mhurhangee/ep-ind-claims huggingface dataset:
Method for identifying an additively manufactured workpiece, having the method steps of: a) capturing the additively manufactured workpiece by means of a capture device (310, 3D_S1), wherein workpiece data relating to individual features of the additively manufactured workpiece are captured; b) assigning the workpiece data to the additively manufactured workpiece; c) comparing the workpiece data with reference data (R_M) for the additively manufactured workpiece; d) generating a digital certificate if differences between the workpiece data and the reference data (R_M) are within a predefined tolerance range; e) forming a unique identification value on the basis of the workpiece data, wherein the workpiece data and the unique identification value and/or an identification number are contained in the digital certificate, and f) assigning the additively manufactured workpiece to a digital twin and/or vice versa by means of the unique identification value and/or the identification number contained in the digital certificate. a) capturing the additively manufactured workpiece by means of a capture device (310, 3D_S1), wherein workpiece data relating to individual features of the additively manufactured workpiece are captured; b) assigning the workpiece data to the additively manufactured workpiece; c) comparing the workpiece data with reference data (R_M) for the additively manufactured workpiece; d) generating a digital certificate if differences between the workpiece data and the reference data (R_M) are within a predefined tolerance range; e) forming a unique identification value on the basis of the workpiece data, wherein the workpiece data and the unique identification value and/or an identification number are contained in the digital certificate, and f) assigning the additively manufactured workpiece to a digital twin and/or vice versa by means of the unique identification value and/or the identification number contained in the digital certificate.
A suture passing mechanism comprising an elongated shaft and a suture grasping mechanism at a distal end of the shaft, the suture grasping mechanism comprising a recess for receiving a length of suture, the recess having a proximal wall and a lateral opening leading therein; wherein the suture grasping mechanism comprises an articulating jaw movable from a closed position to an open position, and an expeller (34, 74, 214) at the recess adapted to expel suture out of the recess through the lateral opening when the articulating jaw is in its open position, wherein the expeller (34, 74, 214) comprises a surface movable across the recess toward the lateral opening whereby to push the suture out of the lateral opening characterised in that the elongated shaft terminates with a sharp distal tip for passing a portion of the elongated shaft through tissue and in that the articulating jaw is configured to enclose the lateral opening in the said closed position to retain the suture within the recess.
An input device, comprising: a frame (76; 104); a touch sensitive track pad (72; 101) having a track surface (74; 102) on the upper side, and a flexure hinge (86; 122) pivotably connecting the track pad (72; 101) to the frame (76; 104) to allow movement of the track pad (72; 101) relative to the frame (76; 104), wherein the flexure hinge (86, 122) is configured to allow displacement of the track pad (72; 101) from a neutral position to an active position when a force is applied to substantially any portion of the track surface (74; 102), and to bias the track pad (72; 101) towards the neutral position from the active position, wherein the track pad (72; 101) generates a first control signal when the track pad (72; 101) is at the active position and the track pad generates a second control signal when an object is moved relative to the track surface (74; 102), characterized in that the flexure hinge (86; 122) is a resilient plate connected to the track pad (72; 101), the resilient plate having a cantilevered extension connected to the frame (76; 104), wherein the flexure hinge (86; 122) constrains the track pad (72; 101) to move substantially about only one axis. a frame (76; 104); a touch sensitive track pad (72; 101) having a track surface (74; 102) on the upper side, and a flexure hinge (86; 122) pivotably connecting the track pad (72; 101) to the frame (76; 104) to allow movement of the track pad (72; 101) relative to the frame (76; 104), wherein the flexure hinge (86, 122) is configured to allow displacement of the track pad (72; 101) from a neutral position to an active position when a force is applied to substantially any portion of the track surface (74; 102), and to bias the track pad (72; 101) towards the neutral position from the active position, wherein the track pad (72; 101) generates a first control signal when the track pad (72; 101) is at the active position and the track pad generates a second control signal when an object is moved relative to the track surface (74; 102), characterized in that the flexure hinge (86; 122) is a resilient plate connected to the track pad (72; 101), the resilient plate having a cantilevered extension connected to the frame (76; 104), wherein the flexure hinge (86; 122) constrains the track pad (72; 101) to move substantially about only one axis.
A deployment system, comprising: a catheter having a distal end and a proximal end; one or more electrically controlled actuator(s) disposed at the distal end of the catheter; and one or more connections coupled to the actuator and to a deployable medical device (135, 235) disposed at the distal end of the catheter, wherein each connection is removably attached to an element of the medical device (135, 235) wherein the one or more connections are individually controllable and operable by the one or more actuators, which is configured to receive signals for each connection, to manipulate each element in a selected order to deploy and position the medical device (135, 235). a catheter having a distal end and a proximal end; one or more electrically controlled actuator(s) disposed at the distal end of the catheter; and one or more connections coupled to the actuator and to a deployable medical device (135, 235) disposed at the distal end of the catheter, wherein each connection is removably attached to an element of the medical device (135, 235) wherein the one or more connections are individually controllable and operable by the one or more actuators, which is configured to receive signals for each connection, to manipulate each element in a selected order to deploy and position the medical device (135, 235).
Process for producing hard material-coated bodies composed of metal, cemented hard material, cermet or ceramic, wherein at least one (Ti x Si y) (C a N b O c) nanocomposite layer is deposited by means of a thermal CVD process without plasma excitation in a gas mixture composed of TiCl 4, one or more silicon chlorides, CH 3 CN, H 2 and of a gas addition of CO and/or CO 2 and at temperatures in the range from 700°C to 950°C and at pressures in the range from 0.1 kPa to 0.1 MPa, where an atomic ratio Si/Ti of the silicon chlorides and titanium chlorides in the gas phase of greater than 1 is selected.
An oral composition comprising: i. a phospholipid surfactant of the formula: where M + is an alkali metal ion such as potassium or sodium; X - is a halo; and R is independently a straight or branched chain alkyl containing less than 17 carbons; ii. one or more water-insoluble non-cationic bioactive agents; and iii. at least one orally acceptable solvent; wherein the one or more water-insoluble non-cationic bioactive agent is a bioactive essential oil; and wherein the amount of a C 2 -C 4 monohydric alcohol is up to 10% v/v by volume of the total composition. i. a phospholipid surfactant of the formula: where M + is an alkali metal ion such as potassium or sodium; X - is a halo; and R is independently a straight or branched chain alkyl containing less than 17 carbons; where M + is an alkali metal ion such as potassium or sodium; X - is a halo; and R is independently a straight or branched chain alkyl containing less than 17 carbons; ii. one or more water-insoluble non-cationic bioactive agents; and iii. at least one orally acceptable solvent;
A method for preventing the re-emission of mercury across a flue gas desulfurization process comprising the use of: (a) one or more polydithiocarbamic compounds, (b) a scrubber liquor, and (c) a scrubber, wherein the scrubber liquor is separated into a high solids and low solids stream, the high solids stream is diverted to wastewater processing and the low solids fraction returns to the wet scrubber, wherein the polydithiocarbamic compound is added to the low solids stream prior to returning to the scrubber (a) one or more polydithiocarbamic compounds, (b) a scrubber liquor, and (c) a scrubber,
A dispenser for towel products in form of sheets, said dispenser comprising a vertical housing with two side walls and a back wall, the housing being able to receive a towel stack formed by sheets to be dispensed, stacked to lay horizontally, the sheet towels in said housing lowering by gravity in sliding contact with the opposite side walls of the housing, corresponding to an amount of the sheets removed from the lower part of the housing, both opposite side walls being provided with fins projecting inwards for partially supporting the side edges of the towel stack, characterized in that the fins are inclined towards the back wall of the housing and the fins are inclined with respect to the horizontal level, parallel with each other.
Clutch device for the as-needed transmission of a torque between a drive element rotatable about an axis of rotation and an output element which can be rotated about an axis of rotation, whereupon these can be non-positively coupled by means of a clutch element, wherein the drive element and the output element respectively form a coupling surface, characterized in that the coupling surfaces form a coupling gap with a gap width decreasing in a radial direction with respect to at least one of the axes of rotation (28, 50), wherein the clutch element can be brought into a first position and a second position which differ with regard to the radial position within the coupling gap, and thus with regard to the contact pressure between the clutch element and the coupling surfaces.
A radiation dose information sharing device for sharing radiation dose information between first and second radiation imaging systems (2a, 2b), each of said first and second radiation imaging systems (2a, 2b) including a radiation source (10a, 10b) for emitting radiation and a detection panel (13a, 13b) for detecting a radiographic image from said radiation incident on an imaging plane, said radiation dose information sharing device comprising: a data acquisition means (25b, 23b) for acquiring first specification data of said first radiation imaging system and second specification data of said second radiation imaging system; a storage means for storing said first and second specification data (30a, 30b) acquired by said data acquisition means (25b, 23b); and an arithmetic means for converting a first optimal dose into a second optimal dose suitable for said second radiation imaging system so as to equalize an image quality of an X-ray image between said first and second radiation imaging systems (2a, 2b) based on said first and second specification data (30a, 30b) read out from said storage means, said first optimal dose being contained in said first specification data or calculated from said first specification data, characterised in that said first and second specification data (30a, 30b) includes an item of a type of an intermediate member disposed between the radiation source and the imaging plane; said storage means stores absorptance data representing absorptance of radiation by said intermediate member; and said arithmetic means calculates an increase/decrease ratio of a radiation dose on a basis of said item of absorptance data read out from said storage means according to a change from said first radiation imaging system to said second radiation imaging system. a data acquisition means (25b, 23b) for acquiring first specification data of said first radiation imaging system and second specification data of said second radiation imaging system; a storage means for storing said first and second specification data (30a, 30b) acquired by said data acquisition means (25b, 23b); and an arithmetic means for converting a first optimal dose into a second optimal dose suitable for said second radiation imaging system so as to equalize an image quality of an X-ray image between said first and second radiation imaging systems (2a, 2b) based on said first and second specification data (30a, 30b) read out from said storage means, said first optimal dose being contained in said first specification data or calculated from said first specification data, characterised in that said first and second specification data (30a, 30b) includes an item of a type of an intermediate member disposed between the radiation source and the imaging plane; said storage means stores absorptance data representing absorptance of radiation by said intermediate member; and said arithmetic means calculates an increase/decrease ratio of a radiation dose on a basis of said item of absorptance data read out from said storage means according to a change from said first radiation imaging system to said second radiation imaging system.
A viscosity-type torsional vibration damper having the following features: a) an annular damper housing that delimits a damper chamber, b) an inertia ring arranged in the damper chamber, c) a bearing device that holds the inertia ring in the damper housing and has at least one or more bearing elements (5, 6; 5', 6'), at least one of these bearing elements (5, 6; 5', 6') taking the form of a ring that is not circumferentially closed when fitted, d) a shearing gap filled with a viscous fluid between the inertia ring and the damper housing, e) the provision of a plurality of radial bearing portions distributed circumferentially on the at least one bearing element (5, 6; 5', 6') that takes the form of a ring that is not circumferentially closed, f) the at least one bearing element (5, 6; 5', 6') that takes the form of a ring that is not circumferentially closed is cut to length from a strip, characterised in that g) there is also provided a plurality of axial bearing portions distributed circumferentially on the at least one bearing element (5, 6; 5', 6') that takes the form of a ring that is not circumferentially closed, and h) at least three of the axial bearing portions and of the radial bearing portions are distributed circumferentially on the at least one bearing element (5, 6; 5', 6'), i) the at least one bearing element (5, 6; 5', 6') that takes the form of a ring that is not circumferentially closed also has a plurality of radial webs that each connect two of the radial bearing portions. a) an annular damper housing that delimits a damper chamber, b) an inertia ring arranged in the damper chamber, c) a bearing device that holds the inertia ring in the damper housing and has at least one or more bearing elements (5, 6; 5', 6'), at least one of these bearing elements (5, 6; 5', 6') taking the form of a ring that is not circumferentially closed when fitted, d) a shearing gap filled with a viscous fluid between the inertia ring and the damper housing, e) the provision of a plurality of radial bearing portions distributed circumferentially on the at least one bearing element (5, 6; 5', 6') that takes the form of a ring that is not circumferentially closed, f) the at least one bearing element (5, 6; 5', 6') that takes the form of a ring that is not circumferentially closed is cut to length from a strip, characterised in that g) there is also provided a plurality of axial bearing portions distributed circumferentially on the at least one bearing element (5, 6; 5', 6') that takes the form of a ring that is not circumferentially closed, and h) at least three of the axial bearing portions and of the radial bearing portions are distributed circumferentially on the at least one bearing element (5, 6; 5', 6'), i) the at least one bearing element (5, 6; 5', 6') that takes the form of a ring that is not circumferentially closed also has a plurality of radial webs that each connect two of the radial bearing portions.
A large, thin, generally planar panel constructed from blow-molded plastic, the blow-molded plastic panel comprising: a first surface being a substantially flat surface; a second surface; a nominal panel thickness measured between the first surface and the second surface wherein the nominal panel thickness is less than 12.7 mm (.5 inches); a hollow interior portion at least partially disposed between the first surface and the second surface, the first surface, the second surface and the hollow interior portion being integrally formed during the blow-molding process as part of a unitary, one-piece structure; a nominal wall thickness of the first surface and the second surface measured in mm; a plurality of depressions integrally formed in the second surface and extending towards the first surface, the plurality of depressions covering at least a majority of the second surface; and a nominal distance separating adjacent depressions measured from an edge of one depression to an edge of the adjacent depression and measured in mm; wherein the panel has a size of at least 0.09 m 2 (one square foot); and wherein WT (mm). PT (mm). D (mm) ≤ 492 (WT (inches). PT (inches). D (inches) ≤.030). a first surface being a substantially flat surface; a second surface; a nominal panel thickness measured between the first surface and the second surface wherein the nominal panel thickness is less than 12.7 mm (.5 inches); a hollow interior portion at least partially disposed between the first surface and the second surface, the first surface, the second surface and the hollow interior portion being integrally formed during the blow-molding process as part of a unitary, one-piece structure; a nominal wall thickness of the first surface and the second surface measured in mm; a plurality of depressions integrally formed in the second surface and extending towards the first surface, the plurality of depressions covering at least a majority of the second surface; and a nominal distance separating adjacent depressions measured from an edge of one depression to an edge of the adjacent depression and measured in mm; wherein the panel has a size of at least 0.09 m 2 (one square foot); and wherein WT (mm). PT (mm). D (mm) ≤ 492 (WT (inches). PT (inches). D (inches) ≤.030).
A silver-coated material having a silver coating layer on an electrically conductive base material directly and/or via an underlayer, wherein the silver coating layer is an outermost layer made of silver or a silver alloy, wherein crystals of a columnar structure having an average crystal grain size of 0.2 μm or more and 0.5 μm or less, measured in accordance with JIS H 0501, that are made of silver or a silver alloy are included in the layer made of silver or a silver alloy, and wherein the silver-coated material has a coating loss, in an abrasion resistance test, of less than 40 mg and has an initial contact resistance of less than 10 mΩ and a contact resistance of less than 10 mΩ after a sliding wear test carried out under following conditions. Contact resistance measurement conditions: Apparatus: Yamasaki type CRS-1 Contact Simulator Conditions: contact load, 10 g (Au probe); sliding distance, 1 mm Sliding wear test conditions: [Load] 1.6 N [Sliding range] 0.2 mm [Sliding speed] 1 mm/s [Number of cycles] 50 000 wherein, the abrasion resistance test is carried out in accordance with JIS H 8682 under conditions of a load of 4.9 N (500 gf) (surface area of abrasion, 12 mm × 31 mm), with #1500 emery paper, and 200 back-and-forth cycles. Contact resistance measurement conditions: Apparatus: Yamasaki type CRS-1 Contact Simulator Conditions: contact load, 10 g (Au probe); sliding distance, 1 mm Sliding wear test conditions: [Load] 1.6 N [Sliding range] 0.2 mm [Sliding speed] 1 mm/s [Number of cycles] 50 000 [Load] 1.6 N [Sliding range] 0.2 mm [Sliding speed] 1 mm/s [Number of cycles] 50 000
A home appliance (40, 40a) comprising: a communication unit; a memory configured to store an Internet Protocol, IP, address for connecting to a server; and a processor configured to: in response to a user input, control the communication unit to operate in an access point, AP, connection mode, wherein the communication unit is able to perform a network communication with a terminal device while operating in the AP connection mode, receive, via the communication unit performing the network communication with the terminal device, identification information and password information corresponding to an AP apparatus from the terminal device, wherein the received password information of the AP apparatus is verified by the terminal device according to authentication information of the AP apparatus stored in the terminal device, based on the identification information and the verified password information of the AP apparatus, control the communication unit to establish a communication connection with the AP apparatus, and while connected to the AP apparatus, access the server using the stored Internet Protocol, IP, address. a communication unit; a memory configured to store an Internet Protocol, IP, address for connecting to a server; and a processor configured to: in response to a user input, control the communication unit to operate in an access point, AP, connection mode, wherein the communication unit is able to perform a network communication with a terminal device while operating in the AP connection mode, receive, via the communication unit performing the network communication with the terminal device, identification information and password information corresponding to an AP apparatus from the terminal device, wherein the received password information of the AP apparatus is verified by the terminal device according to authentication information of the AP apparatus stored in the terminal device, based on the identification information and the verified password information of the AP apparatus, control the communication unit to establish a communication connection with the AP apparatus, and while connected to the AP apparatus, access the server using the stored Internet Protocol, IP, address. in response to a user input, control the communication unit to operate in an access point, AP, connection mode, wherein the communication unit is able to perform a network communication with a terminal device while operating in the AP connection mode, receive, via the communication unit performing the network communication with the terminal device, identification information and password information corresponding to an AP apparatus from the terminal device, wherein the received password information of the AP apparatus is verified by the terminal device according to authentication information of the AP apparatus stored in the terminal device, based on the identification information and the verified password information of the AP apparatus, control the communication unit to establish a communication connection with the AP apparatus, and while connected to the AP apparatus, access the server using the stored Internet Protocol, IP, address.