mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring a thickness of lingual and/or buccal plates (4204;4206) using a stack of tomosynthesis images which are reconstructed in a depth direction by processing a plurality of projections images taken by a tomosynthesis system having an intraoral detector and an x-ray source, comprising: accepting a selection of a depth (D1;D2) in the said depth direction corresponding to a depth at which the thickness (T L;T B) of the lingual and/or buccal plate is to be determined; returning a two dimensional x-ray image, from the tomosynthesis stack, corresponding to said depth, wherein the two dimensional x-ray image is substantially parallel to the plane of the intraoral x-ray detector at the selected depth, and generally perpendicular to the lingual and buccal plates; accepting a selection of two points or a line between two points on the two dimensional x-ray image, the two points corresponding to edges of the lingual or buccal plate, and generating a distance between the two points corresponding to a thickness of the lingual or buccal plate. accepting a selection of a depth (D1;D2) in the said depth direction corresponding to a depth at which the thickness (T L;T B) of the lingual and/or buccal plate is to be determined; returning a two dimensional x-ray image, from the tomosynthesis stack, corresponding to said depth, wherein the two dimensional x-ray image is substantially parallel to the plane of the intraoral x-ray detector at the selected depth, and generally perpendicular to the lingual and buccal plates; accepting a selection of two points or a line between two points on the two dimensional x-ray image, the two points corresponding to edges of the lingual or buccal plate, and generating a distance between the two points corresponding to a thickness of the lingual or buccal plate.
A sunscreen composition comprising the following combination of titanium dioxide UV filters: A. titanium dioxide having an aluminum hydroxide and stearic acid coating; B. titanium dioxide having silica coating; and C. titanium dioxide having a silica, aluminum hydroxide, and alginic acid coating, wherein said composition comprises 1 to 10 wt.% of A; 1 to 10 wt.% of B; and 5 to 25 wt.% of C. A. titanium dioxide having an aluminum hydroxide and stearic acid coating; B. titanium dioxide having silica coating; and C. titanium dioxide having a silica, aluminum hydroxide, and alginic acid coating, 1 to 10 wt.% of A; 1 to 10 wt.% of B; and 5 to 25 wt.% of C.
A method for arranging a plurality of foods, in particular different types of cut meat products and sausage products, in at least one base portion of a packaging which is moved on a cart on a guide track, said cart having a packaging receiver comprising at least one receiving frame, wherein the cart is moved by means of magnetic field sources; wherein the cart is fed successively to food feeds of the individual foods; and wherein at least one food is placed on or in the base portion at each food feed.
A touchpad assembly used for an electronic device, comprising: a baseplate, wherein the baseplate comprises a first plate body and a second plate body, the first plate body is higher than the second plate body in a thickness direction of the touchpad assembly, and the first plate body is configured to match a battery of the electronic device; a support disposed above the baseplate in the thickness direction of the touchpad assembly; and a balance bar, wherein the balance bar is supported between the support and the baseplate, and is capable of rotating around a set fulcrum of the baseplate, wherein the balance bar comprises a main body portion and supporting portions connected to two ends of the main body portion, at least part of the supporting portion is located on the first plate body, and in the thickness direction of the touchpad assembly, an end of the supporting portion away from the main body portion does not exceed a bottom surface of the first plate body so as to allow a position of the battery to be staggered from the second plate body; wherein the touchpad assembly further comprises a circuit board, wherein the circuit board is connected to a side of the support away from the baseplate; and wherein the touchpad assembly further comprises a touchpad, wherein the touchpad is connected to a side of the circuit board away from the support. a baseplate, wherein the baseplate comprises a first plate body and a second plate body, the first plate body is higher than the second plate body in a thickness direction of the touchpad assembly, and the first plate body is configured to match a battery of the electronic device; a support disposed above the baseplate in the thickness direction of the touchpad assembly; and a balance bar, wherein the balance bar is supported between the support and the baseplate, and is capable of rotating around a set fulcrum of the baseplate, wherein the balance bar comprises a main body portion and supporting portions connected to two ends of the main body portion, at least part of the supporting portion is located on the first plate body, and in the thickness direction of the touchpad assembly, an end of the supporting portion away from the main body portion does not exceed a bottom surface of the first plate body so as to allow a position of the battery to be staggered from the second plate body; wherein the touchpad assembly further comprises a circuit board, wherein the circuit board is connected to a side of the support away from the baseplate; and wherein the touchpad assembly further comprises a touchpad, wherein the touchpad is connected to a side of the circuit board away from the support.
A shoulder prosthetic comprising: a glenosphere head member; a glenoid coupling member configured to be implanted into a resected glenoid, the glenoid coupling member having a glenoid interface surface and an opposed bearing mounting surface; an annular spring member disposed between the glenoid coupling member and the glenosphere head member; and an intermediary coupling member, the intermediary coupling member configured to engage the bearing mounting surface, wherein the intermediary coupling member is coupled to a coupling taper defined in the glenoid coupling member, wherein the annular spring member is fixably or rotatably coupled to the glenosphere head member and the intermediary coupling member and the annular spring member functions to absorb impacts or forces applied to the glenosphere head member. a glenosphere head member; a glenoid coupling member configured to be implanted into a resected glenoid, the glenoid coupling member having a glenoid interface surface and an opposed bearing mounting surface; an annular spring member disposed between the glenoid coupling member and the glenosphere head member; and an intermediary coupling member, the intermediary coupling member configured to engage the bearing mounting surface, wherein the intermediary coupling member is coupled to a coupling taper defined in the glenoid coupling member, wherein the annular spring member is fixably or rotatably coupled to the glenosphere head member and the intermediary coupling member and the annular spring member functions to absorb impacts or forces applied to the glenosphere head member.
A compact spherical tokamak nuclear fusion reactor comprising a toroidal plasma chamber and a plasma confinement system arranged to generate a magnetic field for confining a plasma in the plasma chamber, wherein: the plasma confinement system includes toroidal field magnets made from material comprising high temperature superconductor cooled in use to 30K or less and configured such that the magnetic field in use includes a toroidal component of 5T or more, thereby allowing the plasma confinement system to be configured so that the major radius of the confined plasma is 1.5 m or less. the plasma confinement system includes toroidal field magnets made from material comprising high temperature superconductor cooled in use to 30K or less and configured such that the magnetic field in use includes a toroidal component of 5T or more, thereby allowing the plasma confinement system to be configured so that the major radius of the confined plasma is 1.5 m or less.
Positioning device for a test sensor of a tyre testing machine, with - a guiding device; and - a sensor carrier, to which the test sensor can be fastened, wherein the sensor carrier is fixed on the guiding device; characterized by two carriage units (16a, 16b), which are guided by the guiding device and can be displaced linearly along the guiding device, wherein the carriage units (16a, 16b) each have a suspension structure (18a, 18b), by means of which the positioning device can be suspended on movable mountings (104a-104d) of the tyre testing machine. - a guiding device; and - a sensor carrier, to which the test sensor can be fastened, wherein the sensor carrier is fixed on the guiding device;
A tool for use by a surgeon for operating a basket device for capturing an object to be removed from a body of a human or an animal, the tool comprising: a housing having a longitudinal axis and including a passage; a first controller including a first portion located in the passage in the housing and a second portion extending from the housing, wherein the first controller is adapted to be coupled to the basket device for selectively controlling the basket device and wherein the first controller is axially movable in the passage of the housing for moving the basket device between a first, closed position and a second, open position, and wherein the first controller is rotationally movable in the passage of the housing for rotating the basket device when in the second, open position; and an end surface (80, 80') coupled to the second portion of the first controller, wherein the end surface (80, 80') is configured to move axially with the first controller, and wherein the end surface (80, 80') is configured to move independently rotationally of the first controller for the end surface to remain rotationally stationary while the first controller is rotated. a housing having a longitudinal axis and including a passage; a first controller including a first portion located in the passage in the housing and a second portion extending from the housing, wherein the first controller is adapted to be coupled to the basket device for selectively controlling the basket device and wherein the first controller is axially movable in the passage of the housing for moving the basket device between a first, closed position and a second, open position, and wherein the first controller is rotationally movable in the passage of the housing for rotating the basket device when in the second, open position; and an end surface (80, 80') coupled to the second portion of the first controller, wherein the end surface (80, 80') is configured to move axially with the first controller, and wherein the end surface (80, 80') is configured to move independently rotationally of the first controller for the end surface to remain rotationally stationary while the first controller is rotated.
Electronic control circuit for an electrical device, in particular designed as a commutation electronic system of an EC motor, having a plurality of power transistors (T1 - T6), which are controlled in an operating mode to control the device, characterised by an additional, similar reference transistor (T test) which is non-charged in the operating mode of the power transistors (T1 - T6) and is arranged or formed together with the power transistors (T1 - T6) on a common support or substrate, and by means for applying to the reference transistor (T test) and at least one of the power transistors (T1 - T6) respectively a test current in a test mode and for measuring the respective associated saturation voltage (U CE sat) and for evaluating a saturation voltage difference resulting from the measured saturation voltages (U CE sat) of the reference transistor (T test) and the respective power transistor (T1 - T6) taking into account the prevailing temperature of the support/substrate during the measurement as a criterion for an ageing process and an expected remaining service life of the power transistors (T1 - T6), wherein additional means for evaluating a rate of change of the saturation voltage differences recorded in each of the respective consecutive test modes are provided.
A universal gripper for timepiece washers, arranged to be fastened to or integrated into a handling means or a robot arm, and including a clamp with a plurality of jaws radially concentrically movable about a main axis and which are protruding relative to a rest tray that said gripper includes and which is movable along the direction of said main axis, each of said jaws including at least a first radial surface arranged for radially resting on the edge of a washer, said rest tray including at least a first axial surface arranged for axially resting on a flat surface of a washer, such that said gripper includes axial means for operating said rest tray to hold said rest tray on a support with a calibrated force and lower than or equal to 300N, and which are combined with at least one force sensor along said main axis which is arranged to measure a tensile and/or compression force, and to compare it to said calibrated force or to the value of 300N, such that each said jaw is also axially movable along the direction of said main axis relative to said rest tray, or conversely, and characterised in that the relative axial stroke between said jaws and said rest tray is adjustable to adapt to each washer thickness.
A method in a user equipment, UE, for a measurement gap pattern configuration comprising: • receiving (21, 31) from a base station by means of RRC signalling, gNB a configuration information indicative of a bandwidth, BW, part configuration in a serving cell, • receiving (23, 33) from the gNB a layer 1 message to change the active BW part to one of the configured BW parts (81, 82), • wherein the BW part configuration comprises a first BW part and a second BW part, and wherein the first BW part is associated with a first measurement gap pattern with gaps being different from zero length, and the second BW part is associated with a second measurement gap pattern with gaps of zero length, and • while changing the the active BW part, changing (24, 34) the measurement gap pattern according to the associated measurement configuration; characterized by • determining a threshold time (Td) to be applied for changing the measurement from the first measurement gap pattern to the second measurement gap pattern after changing the active BW part from the first BW part to the second BW part. • receiving (21, 31) from a base station by means of RRC signalling, gNB a configuration information indicative of a bandwidth, BW, part configuration in a serving cell, • receiving (23, 33) from the gNB a layer 1 message to change the active BW part to one of the configured BW parts (81, 82), • wherein the BW part configuration comprises a first BW part and a second BW part, and wherein the first BW part is associated with a first measurement gap pattern with gaps being different from zero length, and the second BW part is associated with a second measurement gap pattern with gaps of zero length, and • while changing the the active BW part, changing (24, 34) the measurement gap pattern according to the associated measurement configuration; characterized by • determining a threshold time (Td) to be applied for changing the measurement from the first measurement gap pattern to the second measurement gap pattern after changing the active BW part from the first BW part to the second BW part.
A method performed by a home network of controlling attachment of a user equipment, UE, device to a non-home network when the UE device has an access to a non-3GPP network and thereby a connection with the home network via an interworking function entity, the method comprising: in the event of the UE device requesting an attachment to the non-home network, making in the home network a decision as to whether the attachment to the non-home network by the UE device should be rejected; and communicating the decision to the non-home network, wherein the home network communicates to the non-home network a message that the UE device's request is rejected, the message further indicating that a further request for attachment to the non-home network by the UE device is prohibited for at least one service while the connection with the home network is established so as to cause the UE device to refrain from requesting attachment to the non-home network for the at least one service as long as the connection to the home network via the interworking function entity is maintained. in the event of the UE device requesting an attachment to the non-home network, making in the home network a decision as to whether the attachment to the non-home network by the UE device should be rejected; and communicating the decision to the non-home network, wherein the home network communicates to the non-home network a message that the UE device's request is rejected, the message further indicating that a further request for attachment to the non-home network by the UE device is prohibited for at least one service while the connection with the home network is established so as to cause the UE device to refrain from requesting attachment to the non-home network for the at least one service as long as the connection to the home network via the interworking function entity is maintained.
Ceramers comprising titanium oxide and/or zirconium oxide in the form of nanometric particles derived from aqueous suspensions of titanium oxide or zirconium oxide, wherein said aqueous suspensions of titanium oxide in the form of nanometric particles are obtained via a process in which a titanium alkoxide is reacted by heating in water in the presence of a mineral acid and a non-ionic surfactant and optionally by evaporating the solvent when obtaining the solid product is desired.
An isolated dengue virus-like particle comprising a dengue serotype 1 virus (DENV-1) E-glycoprotein polypeptide comprising the amino acid sequence of SEQ ID NO: 1, and wherein the polypeptide has amino acid substitutions at residues corresponding to positions 106, 107, 310, 311, 364, 468, 478, 482 and 487 of SEQ ID NO: 1 and wherein the amino acid substitutions are an arginine at position 106, an aspartic acid at position 107, an aspartic acid at position 310, a lysine at position 311, a glutamine at position 364, an isoleucine at position 468, a threonine at position 478, a valine at position 482 and a leucine at position 487, and further comprising a dengue virus prM protein for use in a method of eliciting an immune response in a subject against dengue virus.
A joint assembly for releasably connecting an extension panel to a patient support panel mounted on a pedestal, said joint assembly comprising a first body member and a second body member, one of said first and second body members (22, 24) being arranged to be secured to the patient support panel and the other of said first and second body members (22, 24) being arranged to be secured to the extension panel, said first body member comprising an actuator subassembly and a frame including a projection (38, 38A), a first locking member (42, 44) and an overhang having an undersurface with a recess therein, said second body member comprising a movable latch member and a frame including a distal portion with at least one tab member and a second locking member (92, 94) toward a proximal end of the frame, said second body member with said extension panel secured thereto being arranged to be brought into engagement with said first body member, whereupon a portion of said at least one tab member is releasably received within said recess of said first body member and with said first and second locking members (42, 44, 92, 94) engaging each other to lock said first and second body members (22, 24) together to prevent downward movement of the extension panel with respect to the patient support panel, and with said movable latch member of said second body member engaging said projection (38, 38A) of said first body member to lock said first and second body members (22, 24) together and thereby prevent upward movement of the extension panel with respect to the patient support panel.
A method for forming a final digital color image, comprising: (a) capturing an image using an image sensor having panchromatic pixels P and color pixels, red, green, and blue, in the following arrangement: R G P P P P G B P P P P; (b) providing from the captured image a digital high resolution panchromatic image, a low resolution panchromatic image, and a low resolution RGB CFA image; (c) subtracting the low resolution panchromatic image from the low resolution RGB CFA image to produce a low resolution color differences image; (d) using the low resolution color difference image to produce a digital interpolated low resolution color differences image having three colour differences for each pixel; (e) using the digital interpolated low resolution color differences image to produce a digital high resolution color differences image; and (f) using the digital high resolution panchromatic image and the digital high resolution color differences image to produce the final digital high resolution full color image. (a) capturing an image using an image sensor having panchromatic pixels P and color pixels, red, green, and blue, in the following arrangement: R G P P P P G B P P P P; R G P P P P G B P P P P; (b) providing from the captured image a digital high resolution panchromatic image, a low resolution panchromatic image, and a low resolution RGB CFA image; (c) subtracting the low resolution panchromatic image from the low resolution RGB CFA image to produce a low resolution color differences image; (d) using the low resolution color difference image to produce a digital interpolated low resolution color differences image having three colour differences for each pixel; (e) using the digital interpolated low resolution color differences image to produce a digital high resolution color differences image; and (f) using the digital high resolution panchromatic image and the digital high resolution color differences image to produce the final digital high resolution full color image.