mhurhangee/ep-ind-claims huggingface dataset:
A drive guide connectable to a power tool, the drive guide comprising: a shank including a tool coupling portion and a barrel coupling portion; a barrel coupled to the barrel coupling portion of the shank, the barrel including a bit coupling portion configured to couple to a tool bit, the barrel also including a depth indicium disposed on a surface of the barrel; and a sleeve disposed concentrically about and slidable along the barrel; wherein an edge of the sleeve provides a visual indicator to determine depth based on the depth indicium; characterized in that: (i) the depth indicium is one of a set of depth indicia, and wherein the set of depth indicia includes a plurality of axially aligned and axially spaced markers; or (ii) the barrel includes three depth indicia that are circumferentially aligned and circumferentially spaced about the barrel; optionally wherein the three depth indicia are evenly spaced relative to one another by approximately 120 degrees; or (iii) the barrel includes a plurality of sets of depth indicia, and wherein each set of depth indicia includes a plurality of axially aligned and axially spaced markers. a shank including a tool coupling portion and a barrel coupling portion; a barrel coupled to the barrel coupling portion of the shank, the barrel including a bit coupling portion configured to couple to a tool bit, the barrel also including a depth indicium disposed on a surface of the barrel; and a sleeve disposed concentrically about and slidable along the barrel; wherein an edge of the sleeve provides a visual indicator to determine depth based on the depth indicium; characterized in that: (i) the depth indicium is one of a set of depth indicia, and wherein the set of depth indicia includes a plurality of axially aligned and axially spaced markers; or (ii) the barrel includes three depth indicia that are circumferentially aligned and circumferentially spaced about the barrel; optionally wherein the three depth indicia are evenly spaced relative to one another by approximately 120 degrees; or (iii) the barrel includes a plurality of sets of depth indicia, and wherein each set of depth indicia includes a plurality of axially aligned and axially spaced markers. (i) the depth indicium is one of a set of depth indicia, and wherein the set of depth indicia includes a plurality of axially aligned and axially spaced markers; or (ii) the barrel includes three depth indicia that are circumferentially aligned and circumferentially spaced about the barrel; optionally wherein the three depth indicia are evenly spaced relative to one another by approximately 120 degrees; or (iii) the barrel includes a plurality of sets of depth indicia, and wherein each set of depth indicia includes a plurality of axially aligned and axially spaced markers.
An oven that comprises: - a cooking chamber wherein the foods to be cooked are placed, - a body surrounding the cooking chamber, - a frame shaped front wall that forms the front portion of the body, - a door situated on the front wall allowing access into the cooking chamber and openable by rotating in the horizontal axis, - two housings arranged on both sides of the front wall, - two hinges having a hinge body secured on the body by passing through the housing and a hinge arm with one end fixed to the hinge body and the other end to the door, - a lamp for illuminating the cooking chamber, - a switch which turns on the lamp when in the active position (open door) and turns off the lamp when in the passive position (closed door), - a transmission means situated on the hinge body, whereof the position on the hinge body changes depending on the movement of the hinge arm and - an actuator connected to the transmission means which changes the switch to the active or passive position with the motion received from the transmission means during opening or closing of the door, - a spring being disposed inside the hinge body characterized by - the switch being disposed on the hinge body and - the transmission means being connected to the end of the spring that makes a rectilinear motion together with the spring during opening or closing of the door. - a cooking chamber wherein the foods to be cooked are placed, - a body surrounding the cooking chamber, - a frame shaped front wall that forms the front portion of the body, - a door situated on the front wall allowing access into the cooking chamber and openable by rotating in the horizontal axis, - two housings arranged on both sides of the front wall, - two hinges having a hinge body secured on the body by passing through the housing and a hinge arm with one end fixed to the hinge body and the other end to the door, - a lamp for illuminating the cooking chamber, - a switch which turns on the lamp when in the active position (open door) and turns off the lamp when in the passive position (closed door), - a transmission means situated on the hinge body, whereof the position on the hinge body changes depending on the movement of the hinge arm and - an actuator connected to the transmission means which changes the switch to the active or passive position with the motion received from the transmission means during opening or closing of the door, - a spring being disposed inside the hinge body characterized by - the switch being disposed on the hinge body and - the transmission means being connected to the end of the spring that makes a rectilinear motion together with the spring during opening or closing of the door.
A power safety instrument configured to provide power information in an aircraft, the aircraft including a powerplant, the power safety instrument comprising: a display; a power required indicator located on the display, the power required indicator being configured to communicate a power required to operate the aircraft in a hover flight mode; and a power available indicator located on the display, the power available indicator being configured to communicate a power available of the powerplant in the aircraft; and an input device for allowing a user to dictate that the power required to operate the aircraft in the hover flight mode be calculated based upon either an in-ground effect performance data or an out-of-ground effect performance data. a display; a power required indicator located on the display, the power required indicator being configured to communicate a power required to operate the aircraft in a hover flight mode; and a power available indicator located on the display, the power available indicator being configured to communicate a power available of the powerplant in the aircraft; and an input device for allowing a user to dictate that the power required to operate the aircraft in the hover flight mode be calculated based upon either an in-ground effect performance data or an out-of-ground effect performance data.
Compensating element for compensating for changes in length and/or angular offsetting in pipelines, comprising two lateral parts, wherein each lateral part is provided for connecting to one end of a pipeline, further comprising a bellows which is fastened to both lateral parts, wherein the two lateral parts are formed by a first housing half and a second housing half, wherein both housing halves (2, 3) each have a radially outer supporting portion (4, 5) and a radially inner tongue (6, 7), wherein the bellows is indirectly fastened to both housing halves (2, 3) at the respective tongue (6, 7), wherein, in addition to the connection of the two housing halves (2, 3) via the bellows, the supporting portions (4, 5) of both housing halves (2, 3) are connected to one another, with the result that they can support forces, wherein the tongues (6, 7) are of annular design, characterized in that the housing halves (2, 3) consist of a light metal, wherein the bellows is indirectly fastened to both housing halves (2, 3) at the respective tongue (6, 7) via a welding ring, wherein the welding ring is welded to the bellows and to the tongue (6, 7), wherein the welding ring is connected to the tongue (6, 7) by means of friction welding, namely spin friction welding.
A power receiving apparatus comprising: - a power reception coil configured to wirelessly receive a transmitted power from a power transmission apparatus, - a battery configured to be charged by the transmitted power, and - a memory that stores a threshold Quality Factor unique to the power receiving apparatus prior to receiving the transmitted power, wherein the power receiving apparatus is configured to send the threshold Quality Factor to the power transmission apparatus before the transmitted power is supplied to the battery. wherein the threshold Quality Factor is predetermined when no foreign matter is near the power receiving apparatus. - a power reception coil configured to wirelessly receive a transmitted power from a power transmission apparatus, - a battery configured to be charged by the transmitted power, and - a memory that stores a threshold Quality Factor unique to the power receiving apparatus prior to receiving the transmitted power, wherein the power receiving apparatus is configured to send the threshold Quality Factor to the power transmission apparatus before the transmitted power is supplied to the battery.
A furniture element, comprising: a supporting frame which defines an approximately horizontally arranged flat face, an angled plate for placing on the flat face of the supporting frame, wherein the angled plate has a flat base surface corresponding to the defined face and has on its longitudinal edges in each case a bent edge which faces away from the supporting frame, at least one functional element which is arranged in the angled plate, a sliding plate which is arranged in slidable manner on the bent edges of the angled plate which face away from the supporting frame, and a furniture carcass is arranged on that side of the flat face of the supporting frame which faces away from the angled plate, characterised in that a separate furniture carcass is arranged on both longitudinal edges of the supporting frame in each case, the arrangement positions of which intersect in the longitudinal direction of the supporting frame and between which a gap is provided which can be used for guidance for connection means of the at least one functional element. a supporting frame which defines an approximately horizontally arranged flat face, an angled plate for placing on the flat face of the supporting frame, wherein the angled plate has a flat base surface corresponding to the defined face and has on its longitudinal edges in each case a bent edge which faces away from the supporting frame, at least one functional element which is arranged in the angled plate, a sliding plate which is arranged in slidable manner on the bent edges of the angled plate which face away from the supporting frame, and a furniture carcass is arranged on that side of the flat face of the supporting frame which faces away from the angled plate, characterised in that a separate furniture carcass is arranged on both longitudinal edges of the supporting frame in each case, the arrangement positions of which intersect in the longitudinal direction of the supporting frame and between which a gap is provided which can be used for guidance for connection means of the at least one functional element.
A computer-implemented method for designing a patient-specific implant, comprising: obtaining image data of a region of interest of the spine of a patient; converting the image data into a three-dimensional image of the spine; receiving, from a user, one or more adjustments to patient anatomy depicted in the three-dimensional image, wherein the one or more adjustments correspond to a desired surgical correction of the patient anatomy; generating an updated three-dimensional image depicting the adjusted patient anatomy; measuring one or more geometric characteristics of the adjusted patient anatomy from the updated three-dimensional image; determining whether a measurement obtained for at least one of the one or more geometric characteristics conforms to a mathematical rule associated with the particular geometric characteristic; and generating three-dimensional implant geometry data based on the three-dimensional image if the measurement of the at least one of the one or more geometric characteristics conforms with the associated mathematical rule, the implant geometry data configured to guide an additive manufacturing operation to manufacture a patient-specific implant configured to provide the adjusted patient anatomy when implanted in the patient. obtaining image data of a region of interest of the spine of a patient; converting the image data into a three-dimensional image of the spine; receiving, from a user, one or more adjustments to patient anatomy depicted in the three-dimensional image, wherein the one or more adjustments correspond to a desired surgical correction of the patient anatomy; generating an updated three-dimensional image depicting the adjusted patient anatomy; measuring one or more geometric characteristics of the adjusted patient anatomy from the updated three-dimensional image; determining whether a measurement obtained for at least one of the one or more geometric characteristics conforms to a mathematical rule associated with the particular geometric characteristic; and generating three-dimensional implant geometry data based on the three-dimensional image if the measurement of the at least one of the one or more geometric characteristics conforms with the associated mathematical rule, the implant geometry data configured to guide an additive manufacturing operation to manufacture a patient-specific implant configured to provide the adjusted patient anatomy when implanted in the patient.
A photoelectric conversion device comprising: a semiconductor substrate including a photoelectric conversion portion; a silicon oxide film arranged above the photoelectric conversion portion; and an insulating film arranged between the photoelectric conversion portion and the silicon oxide film, wherein a lower surface of the silicon oxide film contacts an upper surface of the insulating film, wherein an n-type first impurity region constituting part of the photoelectric conversion portion and a p-type second impurity region arranged between the insulating film and the first impurity region are provided in the semiconductor substrate, a portion of the insulating film above the second impurity region, and the second impurity region both contain boron, and as for a profile of a boron concentration on a straight line that crosses a surface of the semiconductor substrate and passes through the second impurity region, letting a position where the boron concentration takes a minimal value in the second impurity region be a first position, an integrated value of a boron concentration from the surface of the semiconductor substrate to the first position is larger than an integrated value of a boron concentration from the surface of the semiconductor substrate to an upper surface of the silicon oxide film. a semiconductor substrate including a photoelectric conversion portion; a silicon oxide film arranged above the photoelectric conversion portion; and an insulating film arranged between the photoelectric conversion portion and the silicon oxide film, wherein a lower surface of the silicon oxide film contacts an upper surface of the insulating film, wherein an n-type first impurity region constituting part of the photoelectric conversion portion and a p-type second impurity region arranged between the insulating film and the first impurity region are provided in the semiconductor substrate, a portion of the insulating film above the second impurity region, and the second impurity region both contain boron, and as for a profile of a boron concentration on a straight line that crosses a surface of the semiconductor substrate and passes through the second impurity region, letting a position where the boron concentration takes a minimal value in the second impurity region be a first position, an integrated value of a boron concentration from the surface of the semiconductor substrate to the first position is larger than an integrated value of a boron concentration from the surface of the semiconductor substrate to an upper surface of the silicon oxide film.
A structure for sensing an analyte comprising: a support; a plurality of nanowires perpendicular to the support; and an electrode in contact with a first end of each nanowire; wherein each nanowire has a second end in contact with the support; and wherein the electrode contains a plurality of perforations comprising open spaces, each forming a straight line path normal to the support and completely through the electrode. a support; a plurality of nanowires perpendicular to the support; and an electrode in contact with a first end of each nanowire; wherein each nanowire has a second end in contact with the support; and wherein the electrode contains a plurality of perforations comprising open spaces, each forming a straight line path normal to the support and completely through the electrode.
A composition comprising one or more peptides selected from the group consisting of SEQ ID NOs: 18 and 20 and variants thereof having at least 80% identity to SEQ ID NO: 20; and/or comprising one or more polynucleotide sequences selected from the group consisting of SEQ ID NOs: 95 and 152, and variants thereof having at least 80% identity to SEQ ID NO: 95.
A method for receiving channel state information in a multiple-input transmission system, the method comprising: receiving first quantized information and second quantized information, wherein the first quantized information is based on a first estimate of a first channel state; and determining a second channel state based on a second estimate derived from the second quantized information, and the first quantized information, wherein the second estimate is different from the first estimate. receiving first quantized information and second quantized information, wherein the first quantized information is based on a first estimate of a first channel state; and determining a second channel state based on a second estimate derived from the second quantized information, and the first quantized information, wherein the second estimate is different from the first estimate.
A process for making a composite pavement structure, the process including the steps of: providing glass aggregate particles formed from glass that has been crushed, tumbled and heated to round its edges and remove non-glass impurities ranging from 1.5875 to 12.7 millimeters (1/16 to 1/2 inch) in diameter; providing a polymeric binder composition; exposing the glass aggregate particles to a coupling agent that increases the bond strength between the glass aggregate particles and the polymeric binder composition; allowing the coupling agent to react and bond with the glass aggregate particles for a predetermined time period to provide primed glass aggregate particles; drying the primed glass aggregate particles; mixing the dried primed glass aggregate particles with the polymeric binder composition; and allowing the polymeric binder composition to react and bond with the dried primed glass aggregate particles to provide the composite pavement structure; wherein the polymeric binder composition comprises a first component comprising a polymeric isocyanate and a second component comprising an isocyanate-reactive component. providing glass aggregate particles formed from glass that has been crushed, tumbled and heated to round its edges and remove non-glass impurities ranging from 1.5875 to 12.7 millimeters (1/16 to 1/2 inch) in diameter; providing a polymeric binder composition; exposing the glass aggregate particles to a coupling agent that increases the bond strength between the glass aggregate particles and the polymeric binder composition; allowing the coupling agent to react and bond with the glass aggregate particles for a predetermined time period to provide primed glass aggregate particles; drying the primed glass aggregate particles; mixing the dried primed glass aggregate particles with the polymeric binder composition; and allowing the polymeric binder composition to react and bond with the dried primed glass aggregate particles to provide the composite pavement structure; wherein the polymeric binder composition comprises a first component comprising a polymeric isocyanate and a second component comprising an isocyanate-reactive component.
An electronic panel comprising: a base substrate having a first area, a second area at least partially surrounding the first area, and a third area at least partially surrounding the second area, wherein the first area has a higher transmittance than the second area; a plurality of pixels in the second area; a plurality of pixel signal lines (DL, GL, PL) in the third area and connected to the pixels; a crack detecting pattern spaced apart from the pixels and in the first area; a first line which is spaced apart from the pixel signal lines, located in the third area, and connected to a first end of the crack detecting pattern; and a second line which is spaced apart from the pixel signal lines, located in the third area, connected to a second end of the crack detecting pattern, and spaced apart from the first line, wherein the crack detecting pattern has a line-symmetrical shape with respect to a symmetry axis passing through a center of the first area. a base substrate having a first area, a second area at least partially surrounding the first area, and a third area at least partially surrounding the second area, wherein the first area has a higher transmittance than the second area; a plurality of pixels in the second area; a plurality of pixel signal lines (DL, GL, PL) in the third area and connected to the pixels; a crack detecting pattern spaced apart from the pixels and in the first area; a first line which is spaced apart from the pixel signal lines, located in the third area, and connected to a first end of the crack detecting pattern; and a second line which is spaced apart from the pixel signal lines, located in the third area, connected to a second end of the crack detecting pattern, and spaced apart from the first line, wherein the crack detecting pattern has a line-symmetrical shape with respect to a symmetry axis passing through a center of the first area.
A method of producing a delayed release drug formulation for oral administration to deliver 5-aminosalicylic acid to the colon, said method comprising: forming a core comprising 5-aminosalicylic acid; combining a first aqueous preparation of an enzymatically degradable starch which is degradable by colonic bacterial enzymes; a second aqueous preparation of a film-forming enteric poly(methacrylic acid/methyl methacrylate) co-polymer having an acid:ester ratio of 1:2 and a pH threshold of pH 7; and an organic anti-tack agent, to form an outer layer coating preparation; and coating the core with the outer layer coating preparation to form an outer layer coated core; wherein the outer layer coating preparation comprises no more than 5% v/v organic solvent. forming a core comprising 5-aminosalicylic acid; combining a first aqueous preparation of an enzymatically degradable starch which is degradable by colonic bacterial enzymes; a second aqueous preparation of a film-forming enteric poly(methacrylic acid/methyl methacrylate) co-polymer having an acid:ester ratio of 1:2 and a pH threshold of pH 7; and an organic anti-tack agent, to form an outer layer coating preparation; and coating the core with the outer layer coating preparation to form an outer layer coated core; wherein the outer layer coating preparation comprises no more than 5% v/v organic solvent.