, and the fraction of sulfates of potassium, calcium and/or magnesium is in the range from 20% to 85% by weight, based on the total mass of the salts contained in the granules.