mhurhangee/patent-ind-claim-en huggingface dataset:
Cylindrical-screen holding ring , configured for connecting a cylindrical screen , by means of which substance can be transferred to a flat substrate supported by a substrate carrier , with a pivot bearing device arranged on an apparatus frame for pivotably supporting the cylindrical screen about a screen axis of rotation , wherein the cylindrical-screen holding ring is formed by a bearing connection ring , which can be connected to a screen pivot bearing of the pivot bearing device for pivotable support thereof, and by a holder mounting means , which is designed for releasable, non-rotatable connection to a screen end-ring edge of a screen end-ring attached to the cylindrical screen , wherein the holder mounting means can be acted upon by axial force for axially clamping the cylindrical screen , characterised in that the cylindrical-screen holding ring is formed by two concentric, axially offset annular bodies, which are non-rotatably joined together, wherein the one annular body forms the holder mounting means in the form of an openable mounting ring , which in the opened state forms an open ring holder with a through-hole for freely inserting and removing the screen end-ring edge and which in the closed state forms a ring holder, which by closing the through-hole is consequently closed, said ring holder having a mounting ring seat formed around its entire circumference, said mounting ring seat enclosing the screen end-ring edge for non-rotatable mounting, and wherein the other ring body forms the bearing connection ring , wherein the mounting ring is formed by a ring base segment and at least one closure segment , movable in relation to the ring base segment, which forms an opening and closing part to produce the open ring holder or the closed ring holder.
A semiconductor device comprising a switch, the device having a layout comprising a plurality of rectangular unit cells arranged in an array, each unit cell comprising: a gate having four arms that divide the unit cell into four corner regions and a number of gate contacts; a source comprising first and second source regions located in respective opposite corner regions of the unit cell; a drain comprising first and second drain regions located in respective opposite corner regions of the unit cell, and a plurality of connection members extending over the gate, source and drain for providing electrical connections to the gate, source and drain, wherein the plurality of connection members include at least one gate connection member that extends around a periphery of the unit cell to connect together gate contacts of the gate located at ends of neighbouring arms of the gate. a gate having four arms that divide the unit cell into four corner regions and a number of gate contacts; a source comprising first and second source regions located in respective opposite corner regions of the unit cell; a drain comprising first and second drain regions located in respective opposite corner regions of the unit cell, and a plurality of connection members extending over the gate, source and drain for providing electrical connections to the gate, source and drain, wherein the plurality of connection members include at least one gate connection member that extends around a periphery of the unit cell to connect together gate contacts of the gate located at ends of neighbouring arms of the gate.
A flexible display panel, comprising a flexible substrate having a display area (A) and a non-display area (B) surrounding the display area (A), and further comprising at least one blocking wall located on the non-display area (B) and surrounding the display area (A), wherein the non-display area (B) comprises a bending area (X1) and a non-bending area (X2), and a thickness of parts, in the bending area (X1), of the blocking wall is not equal to a thickness of parts, in the non-bending areas (X2), of the blocking wall ; characterised in that a distance between a part, in the bending area (X1), of the blocking wall and an edge of the flexible substrate is greater than a distance between a part, in the non-bending areas (X2), of the blocking wall and the edge of the flexible substrate ; a projection on the flexible substrate , of the part, in the bending area (X1), of the blocking wall is in an arc shape. the non-display area (B) comprises a bending area (X1) and a non-bending area (X2), and a thickness of parts, in the bending area (X1), of the blocking wall is not equal to a thickness of parts, in the non-bending areas (X2), of the blocking wall ; characterised in that a distance between a part, in the bending area (X1), of the blocking wall and an edge of the flexible substrate is greater than a distance between a part, in the non-bending areas (X2), of the blocking wall and the edge of the flexible substrate ; a projection on the flexible substrate , of the part, in the bending area (X1), of the blocking wall is in an arc shape.
A data scheduling method, comprising: sending (S301), by a terminal, a radio resource control, RRC, connection request to a base station, wherein the RRC connection request comprises a first capability information of the terminal; receiving (S302), by the terminal, data scheduling resources corresponding to the first capability information, from the base station; characterized by adding, by the terminal, data that needs to be reported to a network to a non-access stratum, NAS, message according to the scheduling resources; sending, by the terminal, a RRC connection establishment complete signaling to the base station, wherein the RRC connection establishment complete signaling comprises the NAS message; wherein the moment of sending, by the terminal, the RRC connection request to the base station is prior to that of sending, by the terminal, the RRC connection establishment complete signaling to the base station. sending (S301), by a terminal, a radio resource control, RRC, connection request to a base station, wherein the RRC connection request comprises a first capability information of the terminal; receiving (S302), by the terminal, data scheduling resources corresponding to the first capability information, from the base station; characterized by adding, by the terminal, data that needs to be reported to a network to a non-access stratum, NAS, message according to the scheduling resources; sending, by the terminal, a RRC connection establishment complete signaling to the base station, wherein the RRC connection establishment complete signaling comprises the NAS message; wherein the moment of sending, by the terminal, the RRC connection request to the base station is prior to that of sending, by the terminal, the RRC connection establishment complete signaling to the base station.
A method for producing elastic laminates, comprising the steps of: - feeding a first and a second elastic film , - stretching the first and second elastic film in a transverse direction on a first and a second spreader device , - applying the first and second elastic film stretched in a transverse direction on an outer circumferential surface of a transfer wheel rotatable around a first axis of rotation , wherein the first and the second elastic film are applied onto the outer circumferential surface of the transfer wheel in a first and a second application zone axially and angularly displaced with respect to each other with respect to said first axis of rotation , - applying a first non-woven web on an outer cylindrical surface of an anvil wheel rotatable around a second axis of rotation parallel to the first axis of rotation , - transferring the first and second elastic film from the transfer wheel to the first non-woven web held on the outer cylindrical surface of the anvil wheel in a third and a fourth application zone displaced with respect to each other in an axial direction and angularly aligned with each other with respect to said second axis of rotation , - applying a second non-woven web on the anvil wheel above said first and second elastic film , and - forming an elastic laminate by fixing on the anvil wheel the first and second non-woven web through the first and second elastic film . - feeding a first and a second elastic film , - stretching the first and second elastic film in a transverse direction on a first and a second spreader device , - applying the first and second elastic film stretched in a transverse direction on an outer circumferential surface of a transfer wheel rotatable around a first axis of rotation , wherein the first and the second elastic film are applied onto the outer circumferential surface of the transfer wheel in a first and a second application zone axially and angularly displaced with respect to each other with respect to said first axis of rotation , - applying a first non-woven web on an outer cylindrical surface of an anvil wheel rotatable around a second axis of rotation parallel to the first axis of rotation , - transferring the first and second elastic film from the transfer wheel to the first non-woven web held on the outer cylindrical surface of the anvil wheel in a third and a fourth application zone displaced with respect to each other in an axial direction and angularly aligned with each other with respect to said second axis of rotation , - applying a second non-woven web on the anvil wheel above said first and second elastic film , and - forming an elastic laminate by fixing on the anvil wheel the first and second non-woven web through the first and second elastic film .
A polymeric microsphere comprising a thermally responsive monomer crosslinked with a functional group monomer, wherein the functional group monomer comprises at least one of a carboxylic acid functional group or an amine functional group, wherein the microsphere further comprises a polymer coating selected from the group consisting of polymerized catecholamines, dopamine, L-3,4-dihydroxyphenylalanine, epinephrine and norepinephrine, wherein the entire microsphere is coated with the polymer coating, and wherein the microsphere has a particle size in the range of 100 to 200 μm measured by imaging the microspheres using light microscopy and measuring the diameter of the microsphere from such obtained micrographs.
Bed mattress comprising a foil mattress of plastic material in a surrounding envelope of textile material, the foil mattress comprising channels extending transversely to the longitudinal direction of the mattress, and having a preferably self-closing valve for filling air into said channels , where said channels are interconnected via air passages , characterized in that the channels of the foil mattress are, in addition to air , entirely or partly filled with polyester fibres and/or with foam plastics, at least in such an amount that the plastic material in the foil mattress is mutually separated and in that foam plastics in the form of cylinders , and/or tubes, and/or rolled up sheets and having cover around the same, with the cover facing outward, are introduced into said channels from one long side of the mattress or in that polyester fibre is filled in a cylindrical envelope which is put or inserted into the channels of the mattress from one long side thereof.
A system for a vehicle trailer , in particular a semi-trailer , comprising a function block having a data input configured to receive gear shift signals of a vehicle , in particular a utility vehicle , towing the vehicle trailer , wherein the function block comprises a controller configured to generate a torque increase request signal depending on a received gear shift signal of the gear shift signals , and a data output configured to output the torque increase request signal to an electric motor controller of at least one electric drive of the vehicle trailer .
A dual PI3K delta and gamma inhibitor and a corticosteroid for use in the treatment of an autoimmune, respiratory and/or inflammatory disease or condition, the method comprising administering to a subject in need thereof a therapeutically effective amount of (i) a dual PI3K delta and gamma inhibitor, and (ii) a corticosteroid, wherein the dual PI3K delta and gamma inhibitor is a compound of formula A: or a pharmaceutically acceptable salt thereof.
A device for removing a framed wafer from a wafer tray that has an entrance for depositing or removing the framed wafer , wherein the deposited framed wafer has a front frame edge facing the entrance and the wafer tray has at least one wafer tray edge contact element for contacting the rear frame edge, comprising a wafer chuck for accommodating the framed wafer , which - is adapted to hold the wafer perpendicularly to the wafer plane and thus remove it from the wafer tray , and - has at least one wafer chuck edge contact element , which are arranged and adapted for contacting the front frame edge , and comprising a drive and control device that is adapted to guide the wafer chuck into the entrance of the wafer tray and out of the same along a specified path of movement, wherein each wafer chuck edge contact element is spring mounted in the direction of the path of movement and the wafer chuck can be shifted from a first position, in which each wafer chuck edge contact element is located at a distance from the front frame edge , into a second position, in which each wafer chuck edge contact element rests against the front frame edge , the rear frame edge rests against the wafer tray edge contact element, and the spring mount of each wafer chuck edge contact element is compressed by a specified spring path, and back. a wafer chuck for accommodating the framed wafer , which - is adapted to hold the wafer perpendicularly to the wafer plane and thus remove it from the wafer tray , and - has at least one wafer chuck edge contact element , which are arranged and adapted for contacting the front frame edge , and comprising - is adapted to hold the wafer perpendicularly to the wafer plane and thus remove it from the wafer tray , and - has at least one wafer chuck edge contact element , which are arranged and adapted for contacting the front frame edge , and comprising a drive and control device that is adapted to guide the wafer chuck into the entrance of the wafer tray and out of the same along a specified path of movement, wherein each wafer chuck edge contact element is spring mounted in the direction of the path of movement and the wafer chuck can be shifted from a first position, in which each wafer chuck edge contact element is located at a distance from the front frame edge , into a second position, in which each wafer chuck edge contact element rests against the front frame edge , the rear frame edge rests against the wafer tray edge contact element, and the spring mount of each wafer chuck edge contact element is compressed by a specified spring path, and back.
Re-entry device for arterial vessel recanalization procedures by an intraluminal or subintimal technique, comprising: - a catheter provided with a body extending from a proximal portion to a distal end ; said body having an inner lumen ending distally in a distal opening ; said distal end being provided with a curved tip curved by an angle (α) of between 30° and 90° with respect to the longitudinal axis of the body ; - an angled-tip stylet , intended to be inserted into the inner lumen of the catheter to exit from the distal opening , having a body of a metal material, extending from a proximal portion to a distal end ; said distal end comprising a tip ending in a sharped apex ; wherein said distal end of the angled-tip stylet is tapered and has a length of between 3 cm and 5 cm, and the tip is bent by an angle (β) of between 30° and 50° with respect to the longitudinal axis of the body so that the apex of the angled-tip stylet is adjustable outside the two-dimensional plane defined by the curved tip of the catheter in order to facilitate the penetration of the arterial wall; and wherein said curved tip of the distal end of the catheter is configured to partially straighten during the advancement of the angled-tip stylet in the inner lumen of the catheter, and to retain a minimum angle (α) of curvature of about 30° in the presence of the angled-tip stylet inserted in the inner lumen of the catheter so guiding the angled-tip stylet facing towards the vessel wall to be penetrated. - a catheter provided with a body extending from a proximal portion to a distal end ; said body having an inner lumen ending distally in a distal opening ; said distal end being provided with a curved tip curved by an angle (α) of between 30° and 90° with respect to the longitudinal axis of the body ; - an angled-tip stylet , intended to be inserted into the inner lumen of the catheter to exit from the distal opening , having a body of a metal material, extending from a proximal portion to a distal end ; said distal end comprising a tip ending in a sharped apex ; said distal end of the angled-tip stylet is tapered and has a length of between 3 cm and 5 cm, and the tip is bent by an angle (β) of between 30° and 50° with respect to the longitudinal axis of the body so that the apex of the angled-tip stylet is adjustable outside the two-dimensional plane defined by the curved tip of the catheter in order to facilitate the penetration of the arterial wall; and wherein said curved tip of the distal end of the catheter is configured to partially straighten during the advancement of the angled-tip stylet in the inner lumen of the catheter, and to retain a minimum angle (α) of curvature of about 30° in the presence of the angled-tip stylet inserted in the inner lumen of the catheter so guiding the angled-tip stylet facing towards the vessel wall to be penetrated.
Oscillating drivable hand tool, with a drive for oscillating driving a tool, with at least one vibration sensor for monitoring vibrations, whose output signals (v x , v y , v z ) are fed to a control unit that is adapted to derive a vibration characteristic value (vk) from the output signals (v x , v y , v z ) of the vibration sensor and then, when the vibration characteristic value (vk) exceeds a maximum value (vk max ), to switch off the drive , characterized in that the control unit is adapted to subsequently automatically restart the drive .
Process for bonding a first substrate having a first surface to a plurality of second substrates each having a second surface , characterized in that it comprises the steps consisting in: - holding the first substrate by at least two support points (S1, S2), - positioning the first substrate and the second substrates so that the first surface and the second surfaces face each other; - deforming the whole first substrate by applying, between at least one pressure point (P1) and the two support points (S1, S2), a strain (F) toward the second substrates ; - bringing the deformed first surface and at least one second surface into contact; and - progressively releasing the strain (F), the first substrate being simultaneously bonded to said plurality of second substrates . - holding the first substrate by at least two support points (S1, S2), - positioning the first substrate and the second substrates so that the first surface and the second surfaces face each other; - deforming the whole first substrate by applying, between at least one pressure point (P1) and the two support points (S1, S2), a strain (F) toward the second substrates ; - bringing the deformed first surface and at least one second surface into contact; and - progressively releasing the strain (F), the first substrate being simultaneously bonded to said plurality of second substrates .
A liquid-crystalline medium, comprising - one or more pleochroic compounds, - one or more compounds of formula I in which R 1 denotes H, unfluorinated alkyl or unfluorinated alkoxy having 1 to 17 C atoms or unfluorinated alkenyl, unfluorinated alkenyloxy or unfluorinated alkoxyalkyl having 2 to 15 C atoms, n denotes 0 or 1, and independently of one another, denote or or alternatively denotes - one or more compounds of formula III in which R 3 denotes H, unfluorinated alkyl or unfluorinated alkoxy having 1 to 17 C atoms or unfluorinated alkenyl, unfluorinated alkenyloxy or unfluorinated alkoxyalkyl having 2 to 15 C atoms, one of Z 31 and Z 32 denotes trans- CH=CH -, trans -CF=CF- or -C=C-, and the other one denotes trans -CH=CH-, trans- CF=CF- or a single bond, and independently of one another, denote or or alternatively denotes and optionally - one or more polymerisable mesogenic compounds. - one or more pleochroic compounds, - one or more compounds of formula I in which R 1 denotes H, unfluorinated alkyl or unfluorinated alkoxy having 1 to 17 C atoms or unfluorinated alkenyl, unfluorinated alkenyloxy or unfluorinated alkoxyalkyl having 2 to 15 C atoms, n denotes 0 or 1, and independently of one another, denote or or alternatively denotes R 1 denotes H, unfluorinated alkyl or unfluorinated alkoxy having 1 to 17 C atoms or unfluorinated alkenyl, unfluorinated alkenyloxy or unfluorinated alkoxyalkyl having 2 to 15 C atoms, n denotes 0 or 1, and - one or more compounds of formula III in which R 3 denotes H, unfluorinated alkyl or unfluorinated alkoxy having 1 to 17 C atoms or unfluorinated alkenyl, unfluorinated alkenyloxy or unfluorinated alkoxyalkyl having 2 to 15 C atoms, one of Z 31 and Z 32 denotes trans- CH=CH -, trans -CF=CF- or -C=C-, and the other one denotes trans -CH=CH-, trans- CF=CF- or a single bond, and independently of one another, denote or or alternatively denotes and optionally R 3 denotes H, unfluorinated alkyl or unfluorinated alkoxy having 1 to 17 C atoms or unfluorinated alkenyl, unfluorinated alkenyloxy or unfluorinated alkoxyalkyl having 2 to 15 C atoms, one of Z 31 and Z 32 denotes trans- CH=CH -, trans -CF=CF- or -C=C-, and the other one denotes trans -CH=CH-, trans- CF=CF- or a single bond, and - one or more polymerisable mesogenic compounds.
Electrical energy meter for measuring a current (Ic) flowing on a conductor between a distribution network and an electrical installation , the meter comprising a first current sensor mounted on the conductor and a resistive element mounted on the conductor in series with the first current sensor , the meter further comprising means for detecting an attempt to fraudulently bypass the meter, the detection means comprising a test cut-off member mounted in parallel with the resistive element , characterized in that the resistive element also comprises a connection cut-off element for selectively connecting and disconnecting the electrical installation from the distribution network . the detection means comprising a test cut-off member mounted in parallel with the resistive element , characterized in that the resistive element also comprises a connection cut-off element for selectively connecting and disconnecting the electrical installation from the distribution network .
A stable pharmaceutical oil in water emulsion composition with nanosized oil droplets for parenteral or oral administration comprising: 0.15% to 10% (w/v) clopidogrel free base dispersed in an oil phase; a surfactant and optional a co-surfactant; a water phase substantially free of clopidogrel; a pH adjusting agent; and wherein the mean droplet size (intensity-average, nm) is preferably 100-500 nm, and more preferably 100-300nm. 0.15% to 10% (w/v) clopidogrel free base dispersed in an oil phase; a surfactant and optional a co-surfactant; a water phase substantially free of clopidogrel; a pH adjusting agent; and wherein the mean droplet size (intensity-average, nm) is preferably 100-500 nm, and more preferably 100-300nm.
Headrest for a vehicle seat , the headrest comprising a cushion support that has a cushion which is arranged or arrangeable on the cushion support , and comprising at least one holding rod which extends vertically from the cushion support for fastening the headrest to the vehicle seat , wherein the cushion support has a head impact region on a horizontally and vertically extending front side , characterized in that the cushion support in the head impact area has a closed sinusoidal wave-shaped profile comprising horizontally extending and adjacent wave crests separated from one another vertically by wave troughs .