mhurhangee/ep-ind-claims huggingface dataset:
A shaft clamp assembly for clamping an object onto a shaft, the shaft clamp assembly comprising: a first member formed from a first material, the first member having a first end, an opposite second end, and an annular body extending between the first end and the second end, the annular body having a threaded portion on a radially inner surface thereof; a second member formed from a second material, the second member having a first end, an opposite second end, and an annular body extending between the first end and the second end, the first end comprising a radially outwardly extending flange, the second end comprising a radially inwardly extending flange; and a third member formed from a third material, the third member having a first end, an opposite second end, and an annular body extending between the first end and the second end, the second end comprising a radially inwardly extending flange; wherein, in use, the first member, second member and third member are disposed concentrically within each other in sequence, the threaded portion of the first member is threadingly engaged with a corresponding threaded surface on the shaft, the second end of the first member presses against the radially inwardly extending flange at the second end of the second member, the radially outwardly extending flange at the first end of the second member presses against the first end of the third member and the radially inwardly extending flange at the second end of the third member presses against the object to thereby secure the object to the shaft. a first member formed from a first material, the first member having a first end, an opposite second end, and an annular body extending between the first end and the second end, the annular body having a threaded portion on a radially inner surface thereof; a second member formed from a second material, the second member having a first end, an opposite second end, and an annular body extending between the first end and the second end, the first end comprising a radially outwardly extending flange, the second end comprising a radially inwardly extending flange; and a third member formed from a third material, the third member having a first end, an opposite second end, and an annular body extending between the first end and the second end, the second end comprising a radially inwardly extending flange;
A method for using a database to develop a color product, said method comprising: storing development information in said database, said development information including characteristics related to development of a plurality of color products; receiving first color information; identifying first development information in said database, said first development information including a color library; receiving at least one physical characteristic of said color product; and using said first development information to determine whether said at least one physical characteristic is compatible with said first color information, whereby development of the color product is either: (a) halted if a physical characteristic is not compatible with said first color information, or (b) continued, and an incompatibility warning may be reported by said method. CHARACTERISED IN THAT the color library has, previously mapped out, a brand color across the range of 0-100% halftones; the first color information includes at least a halftone color level for the brand color; the first development information includes at least said halftone color level; said using of said first development information is to determine whether said at least one physical characteristic is compatible with said halftone color level; and in alterative (a), the halting is if a physical characteristic is not compatible with said halftone color level. storing development information in said database, said development information including characteristics related to development of a plurality of color products; receiving first color information; identifying first development information in said database, said first development information including a color library; receiving at least one physical characteristic of said color product; and using said first development information to determine whether said at least one physical characteristic is compatible with said first color information, whereby development of the color product is either: (a) halted if a physical characteristic is not compatible with said first color information, or (b) continued, and an incompatibility warning may be reported by said method. (a) halted if a physical characteristic is not compatible with said first color information, or (b) continued, and an incompatibility warning may be reported by said method. the color library has, previously mapped out, a brand color across the range of 0-100% halftones; the first color information includes at least a halftone color level for the brand color; the first development information includes at least said halftone color level; said using of said first development information is to determine whether said at least one physical characteristic is compatible with said halftone color level; and in alterative (a), the halting is if a physical characteristic is not compatible with said halftone color level.
Method for producing a package for a bone screw, wherein in a strip at least one cavity for the bone screw is formed, the bone screw is inserted into the cavity and the cavity is closed by a cover strip, wherein, after the cavity has been formed with stiffening ribs, a stamp line is formed in at least part of the wall of the cavity, wherein the stamp line is interrupted by at least one breaking web.
A computer implemented method of protecting data in a message for communication from a sender to a receiver, the sender and receiver sharing a secret, characterised in that the method comprises: splitting the message into a plurality of ordered message blocks, the order being a proper order such that an aggregation of the blocks in the proper order constitutes the message; generating a hash value for each message block, each hash value being generated on the basis of at least a content of the block and the secret; generating, for each block, an encoded indication of a position of the block in the proper order of blocks, the encoding being reversible and based on at least the hash value for the block and a position of the block in the proper order; communicating the blocks to the receiver in an order different to the proper order so as to obfuscate the message; and communicating the encoded indications to the receiver in the proper order such that the blocks can be reassembled by the receiver in the proper order on the basis of the shared secret. splitting the message into a plurality of ordered message blocks, the order being a proper order such that an aggregation of the blocks in the proper order constitutes the message; generating a hash value for each message block, each hash value being generated on the basis of at least a content of the block and the secret; generating, for each block, an encoded indication of a position of the block in the proper order of blocks, the encoding being reversible and based on at least the hash value for the block and a position of the block in the proper order; communicating the blocks to the receiver in an order different to the proper order so as to obfuscate the message; and communicating the encoded indications to the receiver in the proper order such that the blocks can be reassembled by the receiver in the proper order on the basis of the shared secret.
Rolling element for use in a rolling bearing having a central axis, an outer shell which is rotationally symmetrical with respect to the central axis, two end faces (3, 4) and a bore which connects the two end faces (3, 4) and extends along the central axis and in which a printed circuit board with a measuring device for measuring a deformation of the bore is accommodated, the printed circuit board being supported by at least one supporting element (10, 11) which is fastened on a first side of the printed circuit board and is in contact with the bore wall, and at least one measuring element (12, 13) being provided on an opposite second side of the printed circuit board, which is also in contact with the bore wall and creates a measuring gap between the measuring element (12, 13) and the printed circuit board, the height of which gap forms a measure of the deformation of the bore, characterized in that the printed circuit board with the measuring device, the at least one supporting element (10, 11) and the at least one measuring element (12, 13) are accommodated by a rigid housing arranged in the bore, wherein the at least one supporting element (10, 11) and the at least one measuring element (12, 13) are in contact with the bore wall through openings (17, 18) in the housing and the printed circuit board is floatingly mounted in the housing.
A circuit for recuperating electrical energy from a mechanical resonator comprising: a control circuit; and a voltage inversion circuit configured to invert the voltage across a capacitance (Cp) of the mechanical resonator, the voltage inversion circuit comprising: a capacitor (Cint); and a charge transfer circuit (506, 507) configured: - to discharge a voltage of a first polarity held by the capacitance of the mechanical resonator to said capacitor during a first period; and - to charge a voltage, of opposite polarity to the first polarity, to the capacitance of the mechanical resonator during a second period using the voltage potential stored by said capacitor during the first period; characterized in that the charge transfer circuit comprises an inductance and at least one switch (530, 532), the control circuit being configured to switch the at least one switch during the first and/or second period to limit the current passing through the inductance. a control circuit; and a voltage inversion circuit configured to invert the voltage across a capacitance (Cp) of the mechanical resonator, the voltage inversion circuit comprising: a capacitor (Cint); and a charge transfer circuit (506, 507) configured: - to discharge a voltage of a first polarity held by the capacitance of the mechanical resonator to said capacitor during a first period; and - to charge a voltage, of opposite polarity to the first polarity, to the capacitance of the mechanical resonator during a second period using the voltage potential stored by said capacitor during the first period; characterized in that the charge transfer circuit comprises an inductance and at least one switch (530, 532), the control circuit being configured to switch the at least one switch during the first and/or second period to limit the current passing through the inductance. a capacitor (Cint); and a charge transfer circuit (506, 507) configured: - to discharge a voltage of a first polarity held by the capacitance of the mechanical resonator to said capacitor during a first period; and - to charge a voltage, of opposite polarity to the first polarity, to the capacitance of the mechanical resonator during a second period using the voltage potential stored by said capacitor during the first period; - to discharge a voltage of a first polarity held by the capacitance of the mechanical resonator to said capacitor during a first period; and - to charge a voltage, of opposite polarity to the first polarity, to the capacitance of the mechanical resonator during a second period using the voltage potential stored by said capacitor during the first period; characterized in that the charge transfer circuit comprises an inductance and at least one switch (530, 532), the control circuit being configured to switch the at least one switch during the first and/or second period to limit the current passing through the inductance.
An antibody that binds to the A1 domain of the tenascin-C large isoform for use in a method of treatment of acute myeloid leukaemia comprising targeting the bone marrow neovasculature in AML patients.
A method for preparing a stabilized all-aqueous emulsion, the method comprising contacting an electrically charged first aqueous phase containing a first solute and one or more charged surfactants with a charged second aqueous phase containing a second solute and one or more charged surfactants which has a charge opposite to the charge of the surfactant in the first solution, wherein the solutes are incompatible and induce formation of droplets of a dispersed aqueous phase in a continuous aqueous phase, wherein the first phase and second phase are contacted using electrospraying.
A maritime floatation device for using remote firing devices above and below the water line by way of non-electric or electric initiation, the maritime floatation device includes: a) a receiver housing having a combination of at least two receivers connectable via shock tube to respective explosive means, one receiver is adapted for timed initiation for separation and the second receiver adapted for remote initiation or timed initiation in order to meet the desired required operational capabilities of the maritime floatation device; b) a releasable basket housing connected to receiver housing; c) retention means for retaining two housings (13, 26) together; d) separation means for deactivating the retention means so as to allow for separation the receiver housing from the basket housing upon the activation of the separation means by the explosive means initiated from a timed initiated receiver; e) at least a shock tube and a shock tube spool position-able within the basket housing wherein the spool accommodates and includes a length of shock tube that is connectable to the second receiver and to explosive means so as to allow flexibility in deployment of the maritime floatation device to suit the desired standard operating procedures; and/or f) floats attachable to the receiver housing so as to allow receiver housing to float to the surface once the receiver housing is separated from the basket housing; wherein the maritime floatation device allows non-electric or electric initiation of shock-tube with properties able to be deployed and operated under water at water depths without ingress of water impacting on the reliability of the maritime floatation device. a) a receiver housing having a combination of at least two receivers connectable via shock tube to respective explosive means, one receiver is adapted for timed initiation for separation and the second receiver adapted for remote initiation or timed initiation in order to meet the desired required operational capabilities of the maritime floatation device; b) a releasable basket housing connected to receiver housing; c) retention means for retaining two housings (13, 26) together; d) separation means for deactivating the retention means so as to allow for separation the receiver housing from the basket housing upon the activation of the separation means by the explosive means initiated from a timed initiated receiver; e) at least a shock tube and a shock tube spool position-able within the basket housing wherein the spool accommodates and includes a length of shock tube that is connectable to the second receiver and to explosive means so as to allow flexibility in deployment of the maritime floatation device to suit the desired standard operating procedures; and/or f) floats attachable to the receiver housing so as to allow receiver housing to float to the surface once the receiver housing is separated from the basket housing; wherein the maritime floatation device allows non-electric or electric initiation of shock-tube with properties able to be deployed and operated under water at water depths without ingress of water impacting on the reliability of the maritime floatation device.
An article comprising a fabric wherein said fabric comprises: (a) a cationic dyeable polyurethane elastic yarn dyed by a cationic dye, and (b) an acid dyeable yarn selected from the group consisting of polyamide, proteinaceous, and combinations thereof, dyed by an acid dye; wherein the fabric has a uniform color, wherein uniform color means that the color of the fabric as measured by a-color, b-color, and L-value in CIELAB L*a*b* color space is within 10% of the values that are obtained by removing the cationic dyeable polyurethane elastic yarn from the fabric; and wherein the fabric comprises from greater than 0 up to 60% by weight of the cationic dyeable polyurethane elastic yarn. (a) a cationic dyeable polyurethane elastic yarn dyed by a cationic dye, and (b) an acid dyeable yarn selected from the group consisting of polyamide, proteinaceous, and combinations thereof, dyed by an acid dye;
A method for removing a pair of men's socks (S1, S2) from a pair of support forms (11A, 11B) that extend vertically from a pair of shuttles (10A, 10B); wherein the socks (S1, S2) and the support forms (11A, 11B) comprise a leg-shaped part and a foot-shaped part; wherein the shuttles (10A, 10B) with the forms (11A, 11B) are movable along a sloped path between a lower position and an upper position wherein the foot of the socks is clamped by a gripping device; and wherein the socks (S1, S2) are removed by moving the support forms (11A, 11B) from the upper position to the lower position along said sloped path, characterised by the steps of: detensioning the foot of the socks (S1, S2) by pulling the socks by the gripping device; partially removing the pair of socks (S1, S2) by a downward movement of the shuttles (10A, 10B) with the support forms (11A, 11B) along said sloped path, retaining the foot of the socks (S1, S2) with the gripping device; and completing the removal of the pair of socks (S1, S2) by moving the gripping device upwards to maintain the socks (S1, S2) extended one another alongside. detensioning the foot of the socks (S1, S2) by pulling the socks by the gripping device; partially removing the pair of socks (S1, S2) by a downward movement of the shuttles (10A, 10B) with the support forms (11A, 11B) along said sloped path, retaining the foot of the socks (S1, S2) with the gripping device; and completing the removal of the pair of socks (S1, S2) by moving the gripping device upwards to maintain the socks (S1, S2) extended one another alongside.
A stent for transluminal implantation into hollow organs, in particular into blood vessels, ureters, esophagi, the colon, the duodenum or the biliary tract, having a substantially tubular body which can be converted from a compressed state having a first cross-sectional diameter into an expanded state having an enlarged second cross-sectional diameter, wherein the stent comprises a plurality of cells (18, 18a, 18b) which are defined by bordering elements formed by the tubular body, wherein some of the cells (18, 18a) are formed as elongated in the longitudinal direction of the stent in comparison with the other cells to form a chamfered front face end of the stent, characterized in that at least some of the elongated cells (18, 18a) are arranged along a straight line or an approximately straight line which extends in parallel or approximately in parallel with the longitudinal direction.
A method for manufacturing a cannula unit (1,101) with a cannula housing (2, 102) and a cannula (3, 103), comprising the steps: - injection molding of the cannula (3, 103) onto a molding core pin with outer diameter d1, wherein the cannula (3, 103) has a distal end (32,132) with an outer diameter that is larger than the outer diameter of the remaining cannula, a first distal section (34,134) adjoining the distal end (32,132), a second proximal section (35,135) adjoining the first distal section (34, 134), and a proximal end; - injection molding of the cannula housing (2,102) onto the distal end (32, 132) and the first distal section (34, 134) of the cannula (3, 103); - removing the molding core pin from the cannula (3, 103); and - threading a piercing needle with outer diameter d4 into the cannula (3, 103); wherein the diameter d4 of the piercing needle is chosen such that it is smaller than the diameter d1 of the molding core pin; wherein a smallest inner diameter d2 of a cannula lumen (31, 131) of the cannula (3, 103) in the first distal section (34, 134) is smaller than an inner diameter d3 of the cannula lumen (31, 131) in the second proximal section of the cannula (3, 103); and wherein the outer diameter d4 of the piercing needle is smaller than or equal to the smallest inner diameter d3 of the cannula lumen (31,131) in the second proximal section (35,135) of the cannula (3,103) located outside of a housing body (21, 121). - injection molding of the cannula (3, 103) onto a molding core pin with outer diameter d1, wherein the cannula (3, 103) has a distal end (32,132) with an outer diameter that is larger than the outer diameter of the remaining cannula, a first distal section (34,134) adjoining the distal end (32,132), a second proximal section (35,135) adjoining the first distal section (34, 134), and a proximal end; - injection molding of the cannula housing (2,102) onto the distal end (32, 132) and the first distal section (34, 134) of the cannula (3, 103); - removing the molding core pin from the cannula (3, 103); and - threading a piercing needle with outer diameter d4 into the cannula (3, 103); wherein the diameter d4 of the piercing needle is chosen such that it is smaller than the diameter d1 of the molding core pin; wherein a smallest inner diameter d2 of a cannula lumen (31, 131) of the cannula (3, 103) in the first distal section (34, 134) is smaller than an inner diameter d3 of the cannula lumen (31, 131) in the second proximal section of the cannula (3, 103); and wherein the outer diameter d4 of the piercing needle is smaller than or equal to the smallest inner diameter d3 of the cannula lumen (31,131) in the second proximal section (35,135) of the cannula (3,103) located outside of a housing body (21, 121).
A communication method of a terminal (100, 600), the method comprising: transmitting, to a macro vehicle-to-everything, V2X, server performing a V2X communication with the terminal (100, 600), mobility information of the terminal (100, 600); receiving, from the macro V2X server, provision information associated with a connection to a local V2X server (112, 113) controlling an area predicted as a next-hop area to which the terminal moves, the provision information being generated based on the mobility information; and establishing, when the terminal enters the next-hop area, the connection to the local V2X server (112, 113) for the V2X communication based on the provision information. transmitting, to a macro vehicle-to-everything, V2X, server performing a V2X communication with the terminal (100, 600), mobility information of the terminal (100, 600); receiving, from the macro V2X server, provision information associated with a connection to a local V2X server (112, 113) controlling an area predicted as a next-hop area to which the terminal moves, the provision information being generated based on the mobility information; and establishing, when the terminal enters the next-hop area, the connection to the local V2X server (112, 113) for the V2X communication based on the provision information.