mhurhangee/ep-ind-claims huggingface dataset:
Drilling tool, in particular a reamer, comprising a clamping shank and a drill body, in which at least one main blade extends between the end face of the drill body and the clamping shank along a longitudinal axis of the drill body, said at least one main blade having a blade web which has a rake face facing a groove-shaped chip space and a free surface arranged on the outer circumference, said rake face and said free surface converging at a cutting edge which extends along the longitudinal axis of the drill body and by which a material removal takes place on an inner wall of a pre-drilled core bore of the workpiece due to rotation of the drilling tool, characterised in that the main blade extending along the longitudinal axis of the drill body transitions at the end face of the drill body into a groove blade which is oriented transversely to the longitudinal axis of the drill body and by which, before the material removal is carried out by rotation, the drilling tool can be moved in an axial lifting movement (h) into the core bore, forming a groove which extends along the longitudinal axis of the core bore and with which the main blade of the drilling tool is in engagement.
Mounting package for the production of an electromagnetic flow sensor, particularly of a magnetic field arrangement, said package comprising the following system elements at least (10, 21, 22, 23, 24, 41, 42, 51, 52): - a measuring tube element, and - a first and a second coil element (21, 22), - wherein installation points (10a, 10b; 10c, 10d) are provided on the measuring tube element for at least one pair of associated, complementary system elements (21, 22; 41, 42), and - wherein each of the two coil elements (21, 22) has a winding body (211, 221) covered with coil wire, a coil carrier (211 a, 221 a) being formed at an end of each of the winding bodies (211, 221), adapting the relevant coil element (21, 22) to the corresponding installation point of the measuring tube element, characterized in that - in order to fix the coil elements (21, 22) in place, at least one latch (211 b, 221 b) is formed on each of the coil carriers (211 a, 221 b), as well as a recess (211 c, 221 c) corresponding to the at least one latch of the other coil carrier in question, and - in that the latches (211 b, 221 b) and the assigned recess (221 c, 211 c) are arranged and designed in such a way that when the flow sensor is assembled, in each case, the at least one latch of the one coil carrier is accommodated into the corresponding recess of the other coil carrier such that the latch and the corresponding recess interlock essentially with positive locking. - a measuring tube element, and - a first and a second coil element (21, 22), - wherein installation points (10a, 10b; 10c, 10d) are provided on the measuring tube element for at least one pair of associated, complementary system elements (21, 22; 41, 42), and - wherein each of the two coil elements (21, 22) has a winding body (211, 221) covered with coil wire, a coil carrier (211 a, 221 a) being formed at an end of each of the winding bodies (211, 221), adapting the relevant coil element (21, 22) to the corresponding installation point of the measuring tube element, - in order to fix the coil elements (21, 22) in place, at least one latch (211 b, 221 b) is formed on each of the coil carriers (211 a, 221 b), as well as a recess (211 c, 221 c) corresponding to the at least one latch of the other coil carrier in question, and - in that the latches (211 b, 221 b) and the assigned recess (221 c, 211 c) are arranged and designed in such a way that when the flow sensor is assembled, in each case, the at least one latch of the one coil carrier is accommodated into the corresponding recess of the other coil carrier such that the latch and the corresponding recess interlock essentially with positive locking.
Method of producing a roll cover, in particular for use in a machine for producing and/or processing a fibrous web such as a web of paper or of board, wherein the roll cover comprises at least one layer consisting of a resin matrix and filled with at least one particulate filler, characterized in that the filler particles are produced in a component of the resin matrix and/or introduced into a polymer component of the resin matrix from a dispersion via matrix exchange.
A crystal of a salt of reduced glutathione and sodium (hereinafter, referred to as "reduced glutathione-sodium salt crystal"), wherein the reduced glutathione-sodium salt crystal is a monohydrate crystal of a reduced glutathione-sodium salt, and wherein the crystal has peaks at a diffraction angle (2θ) of 19.90° ± 0.20°, 25.58° ± 0.20°, and 26.88° ± 0.20° in powder X-ray diffraction, using CuKα as X-ray source and a measurement wavelength of 1.541 Å.
Remote management method characterized in that the method enables a distant remote management server to manage at least a distant set top box, comprising the following step: - transmission of a CWMP command (52, 72, 76) requesting a configuration of the transport and/or dejittering layers of said set top box. - transmission of a CWMP command (52, 72, 76) requesting a configuration of the transport and/or dejittering layers of said set top box.
A method of handling selections of base stations for a network the method comprising the steps of: determining an uplink, UL, offset of a UL signal quality for a UL base station of the network, for a communication device to select the UL base station from a plurality of base stations of the network according to the UL offset and the UL signal quality for performing a transmission to the UL base station; determining a downlink, DL, offset of a DL signal quality for a DL base station of the network, for the communication device to select the DL base station from the plurality of base stations according to the DL offset and the DL signal quality for performing a reception from the DL base station; and transmitting the UL offset and the DL offset to the communication device; wherein the communication device selects the UL base station and the DL base station in a cell selection procedure. determining an uplink, UL, offset of a UL signal quality for a UL base station of the network, for a communication device to select the UL base station from a plurality of base stations of the network according to the UL offset and the UL signal quality for performing a transmission to the UL base station; determining a downlink, DL, offset of a DL signal quality for a DL base station of the network, for the communication device to select the DL base station from the plurality of base stations according to the DL offset and the DL signal quality for performing a reception from the DL base station; and transmitting the UL offset and the DL offset to the communication device; wherein the communication device selects the UL base station and the DL base station in a cell selection procedure.
Hollow element such as a hollow rivet or a nut element for attachment to a component consisting of a composite material such as a fiber reinforced plastic part or a fabric reinforced plastic part, wherein the element has a flange part and a shaft part extending away from the flange part and/or a rivet section, wherein the rivet section, if present, can also be formed at the free end of the shaft part, wherein the hollow element furthermore has a central passage, which is optionally provided with a thread cylinder, wherein the hollow element is used in combination with an auxiliary tip which is either inserted from the flange side of the element through the passage or from the side of the free end of the shaft part of the rivet section into the passage such that a conically converging region of the auxiliary tip projects from the free end of the shaft part or of the rivet section respectively, characterized in that the auxiliary tip has, behind the conically converging tip, a maximum diameter which corresponds to or is somewhat smaller than the outer diameter of the shaft part or of the rivet section, and merges via a rounded neck into a portion of smaller diameter which is received in the thread cylinder or in the passage.
A method of binding and/or modifying a single stranded target nucleic acid, the method comprising: contacting the target nucleic acid with: (i) an argonaute (Ago) polypeptide comprising an amino acid sequence having 70% or more sequence identity with amino acids 282-430 and/or 431-639 of the wild type Marinitoga piezophila argonaute (MpAgo) protein set forth in SEQ ID NO: 1; and (ii) a guide RNA comprising a targeting nucleotide sequence that is complementary to a target sequence of the target nucleic acid, wherein the guide RNA comprises a 5'-OH. (i) an argonaute (Ago) polypeptide comprising an amino acid sequence having 70% or more sequence identity with amino acids 282-430 and/or 431-639 of the wild type Marinitoga piezophila argonaute (MpAgo) protein set forth in SEQ ID NO: 1; and (ii) a guide RNA comprising a targeting nucleotide sequence that is complementary to a target sequence of the target nucleic acid, wherein the guide RNA comprises a 5'-OH.
An information processing apparatus comprising: a rendering control unit configured to switch a rendering frequency of a virtual image between a first rendering frequency and a second rendering frequency higher than the first rendering frequency on the basis of a sensing result relating to a real space; and a display control unit configured to cause a display device to display the virtual image on the basis of the sensing result and either the first rendering frequency or the second rendering frequency, wherein the rendering control unit is configured to control the rendering frequency of the virtual image to the first rendering frequency when the virtual image based on the sensing result has a first change amount, and control the rendering frequency of the virtual image to the second rendering frequency when the virtual image has a second change amount larger than the first change amount; and a correction unit configured to correct a display position of the virtual image, wherein the correction unit is configured to correct the display position of the virtual image while the rendering control unit reduces re-rendering of the virtual image when the virtual image has the first change amount. a rendering control unit configured to switch a rendering frequency of a virtual image between a first rendering frequency and a second rendering frequency higher than the first rendering frequency on the basis of a sensing result relating to a real space; and a display control unit configured to cause a display device to display the virtual image on the basis of the sensing result and either the first rendering frequency or the second rendering frequency, wherein the rendering control unit is configured to control the rendering frequency of the virtual image to the first rendering frequency when the virtual image based on the sensing result has a first change amount, and control the rendering frequency of the virtual image to the second rendering frequency when the virtual image has a second change amount larger than the first change amount; and a correction unit configured to correct a display position of the virtual image, wherein the correction unit is configured to correct the display position of the virtual image while the rendering control unit reduces re-rendering of the virtual image when the virtual image has the first change amount.
A method for determining an inner sole structure adapted to a user's feet, the method comprising the steps: a. placing the plantar sole of one foot or both feet of the user on a thermosensitive sheet layer, b. analysing the imprint on the thermosensitive sheet layer, in particular analysing the contact surface of the longitudinal arch on the imprint, c. classifying the type of foot of the user in at least two foot type categories based on the imprint, d. determining an inner sole structure type based on the foot type category determined in step c), characterized by the steps: e. determining the static leg axis of the user by measuring the distance between the knees of the user and the ankle joints of the user when standing upright wherein a user having - contact of the medial knee skin surfaces and the medial ankle joint skin surfaces when standing upright will have a neutral leg axis, - a distance between the medial knee skin surfaces will represent a bow leg axis, - a distance between the medial ankle joint skin surfaces will represent a knock knees axis, f. classifying the type of leg axis of the user in at least three leg axis categories, wherein determining an inner sole structure type is based on the foot type category determined in step c) and the leg axis category determined in step f). a. placing the plantar sole of one foot or both feet of the user on a thermosensitive sheet layer, b. analysing the imprint on the thermosensitive sheet layer, in particular analysing the contact surface of the longitudinal arch on the imprint, c. classifying the type of foot of the user in at least two foot type categories based on the imprint, d. determining an inner sole structure type based on the foot type category determined in step c), characterized by the steps: e. determining the static leg axis of the user by measuring the distance between the knees of the user and the ankle joints of the user when standing upright wherein a user having - contact of the medial knee skin surfaces and the medial ankle joint skin surfaces when standing upright will have a neutral leg axis, - a distance between the medial knee skin surfaces will represent a bow leg axis, - a distance between the medial ankle joint skin surfaces will represent a knock knees axis, - contact of the medial knee skin surfaces and the medial ankle joint skin surfaces when standing upright will have a neutral leg axis, - a distance between the medial knee skin surfaces will represent a bow leg axis, - a distance between the medial ankle joint skin surfaces will represent a knock knees axis, f. classifying the type of leg axis of the user in at least three leg axis categories, wherein determining an inner sole structure type is based on the foot type category determined in step c) and the leg axis category determined in step f).
An apparatus for tracking targets mounted to a canopy, cockpit, or cabin of an aircraft using dual mode imaging under different lighting conditions, the apparatus comprising: a helmet; a sensor mounted to the helmet and comprising a lens and configured to image a plurality of targets mounted to a canopy of an aircraft; a dual-mode illumination source mounted to the helmet and configured to illuminate the plurality of targets mounted to the canopy of the aircraft while the sensor images the plurality of targets mounted to the canopy of the aircraft, wherein the dual-mode illumination source is configured to illuminate the plurality of targets using a first wavelength of light under a first lighting condition and to illuminate the plurality of targets using a second wavelength of light under a second lighting condition, wherein the first wavelength comprises a wavelength outside the visible band and the second wavelength comprises a wavelength above 940 nm; and wherein the dual-mode illumination source emits the first wavelength of light during daylight conditions and emits the second wavelength of light during nighttime conditions. a helmet; a sensor mounted to the helmet and comprising a lens and configured to image a plurality of targets mounted to a canopy of an aircraft; a dual-mode illumination source mounted to the helmet and configured to illuminate the plurality of targets mounted to the canopy of the aircraft while the sensor images the plurality of targets mounted to the canopy of the aircraft, wherein the dual-mode illumination source is configured to illuminate the plurality of targets using a first wavelength of light under a first lighting condition and to illuminate the plurality of targets using a second wavelength of light under a second lighting condition, wherein the first wavelength comprises a wavelength outside the visible band and the second wavelength comprises a wavelength above 940 nm; and wherein the dual-mode illumination source emits the first wavelength of light during daylight conditions and emits the second wavelength of light during nighttime conditions.
A print control apparatus for controlling a printer apparatus to execute a printing of a document using roll paper, based on a print setting set by a user, comprising: determining means configured to determine whether or not a print setting different from that initially set by the user exists which makes possible a saving of a length of roll paper compared to the set print setting; and notifying means configured, in the case that the determining means determines such a roll paper saving print setting exists, to notify the user of the existence of the roll paper saving print setting determined by the determining means, further comprising specifying means configured to specify the length of roll paper which can be saved in the case of printing according to the roll paper saving print setting as compared with printing according to the print setting set by the user, wherein the notifying means is further configured to notify the user of the length of roll paper specified by the specifying means, wherein the specifying means specifies a maximum value of the roll paper saving possible length if a plurality of print settings are determined to exist by the determining means, and further comprising preview means configured to provide a print preview to be displayed on a display device showing how the document is arranged on the paper in the case of printing according to the paper saving print setting, wherein the printing of the document using the roll paper is executed based on the print setting selected by the user after the notifying by the notifying unit is performed. determining means configured to determine whether or not a print setting different from that initially set by the user exists which makes possible a saving of a length of roll paper compared to the set print setting; and notifying means configured, in the case that the determining means determines such a roll paper saving print setting exists, to notify the user of the existence of the roll paper saving print setting determined by the determining means, further comprising specifying means configured to specify the length of roll paper which can be saved in the case of printing according to the roll paper saving print setting as compared with printing according to the print setting set by the user, wherein the notifying means is further configured to notify the user of the length of roll paper specified by the specifying means, wherein the specifying means specifies a maximum value of the roll paper saving possible length if a plurality of print settings are determined to exist by the determining means, and further comprising preview means configured to provide a print preview to be displayed on a display device showing how the document is arranged on the paper in the case of printing according to the paper saving print setting, wherein the printing of the document using the roll paper is executed based on the print setting selected by the user after the notifying by the notifying unit is performed.
A computer-implemented method of configuring a capping machine which, when configured, is operable to arrange a cap in a given angular position in relation to a neck on a container and to rotate the cap in relation to the neck to fully engage a threaded portion of the cap with a corresponding threaded portion of the neck, said method comprising: sequentially selecting an angular position from a predefined set () of angular positions of the cap until a termination condition is fulfilled, wherein the angular positions in the predefined set () correspond to different orientations of the threaded portion of the cap relative to the threaded portion of the neck, operating, for each selected angular position, the capping machine to perform a plurality of capping operations, in which each of a plurality of caps is arranged in the selected angular position and rotated to fully engage with a respective neck on a respective container, and evaluating the plurality of capping operations for consistent capping performance at the selected angular position, characterized in that the termination condition requires detection of said consistent capping performance for a sequence of adjacent angular positions that correspond to a sequence of spatially adjacent orientations of the threaded portion of the cap relative to the threaded portion of the neck, and wherein said method further comprises: configuring the capping machine by setting the given angular position in relation to the sequence of adjacent angular positions. sequentially selecting an angular position from a predefined set () of angular positions of the cap until a termination condition is fulfilled, wherein the angular positions in the predefined set () correspond to different orientations of the threaded portion of the cap relative to the threaded portion of the neck, operating, for each selected angular position, the capping machine to perform a plurality of capping operations, in which each of a plurality of caps is arranged in the selected angular position and rotated to fully engage with a respective neck on a respective container, and evaluating the plurality of capping operations for consistent capping performance at the selected angular position, characterized in that the termination condition requires detection of said consistent capping performance for a sequence of adjacent angular positions that correspond to a sequence of spatially adjacent orientations of the threaded portion of the cap relative to the threaded portion of the neck, and wherein said method further comprises: configuring the capping machine by setting the given angular position in relation to the sequence of adjacent angular positions.
A diagnostic and rehabilitation seat pad, characterized in that it contains an inflatable element, at least two gyroscopic sensors for sensing inclination of at least part of the surface of the pad during use, an energy source for the gyroscopic sensors and a communications unit for data transmission sensed by the gyroscopic sensors.