mhurhangee/ep-ind-claims huggingface dataset:
Device for actuating a date star of a perpetual or semi-perpetual calendar mechanism comprising a large lever arranged to be able to cooperate with a month cam and to actuate the date star each day, said large lever being able to pivot with a stroke of variable amplitude depending on the month between a first initial actuation position defined by one of the positions of the large lever when it is in contact with the month cam, and a final actuation position, characterised in that it comprises a mechanism for limiting the stroke of the large lever so as to keep it between a second initial actuation position and the final actuation position, said second initial actuation position being intermediate between the first initial actuation position and the final actuation position, said limiting mechanism comprising a sub-mechanism for blocking the large lever, the sub-mechanism being able to move between a locked position in which the large lever is blocked in its pivoting in order that its travel be contained between its second initial actuation position and its final actuation position and an unlocked position in which the large lever is free to pivot between its first initial actuation position and its final actuation position, and a locking cam cooperating with said blocking sub-mechanism and arranged to define the days for which the blocking sub-mechanism is in a locked position or in an unlocked position, the blocking sub-mechanism being in the unlocked position at least on the last day of months of less than 31 days, when a catching-up of the days at the end of the month is necessary.
An electron microscope comprising: an electron beam source for producing an electron beam; an electron beam detecting portion (12, 42) for detecting a part of the electron beam; an image detecting portion (15, 20, 30) for detecting a signal obtained in response to impingement of the electron beam on a sample; a division portion (54, 60) for performing a division based on an output signal from the image detecting portion and on an output signal from the electron beam detecting portion; and characterised in that the electron microscope further comprises: a DC component extracting portion (44, 60, 70) for extracting DC components of an output signal from the electron beam detecting portion; and a multiplication portion (58, 60) for performing a multiplication of a signal indicative of the result of the division performed by the division portion and a signal extracted by the DC component extracting portion. an electron beam source for producing an electron beam; an electron beam detecting portion (12, 42) for detecting a part of the electron beam; an image detecting portion (15, 20, 30) for detecting a signal obtained in response to impingement of the electron beam on a sample; a division portion (54, 60) for performing a division based on an output signal from the image detecting portion and on an output signal from the electron beam detecting portion; and characterised in that the electron microscope further comprises: a DC component extracting portion (44, 60, 70) for extracting DC components of an output signal from the electron beam detecting portion; and a multiplication portion (58, 60) for performing a multiplication of a signal indicative of the result of the division performed by the division portion and a signal extracted by the DC component extracting portion. a DC component extracting portion (44, 60, 70) for extracting DC components of an output signal from the electron beam detecting portion; and a multiplication portion (58, 60) for performing a multiplication of a signal indicative of the result of the division performed by the division portion and a signal extracted by the DC component extracting portion.
Guide device on traffic paths, which comprises a first restraint system, a second restraint system as well as a transfer construction (100, 100') which connects the two restraint systems (400, 500) to one another, wherein the first restraint system has a higher rigidity compared with the second restraint system, namely the first restraint system is designed as a concrete protection wall and the second restraint system is designed as a metal system with at least one protection board (511, 512, 513, 514) of metal, more particularly steel, and wherein the transfer construction has a transfer element (100, 100') which a) is connected mechanically to the first restraint system via first fastening means (116, 2), and b) is connected to the second restraint system mechanically via second fastening means (121, 126, 127), wherein c) the transfer element (100, 100') is connected to the first restraint system mechanically in such a way that in the event of force introduced through a vehicle impact the transfer element (100, 100') is able to rotate at least over a defined angular region relative to the first restraint system on the side facing the first restraint system, characterised in that for this purpose the transfer element (100, 100') and the first restraint system are arranged at a distance relative to one another which enables relative rotation with one another without the opposing end sides of the transfer element (100, 100') and the first restraint system being connected to one another via an articulated joint. a) is connected mechanically to the first restraint system via first fastening means (116, 2), and b) is connected to the second restraint system mechanically via second fastening means (121, 126, 127), wherein c) the transfer element (100, 100') is connected to the first restraint system mechanically in such a way that in the event of force introduced through a vehicle impact the transfer element (100, 100') is able to rotate at least over a defined angular region relative to the first restraint system on the side facing the first restraint system, characterised in that for this purpose the transfer element (100, 100') and the first restraint system are arranged at a distance relative to one another which enables relative rotation with one another without the opposing end sides of the transfer element (100, 100') and the first restraint system being connected to one another via an articulated joint.
A method of identifying a candidate Xanthomonas -derived transcription activator-like effector (TALE) activator binding site in a target gene, the method comprising: identifying one or more subsequences of a target gene sequence, wherein: the target gene is VEGF-A, NTF3, or miR-302/367; the subsequence is within a regulatory region of the target gene; the subsequence is within a DNase I hypersensitive region of the regulatory region of the target gene, the subsequence is 18-24 nucleotides long; and the first nucleotide in the subsequence is a thymine; and selecting the one or more subsequences as candidate TALE-activator binding sites. identifying one or more subsequences of a target gene sequence, wherein: the target gene is VEGF-A, NTF3, or miR-302/367; the subsequence is within a regulatory region of the target gene; the subsequence is within a DNase I hypersensitive region of the regulatory region of the target gene, the subsequence is 18-24 nucleotides long; and the first nucleotide in the subsequence is a thymine; and the target gene is VEGF-A, NTF3, or miR-302/367; the subsequence is within a regulatory region of the target gene; the subsequence is within a DNase I hypersensitive region of the regulatory region of the target gene, the subsequence is 18-24 nucleotides long; and the first nucleotide in the subsequence is a thymine; and selecting the one or more subsequences as candidate TALE-activator binding sites.
A method for identifying a user interface, the method comprising: receiving flow data associated with air flowing in a respiratory therapy system; receiving pressure data associated with the respiratory therapy system, the pressure data being representative of a pressure of the air flowing in the respiratory therapy system; analyzing the received flow data and the received pressure data, the analyzing including determining a ratio of at least one pressure value of the received pressure data to at least one flow rate value of the received flow data, and mapping the ratio to one or more predetermined ratios of pressure to flow rate, each of the one or more predetermined ratios corresponding to one of a plurality of types of masks; and based at least in part on the analysis, determining a mask type for the user interface. receiving flow data associated with air flowing in a respiratory therapy system; receiving pressure data associated with the respiratory therapy system, the pressure data being representative of a pressure of the air flowing in the respiratory therapy system; analyzing the received flow data and the received pressure data, the analyzing including determining a ratio of at least one pressure value of the received pressure data to at least one flow rate value of the received flow data, and mapping the ratio to one or more predetermined ratios of pressure to flow rate, each of the one or more predetermined ratios corresponding to one of a plurality of types of masks; and based at least in part on the analysis, determining a mask type for the user interface.
A thermoplastic resin foam, comprising a bubble with an average bubble diameter of 10 μm or less in the inside thereof, wherein the thermoplastic resin foam is prepared by using and foaming a thermoplastic resin composition containing 0.25 to 2.5 part(s) by mass of a melt-type crystallization nucleating agent, with respect to 100 parts by mass of an amorphous thermoplastic resin; wherein the melt-type crystallization nucleating agent is a nucleating agent which is characterized by melting and dispersing in a resin in melt-kneading when added to a thermoplastic resin and being coagulated and solidified (crystallized) to deposit in a temperature-dropping coagulation step, and wherein the melt-type crystallization nucleating agent is a compound represented by the following formula: Formula R 1 -(CONHR 2) a wherein R 1 represents a saturated or unsaturated aliphatic polycarboxylic acid residue having 2 to 30 carbon atoms, a saturated or unsaturated alicyclic polycarboxylic acid residue having 4 to 28 carbon atoms, or an aromatic polycarboxylic acid residue having 6 to 28 carbon atoms; R 2 represents an alkyl group having 1 to 18 carbon atom(s), an alkenyl group having 2 to 18 carbon atoms, a cycloalkyl group or a cycloalkenyl group having 3 to 12 carbon atoms, a phenyl group, a naphthyl group, or an anthryl group; and a represents an integer from 2 to 6.
A generator comprising a magnetic gear, the magnetic gear comprising a stationary member (12, 112) comprising a set of electromagnets; a first moveable member (14,114) comprising a set of magnets (22,122) and disposed radially inwards of the stationary member; and a second moveable member disposed radially between the first moveable member (14, 114) and the stationary member (12, 112), the second moveable member (16, 68) comprising a set of core members (24, 72), the second movable member comprising an input means arranged to receive a drive force, wherein: the first and second moveable members are magnetically coupled to define a gear ratio therebetween; the electromagnets are operable to control the gear ratio; the stationary member comprises a stator of the generator; the first moveable member comprises an armature of the generator, the armature being arranged to induce an electrical current in a set of generator windings disposed around the stator; the stationary member is arranged such that said set of generator windings are axially offset from the electromagnets of the magnetic gear; the first movable member (14,114) has a first portion and a second portion, the first portion of the first movable member being axially aligned with said set of electromagnets of the stationary member (12, 112), the second portion being aligned with said set of generator windings and; wherein the first portion is larger in diameter than the second portion of the first movable member. the first and second moveable members are magnetically coupled to define a gear ratio therebetween; the electromagnets are operable to control the gear ratio; the stationary member comprises a stator of the generator; the first moveable member comprises an armature of the generator, the armature being arranged to induce an electrical current in a set of generator windings disposed around the stator; the stationary member is arranged such that said set of generator windings are axially offset from the electromagnets of the magnetic gear; the first movable member (14,114) has a first portion and a second portion, the first portion of the first movable member being axially aligned with said set of electromagnets of the stationary member (12, 112), the second portion being aligned with said set of generator windings and; wherein the first portion is larger in diameter than the second portion of the first movable member.
A wireless network control apparatus, comprising: an obtaining module, configured to obtain network information of a first-standard network; a determining module, configured to determine instruction information, wherein the instruction information instructs a second-standard network to broadcast the network information of the first-standard network to a terminal, and the instruction information comprises the network information that is of the first-standard network and that is obtained by the obtaining module; a sending module, configured to send the instruction information determined by the determining module to the second-standard network, so that the second-standard network broadcasts the network information of the first-standard network to the terminal that works in the second-standard network; and the sending module is further configured to send another piece of instruction information to the first-standard network, wherein the another piece of instruction information instructs an access point in the first-standard network to stop broadcasting the network information of the first-standard network, or instructs the access point in the first-standard network to broadcast the network information of the first-standard network by sending management frames less frequently. an obtaining module, configured to obtain network information of a first-standard network; a determining module, configured to determine instruction information, wherein the instruction information instructs a second-standard network to broadcast the network information of the first-standard network to a terminal, and the instruction information comprises the network information that is of the first-standard network and that is obtained by the obtaining module; a sending module, configured to send the instruction information determined by the determining module to the second-standard network, so that the second-standard network broadcasts the network information of the first-standard network to the terminal that works in the second-standard network; and the sending module is further configured to send another piece of instruction information to the first-standard network, wherein the another piece of instruction information instructs an access point in the first-standard network to stop broadcasting the network information of the first-standard network, or instructs the access point in the first-standard network to broadcast the network information of the first-standard network by sending management frames less frequently.
A bone implant, comprising: a first layer provided over a first outer surface of the bone implant and including a first material which is one of water-soluble and degradable in body fluids, the first layer having a first thickness; characterised in that a second layer is provided over an outer surface of the first layer and formed of a second, biocompatible material, the second layer having a second thickness smaller than the first thickness. a first layer provided over a first outer surface of the bone implant and including a first material which is one of water-soluble and degradable in body fluids, the first layer having a first thickness; characterised in that a second layer is provided over an outer surface of the first layer and formed of a second, biocompatible material, the second layer having a second thickness smaller than the first thickness.
Battery connection with anti-locking system comprising a casing for connecting electrical cables provided with a lever articulated between a locked position, in which the connection is locked to the terminal of the battery, and an unlocked position, in which the connection is unlocked from the terminal of the battery, and having an anti-locking system preventing the rotational movement of the lever towards its locking position and thus the locking of the connection to the terminal of the battery if the coupling is not carried out correctly, the anti-locking system including a detector movable between two configurations, which correspond to the locked position and the unlocked position of the connection, wherein the detector is adapted, in the configuration corresponding to the locked position, to rest against a surface of the battery on which in the terminal is located.
Device for the direction-dependent adaptation of the brightness of the incident light, having a basic body which comprises darkening components which are suitable for adapting the brightness of the incident light, the basic body being formed from cells which are of honeycomb design and have walls which are in each case opposite one another, to which at least one darkening component or a region of a darkening component is assigned and which are directed concentrically, fanning out at defined angles, to a common point and thus to a common region, the envelope curve of the basic body formed by the cells assuming a plane or curved shape or a shape adapted to the surface of an object or sensor to be recorded, characterised in that the ratio of the cell diagonal to the length of the individual cell is between 1:3 and 1:100.
Locking system for furniture drawers designed for furniture that have a bolt joined to a drawer which operates a locking device; all these devices correlate through a base plate fastened to the furniture and can move bidirectionally on said base plate; the system comprises: a) the furniture that incorporates the locking devices has drawers with a height which is the multiple of a predetermined dimension (d 1); the height of each drawer can be the same for all the drawers or different for one or more drawers b) each locking device consists of: b 1) a lever, which must be operated by an incorporated bolt: b 2) a monobloc element with a cam surface for the bolt and a protruding element on the back part in "T" shape in order to move on the base plate; the predetermined dimension is, in turn, a multiple of the height (m) of each monobloc element; thus, the monobloc elements of the system fit each other; c) the bolt is located at a distance from the lower edge of the drawer; this distance must be a multiple of the height (m) of the monobloc element, and d) the monobloc elements stop against each other; thus, when opening the drawer, the corresponding bolt each time operates a lever of one of the locking devices. a) the furniture that incorporates the locking devices has drawers with a height which is the multiple of a predetermined dimension (d 1); the height of each drawer can be the same for all the drawers or different for one or more drawers b) each locking device consists of: b 1) a lever, which must be operated by an incorporated bolt: b 2) a monobloc element with a cam surface for the bolt and a protruding element on the back part in "T" shape in order to move on the base plate; the predetermined dimension is, in turn, a multiple of the height (m) of each monobloc element; thus, the monobloc elements of the system fit each other; b 1) a lever, which must be operated by an incorporated bolt: b 2) a monobloc element with a cam surface for the bolt and a protruding element on the back part in "T" shape in order to move on the base plate; the predetermined dimension is, in turn, a multiple of the height (m) of each monobloc element; thus, the monobloc elements of the system fit each other; c) the bolt is located at a distance from the lower edge of the drawer; this distance must be a multiple of the height (m) of the monobloc element, and d) the monobloc elements stop against each other;
A method for manufacturing a closed-structure part by forming a flat plate-shaped workpiece into a closed structure including a bottom portion curved along a longitudinal direction and left and right side wall portions, the method comprising: a first forming step of forming a plurality of first out-of-plane deformed portions and bent portions at boundaries between a region of the workpiece corresponding to the bottom portion and regions of the workpiece corresponding to the left and right side wall portions that are disposed on left and right sides in a width direction of the bottom portion, the first out-of-plane deformed portions being formed in the region of the workpiece corresponding to the bottom portion and arranged along the longitudinal direction, each of the out-of-plane deformed portions having a recessed shape or a protruding shape; and a second forming step of squashing the first out-of-plane deformed portions between a pad and a punch in such that the region of the workpiece corresponding to the bottom portion is curved along the longitudinal direction and bending the bent portions by pressing the punch into a space between dies while the region of the workpiece corresponding to the bottom portion is clamped between the pad and the punch. a first forming step of forming a plurality of first out-of-plane deformed portions and bent portions at boundaries between a region of the workpiece corresponding to the bottom portion and regions of the workpiece corresponding to the left and right side wall portions that are disposed on left and right sides in a width direction of the bottom portion, the first out-of-plane deformed portions being formed in the region of the workpiece corresponding to the bottom portion and arranged along the longitudinal direction, each of the out-of-plane deformed portions having a recessed shape or a protruding shape; and a second forming step of squashing the first out-of-plane deformed portions between a pad and a punch in such that the region of the workpiece corresponding to the bottom portion is curved along the longitudinal direction and bending the bent portions by pressing the punch into a space between dies while the region of the workpiece corresponding to the bottom portion is clamped between the pad and the punch.
Apparatus for detecting and/or setting a position of a moveable element of the apparatus, having a moveable element comprising a first ferromagnetic arrangement, and a spatially fixed element, wherein the moveable element is settable into at least two positions relative to the spatially fixed element of the apparatus by a movement, wherein the second element comprises a second ferromagnetic arrangement, wherein the first ferromagnetic arrangement and/or the second ferromagnetic arrangement comprises a magnet and a magnetic interaction between the first ferromagnetic arrangement and the second ferromagnetic arrangement, depending on a spatial overlap of the first ferromagnetic arrangement and the second ferromagnetic arrangement, differs in magnitude and serves as a measure for the respective position, wherein the first ferromagnetic arrangement and the second ferromagnetic arrangement are spaced apart from each other and direct or indirect contacting of the first ferromagnetic arrangement and the second ferromagnetic arrangement is possible in only one of the positions in which a magnetic attraction is at a maximum, characterized in that the first ferromagnetic arrangement and/or the second ferromagnetic arrangement have a contact area with an electrically conductive layer for electrical contacting.