mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument, comprising: a first jaw ; a second jaw movably supported relative to said first jaw for selective movement between open and closed positions relative to said first jaw; means for applying an opening motion to said second jaw; a firing drive shaft rotatably supported in one of said first and second jaws; a firing member operably interfacing with said firing drive shaft such that rotation of said firing drive shaft causes said firing member to move between a starting position and an ending position; and an elongate shaft assembly operably interfacing with said first jaw and comprising: a rotary distal power shaft separate and distinct from said firing drive shaft and supported proximal to said first jaw, said distal power shaft configured for selective operable engagement with said firing drive shaft; and a closure member supported for axial travel relative to a proximal end portion of said first jaw, said closure member configured for selective threaded engagement with a portion of said distal power shaft to apply closing and opening motions to at least one of said first and second jaws, characterised in that said means for applying an opening motion comprises a spring journaled on said distal power shaft. a first jaw ; a second jaw movably supported relative to said first jaw for selective movement between open and closed positions relative to said first jaw; means for applying an opening motion to said second jaw; a firing drive shaft rotatably supported in one of said first and second jaws; a firing member operably interfacing with said firing drive shaft such that rotation of said firing drive shaft causes said firing member to move between a starting position and an ending position; and an elongate shaft assembly operably interfacing with said first jaw and comprising: a rotary distal power shaft separate and distinct from said firing drive shaft and supported proximal to said first jaw, said distal power shaft configured for selective operable engagement with said firing drive shaft; and a closure member supported for axial travel relative to a proximal end portion of said first jaw, said closure member configured for selective threaded engagement with a portion of said distal power shaft to apply closing and opening motions to at least one of said first and second jaws, a rotary distal power shaft separate and distinct from said firing drive shaft and supported proximal to said first jaw, said distal power shaft configured for selective operable engagement with said firing drive shaft; and a closure member supported for axial travel relative to a proximal end portion of said first jaw, said closure member configured for selective threaded engagement with a portion of said distal power shaft to apply closing and opening motions to at least one of said first and second jaws, characterised in that said means for applying an opening motion comprises a spring journaled on said distal power shaft.
An ink for an inkjet printer of an electrostatic charging control type, the ink being for printing on a material that includes a phthalate or an adipate, the ink comprising: a resin; a pigment; a conductive agent; and a solvent, wherein the resin includes a hydroxyl group, and wherein a hydroxyl value of the resin included in the ink is in a range of 90 to 300 and the resin is a polyvinyl butyral resin or a polyvinyl acetal resin. a resin; a pigment; a conductive agent; and a solvent, wherein the resin includes a hydroxyl group, and wherein a hydroxyl value of the resin included in the ink is in a range of 90 to 300 and the resin is a polyvinyl butyral resin or a polyvinyl acetal resin.
An arrangement for fitting to a vehicle, preferably a utility vehicle, wherein the arrangement comprises: an exterior mirror construction having at least one mirror face (S1, S2) and at least one door leaf , wherein the door leaf has a reduced part-region , wherein in order to avoid collisions the reduced part-region provides space for the exterior mirror construction , preferably in such a manner that the reduced part-region can be at least partially filled by the exterior mirror construction , characterized in that the arrangement comprises a door portal , wherein the door portal is provided with a functional component in order to cover or close the reduced part-region when the door leaf is in a closed state, and wherein the door leaf , the door portal and/or the functional component are/is provided with a closure retention device for keeping the door leaf closed, preferably against suction during travel of the vehicle, and wherein on the one hand the door leaf has as a closure retention device a retention piece which can also be pivoted with the door leaf and on the other hand the door portal and/or the functional component has as a closure retention device a counter-piece and by closing the door leaf the retention piece moves into engagement with the counter-piece , preferably behind the counter-piece . the arrangement comprises a door portal , wherein the door portal is provided with a functional component in order to cover or close the reduced part-region when the door leaf is in a closed state, and wherein the door leaf , the door portal and/or the functional component are/is provided with a closure retention device for keeping the door leaf closed, preferably against suction during travel of the vehicle, and wherein on the one hand the door leaf has as a closure retention device a retention piece which can also be pivoted with the door leaf and on the other hand the door portal and/or the functional component has as a closure retention device a counter-piece and by closing the door leaf the retention piece moves into engagement with the counter-piece , preferably behind the counter-piece .
A dermatome blade assembly (100; 200), comprising: at least two blades (120, 150; 220, 250), each including a cutting edge (122, 152; 222, 252), a rear edge (124, 154; 224, 254) spaced from the cutting edge, and two side edges (126, 128, 156, 158; 226, 228, 256, 258) joining the cutting edge and the rear edge, wherein at least one of the blades comprises at least one throughgoing aperture (121, 151; 221, 251); and a blade carrier (110; 210) including a main body (111; 211) extending in a transverse direction and means for connecting each of the at least two blades to the blade carrier; wherein the blade carrier comprises a recess (112; 212) arranged to receive a drive pin of a dermatome such that oscillating motion of the drive pin causes reciprocating motion of the dermatome blade assembly. at least two blades (120, 150; 220, 250), each including a cutting edge (122, 152; 222, 252), a rear edge (124, 154; 224, 254) spaced from the cutting edge, and two side edges (126, 128, 156, 158; 226, 228, 256, 258) joining the cutting edge and the rear edge, wherein at least one of the blades comprises at least one throughgoing aperture (121, 151; 221, 251); and a blade carrier (110; 210) including a main body (111; 211) extending in a transverse direction and means for connecting each of the at least two blades to the blade carrier; wherein the blade carrier comprises a recess (112; 212) arranged to receive a drive pin of a dermatome such that oscillating motion of the drive pin causes reciprocating motion of the dermatome blade assembly.
A computer-implemented method for computing a global descriptor (DG) of at least one portion of an image (I) to be described, the global descriptor (DG) comprising a local descriptor (DL) associated with each pixel of the at least one portion of an image to be described, the method comprising the following steps of: - obtaining a first image acquired with a first exposure time; - simulating at least one second image resulting from taking the first image with at least a second exposure time shorter than the first exposure time; - computing a global descriptor for at least one portion of an image to be described taken from among the first acquired image and the at least one second simulated image, the method comprising computing all the local descriptors of the global descriptor by: i. defining a neighbourhood of the pixel associated with the local descriptor; ii. assigning a label to each pixel of the neighbourhood, with two pixels with different values having two different labels, two pixels with identical values having the same label, with the set of labels of the neighbourhood forming a pattern (E); iii. assigning the value of the local descriptor to a representative of an equivalence class to which the pattern (E) belongs; - varying the second exposure time between the first exposure time and zero and repeating the steps of simulating at least one second image and computing a global descriptor. - obtaining a first image acquired with a first exposure time; - simulating at least one second image resulting from taking the first image with at least a second exposure time shorter than the first exposure time; - computing a global descriptor for at least one portion of an image to be described taken from among the first acquired image and the at least one second simulated image, the method comprising computing all the local descriptors of the global descriptor by: i. defining a neighbourhood of the pixel associated with the local descriptor; ii. assigning a label to each pixel of the neighbourhood, with two pixels with different values having two different labels, two pixels with identical values having the same label, with the set of labels of the neighbourhood forming a pattern (E); iii. assigning the value of the local descriptor to a representative of an equivalence class to which the pattern (E) belongs; i. defining a neighbourhood of the pixel associated with the local descriptor; ii. assigning a label to each pixel of the neighbourhood, with two pixels with different values having two different labels, two pixels with identical values having the same label, with the set of labels of the neighbourhood forming a pattern (E); iii. assigning the value of the local descriptor to a representative of an equivalence class to which the pattern (E) belongs; - varying the second exposure time between the first exposure time and zero and repeating the steps of simulating at least one second image and computing a global descriptor.
A loss compensation method, applied to a scenario where an Application Specific Integrated Circuit (ASIC) and an optical module comprising an optical transceiver are separated, characterized in that the loss compensation method comprises steps of: determining a first compensation coefficient of a transmitting end to equalize return interference and compensate for insert loss , wherein the return interference and insert loss occurs at interfaces of a connector and internal wirings of the optical module; and pre-compensating a first digital signal at the transmitting end based on the first compensation coefficient to obtain a first compensation signal, performing digital-to-analog conversion on the first compensation signal, and inputting the converted signal to the optical transceiver through the connector . determining a first compensation coefficient of a transmitting end to equalize return interference and compensate for insert loss , wherein the return interference and insert loss occurs at interfaces of a connector and internal wirings of the optical module; and pre-compensating a first digital signal at the transmitting end based on the first compensation coefficient to obtain a first compensation signal, performing digital-to-analog conversion on the first compensation signal, and inputting the converted signal to the optical transceiver through the connector .
An anode active material for a lithium ion secondary battery, said anode active material being composed of substantially spherical composite particles and plate-like fine composite particles filling the spacings between the substantially spherical composite particles, each composite particle comprising: Si or a Si alloy; and a carbonaceous material or a carbonaceous material and graphite; wherein the substantially spherical composite particles have an average particle size D50 as measured with the method defined in the description of 1 to 10 μm, and an average circularity of 0.7 to 1.0 when determined by image analysis of an image of particles obtained by Scanning Electron Microscopy in accordance with the method indicated in the description, and wherein the plate-like fine composite particles with a minor axis length shorter than 1 μm measured by SEM image observation are not less than 1 wt% and not greater than 80 wt.% of the anode active material. Si or a Si alloy; and a carbonaceous material or a carbonaceous material and graphite; wherein the substantially spherical composite particles have an average particle size D50 as measured with the method defined in the description of 1 to 10 μm, and an average circularity of 0.7 to 1.0 when determined by image analysis of an image of particles obtained by Scanning Electron Microscopy in accordance with the method indicated in the description, and wherein the plate-like fine composite particles with a minor axis length shorter than 1 μm measured by SEM image observation are not less than 1 wt% and not greater than 80 wt.% of the anode active material.
A fluid tank system, comprising: a fluid container that includes a sensor opening in a fluid container wall defined by a rim; a fluid level sensor comprising a radial flange on a proximate end of a longitudinally extending stem that includes a distal end ; a guide tube that radially surrounds the longitudinally extending stem and axially contacts a flanged surface of the longitudinally extending stem located within the fluid container , where the longitudinally extending stem , the guide tube and the sensor opening are co-axial about a central axis, wherein the fluid container comprises a first end having the sensor opening and a second end opposite the first end, wherein: the longitudinally extending stem is a longitudinally extending electronics stem ; the guide tube extends from the sensor opening to the second end of the fluid container and contacts the second end of the fluid container; a proximate end portion of the guide tube located at the sensor opening has a first inner diameter and a distal end portion of the guide tube opposite the proximate end portion has a second inner diameter and wherein the first inner diameter is greater than the second inner diameter, and the guide tube comprises a plurality of fluid leak holes configured to allow fluid to enter the guide tube . a fluid container that includes a sensor opening in a fluid container wall defined by a rim; a fluid level sensor comprising a radial flange on a proximate end of a longitudinally extending stem that includes a distal end ; a guide tube that radially surrounds the longitudinally extending stem and axially contacts a flanged surface of the longitudinally extending stem located within the fluid container , where the longitudinally extending stem , the guide tube and the sensor opening are co-axial about a central axis, wherein the fluid container comprises a first end having the sensor opening and a second end opposite the first end, wherein: the longitudinally extending stem is a longitudinally extending electronics stem ; the guide tube extends from the sensor opening to the second end of the fluid container and contacts the second end of the fluid container; a proximate end portion of the guide tube located at the sensor opening has a first inner diameter and a distal end portion of the guide tube opposite the proximate end portion has a second inner diameter and wherein the first inner diameter is greater than the second inner diameter, and the guide tube comprises a plurality of fluid leak holes configured to allow fluid to enter the guide tube . the longitudinally extending stem is a longitudinally extending electronics stem ; the guide tube extends from the sensor opening to the second end of the fluid container and contacts the second end of the fluid container; a proximate end portion of the guide tube located at the sensor opening has a first inner diameter and a distal end portion of the guide tube opposite the proximate end portion has a second inner diameter and wherein the first inner diameter is greater than the second inner diameter, and the guide tube comprises a plurality of fluid leak holes configured to allow fluid to enter the guide tube .
Production device, in particular SMC production device, for a production of thermoset prepregs, with at least one frame unit , with at least one transport unit , which is arranged on the frame unit , for a transport of at least one material strand , the transport unit comprising at least one conveyor belt , which is configured for receiving the material strand , and a plurality of roller elements , which the conveyor belt of the transport unit lies on and/or by means of which the conveyor belt of the transport unit is movably supported, and with at least one bearing unit , which is configured to support the transport unit at least substantially entirely, i.e. by more than 50 %, in such a way that it is movable relative to the frame unit , wherein the conveyor belt and the plurality of roller elements , by which the conveyor belt is movably supported and/or guided, are arranged together on a rack unit of the bearing unit , wherein the rack unit is supported in such a way that it is, in particular translationally, movable relative to the frame unit , characterised by at least one housing unit , which in at least one state at least partially encloses the transport unit at least substantially entirely, the housing unit comprising at least one movable and/or removable closure element , which is configured at least for closing at least one opening through which at least the transport unit is, at least substantially entirely, movable relative to the frame unit at least partly out of the housing unit by the bearing unit .
Current-measuring device for measuring an electric current in a conductor section (8a; 8b) which conducts, in particular, a phase current of an electric motor, by means of a sensor element which is designed to detect magnetic field lines and is arranged in an opening in a magnetic flux-conductor element (1a; 1b; 1c) which is designed to guide magnetic field lines caused by a flow of current through the conductor section (8a; 8b), wherein the sensor element is arranged on a carrier element which projects into the opening in the magnetic flux-conductor element (1a; 1b; 1c), characterized in that the conductor section has a first partial section which is arranged at a right angle to the carrier element and in which the flow of current runs at a right angle to the carrier element, and the sensor element has magnetic field-detection means which are designed in such a way that only magnetic field lines running parallel to the carrier element can be detected.
A ligand-bound gold cluster for use in the treatment of liver cirrhosis, wherein the ligand-bound gold cluster comprises: a gold core; and a ligand bound to the gold core; characterized in that , the gold core has a diameter in the range of 0.5-3 nm; the ligand is one selected from the group consisting of L-cysteine and its derivatives, D-cysteine and its derivatives, and cysteine-containing oligopeptides and their derivatives; the L-cysteine and its derivatives are selected from the group consisting of L-cysteine, N-isobutyryl-L-cysteine (L-NIBC), and N-acetyl-L-cysteine (L-NAC); the D-cysteine and its derivatives are selected from the group consisting of D- cysteine, N-isobutyryl-D-cysteine (D-NIBC), and N-acetyl-D-cysteine (D-NAC); and the cysteine-containing oligopeptides and their derivatives are cysteine-containing dipeptides, cysteine-containing tripeptides or cysteine-containing tetrapeptides. a gold core; and a ligand bound to the gold core; characterized in that , the gold core has a diameter in the range of 0.5-3 nm; the ligand is one selected from the group consisting of L-cysteine and its derivatives, D-cysteine and its derivatives, and cysteine-containing oligopeptides and their derivatives; the L-cysteine and its derivatives are selected from the group consisting of L-cysteine, N-isobutyryl-L-cysteine (L-NIBC), and N-acetyl-L-cysteine (L-NAC); the D-cysteine and its derivatives are selected from the group consisting of D- cysteine, N-isobutyryl-D-cysteine (D-NIBC), and N-acetyl-D-cysteine (D-NAC); and the cysteine-containing oligopeptides and their derivatives are cysteine-containing dipeptides, cysteine-containing tripeptides or cysteine-containing tetrapeptides.
A refrigerator comprising: a cabinet having a first storage compartment; an inner door pivotably rotatably installed to the cabinet, the inner door having a second storage compartment ; an outer door configured to open or close the second storage compartment ; and a drawer installed in the second storage compartment, the drawer being movable forward and rearward, wherein the drawer includes a basket part configured to receive food therein and a frame unit configured to allow the basket part to be separably seated thereon, wherein the frame unit includes: two first members extending in a front-and-rear direction; and two second members connecting the two first members to each other, wherein the first members and the second members are respectively connected to each other and define a hollow rectangle therein, wherein the frame unit supports the basket part's weight, characterized in that the basket part has, formed in a lower surface thereof, a fixing groove , indented to a prescribed depth to enable insertion of the frame unit . a cabinet having a first storage compartment; an inner door pivotably rotatably installed to the cabinet, the inner door having a second storage compartment ; an outer door configured to open or close the second storage compartment ; and a drawer installed in the second storage compartment, the drawer being movable forward and rearward, wherein the drawer includes a basket part configured to receive food therein and a frame unit configured to allow the basket part to be separably seated thereon, wherein the frame unit includes: two first members extending in a front-and-rear direction; and two second members connecting the two first members to each other, wherein the first members and the second members are respectively connected to each other and define a hollow rectangle therein, a basket part configured to receive food therein and a frame unit configured to allow the basket part to be separably seated thereon, wherein the frame unit includes: two first members extending in a front-and-rear direction; and two second members connecting the two first members to each other, wherein the first members and the second members are respectively connected to each other and define a hollow rectangle therein, two first members extending in a front-and-rear direction; and two second members connecting the two first members to each other, wherein the first members and the second members are respectively connected to each other and define a hollow rectangle therein, wherein the frame unit supports the basket part's weight, characterized in that the basket part has, formed in a lower surface thereof, a fixing groove , indented to a prescribed depth to enable insertion of the frame unit .