mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication system comprising a wireless terminal (300, 800) and a plurality of base stations (200a-200f, 900), the plurality of base stations (200a-200f, 900) being adapted to communicate with each other via a predetermined communication path that is different from a wireless communication channel to the wireless terminal (300, 800), wherein the wireless terminal (300, 800) comprises a request signal transmission unit (301, 302, 303d) adapted to transmit, to one base station (200a, 900) among the plurality of base stations (200a-200f, 900), a request signal for requesting a response signal from one or more other base stations (200b-200f, 900) among the plurality of base stations (200a-200f, 900), the one base station (200a, 900) being a base station with which the wireless terminal (300, 800) has established a wireless connection and the one or more other base stations (200b-200f, 900) being base stations with which the wireless terminal (300, 800) has not established a wireless connection, the request signal including channel information indicating a predetermined channel, and a response signal reception unit (301, 302, 303b) adapted to receive the response signal transmitted from the one or more other base stations (200b-200f, 900) on the predetermined channel, the one base station (200a, 900) comprises a request signal reception unit (202, 204) adapted to receive the request signal from the wireless terminal (300, 800), and a request signal transfer unit (202, 203e, 204) adapted to transfer the request signal received by the request signal reception unit (202, 204) to the one or more other base stations (200b-200f, 900) via the predetermined communication path, and the one or more other base stations (200b-200f, 900) comprise a response signal transmission unit (202, 203f, 204) adapted to transmit the response signal to the wireless terminal (300, 800) on the predetermined channel upon receiving the request signal transmitted from the one base station (200a, 900), characterized in that the wireless terminal (300, 800) further comprises a priority information setting unit adapted for setting priority information indicating a timing of transmitting the response signal and wherein the request signal transmission unit (301, 302, 303d) is further adapted to transmit the request signal together with the priority information indicating a timing of transmitting the response signal, and in that the response signal transmission unit (202, 203f, 204) in the one or more other base stations (200b-200f, 900) is adapted to adjust a timing of the transmission of the response signal on the basis of the priority information.
A fiducial deployment system comprising: a needle including a generally tubular cannula body defining a needle lumen disposed through at least a lengthwise portion of the cannula body and a distal needle region that includes a distal region aperture opening to the needle lumen, which aperture is configured to allow passage therethrough of a fiducial; and a plurality of fiducials including: at least one first fiducial and at least one second fiducial, where the at least one first fiducial is engaged with the at least one second fiducial; and where the at least one first fiducial and the at least one second fiducial are disposed along a common collinear axis; characterised in that: engagement of the at least one first fiducial with the at least one second fiducial comprises a mechanical interlocking engagement (442, 454), the mechanical interlocking engagement (442, 454) being configured such that the at least one first fiducial will disengage from the at least one second fiducial upon advancing the at least one first fiducial through the distal region aperture. a needle including a generally tubular cannula body defining a needle lumen disposed through at least a lengthwise portion of the cannula body and a distal needle region that includes a distal region aperture opening to the needle lumen, which aperture is configured to allow passage therethrough of a fiducial; and a generally tubular cannula body defining a needle lumen disposed through at least a lengthwise portion of the cannula body and a distal needle region that includes a distal region aperture opening to the needle lumen, which aperture is configured to allow passage therethrough of a fiducial; and a plurality of fiducials including: at least one first fiducial and at least one second fiducial, where the at least one first fiducial is engaged with the at least one second fiducial; and where the at least one first fiducial and the at least one second fiducial are disposed along a common collinear axis; characterised in that: engagement of the at least one first fiducial with the at least one second fiducial comprises a mechanical interlocking engagement (442, 454), the mechanical interlocking engagement (442, 454) being configured such that the at least one first fiducial will disengage from the at least one second fiducial upon advancing the at least one first fiducial through the distal region aperture. at least one first fiducial and at least one second fiducial, where the at least one first fiducial is engaged with the at least one second fiducial; and where the at least one first fiducial and the at least one second fiducial are disposed along a common collinear axis; engagement of the at least one first fiducial with the at least one second fiducial comprises a mechanical interlocking engagement (442, 454), the mechanical interlocking engagement (442, 454) being configured such that the at least one first fiducial will disengage from the at least one second fiducial upon advancing the at least one first fiducial through the distal region aperture.
A method for preparing 2,3-dichloro-5-(trichloromethyl)pyridine of formula by a process which comprises: Reacting a compound of the general formula with PCl 5 as a chlorinating agent at elevated temperature and pressure wherein X is COOH, CONH 2, CCl 3, or CN; and R 1 represent H or Cl; wherein the intermediate compound 2-chloro-5-(trichloromethyl)pyridine may be formed in the course of the reaction. Reacting a compound of the general formula with PCl 5 as a chlorinating agent at elevated temperature and pressure wherein X is COOH, CONH 2, CCl 3, or CN; and R 1 represent H or Cl; X is COOH, CONH 2, CCl 3, or CN; and R 1 represent H or Cl; wherein the intermediate compound 2-chloro-5-(trichloromethyl)pyridine may be formed in the course of the reaction.
Use of a first composition for delivering to a mammal, the first composition being an immunogenic polypeptide or a nucleic acid encoding an immunogen and an immunopotentiator, wherein the immunogenic polypeptide or the nucleic acid comprises or encodes an antigen or an immunogenic fragment thereof; and a second composition, the second composition comprising an amplifying peptide, wherein the peptide corresponds to an epitope of said antigen, wherein the first composition and the second composition are not the same, for the manufacture of an immunizing combination medicament for prophylaxis or therapy of infectious or neoplastic diseases, wherein the second composition is for administration directly into a lymphatic system of the mammal.
A fastener driving tool comprising: a housing enclosing a cylinder provided with a resilient bumper; a return air chamber in communication with said cylinder; a piston dimensioned for reciprocation within said cylinder to impact said bumper, said piston having a driver blade depending therefrom; at least one inlet opening disposed in said cylinder and in communication with said return air chamber; and at least one outlet opening disposed in said cylinder and spaced from said at least one inlet opening, said at least one outlet opening being in communication with said return air chamber; characterised in that said at least one outlet opening is aligned with and closed by said piston to seal an area of said cylinder below the piston when said piston impacts said bumper, wherein said at least one outlet opening is configured such that upon said piston impacting said bumper and closing said at least one outlet opening and sealing said area, a residual volume of air is trapped in said area below said piston to damp impact of said piston upon said bumper. a housing enclosing a cylinder provided with a resilient bumper; a return air chamber in communication with said cylinder; a piston dimensioned for reciprocation within said cylinder to impact said bumper, said piston having a driver blade depending therefrom; at least one inlet opening disposed in said cylinder and in communication with said return air chamber; and at least one outlet opening disposed in said cylinder and spaced from said at least one inlet opening, said at least one outlet opening being in communication with said return air chamber; characterised in that said at least one outlet opening is aligned with and closed by said piston to seal an area of said cylinder below the piston when said piston impacts said bumper, wherein said at least one outlet opening is configured such that upon said piston impacting said bumper and closing said at least one outlet opening and sealing said area, a residual volume of air is trapped in said area below said piston to damp impact of said piston upon said bumper.
Method of producing a circuit arrangement on a support plate, wherein components are attached onto an top surface of the support plate, the support plate having thermal vias which extend through the support plate to a bottom surface located opposite the top surface, characterised in that a) the thermal vias are closed on the bottom surface by applying a layer of thermally conductive, electrically insulating material which does not penetrate into the thermal vias, and subsequently b) the thermal vias are filled with solder material (15, 16) from the top surface. a) the thermal vias are closed on the bottom surface by applying a layer of thermally conductive, electrically insulating material which does not penetrate into the thermal vias, and subsequently b) the thermal vias are filled with solder material (15, 16) from the top surface.
A method for producing a carbide ceramic contact body which has a contact surface, in which a preform is produced, from the preform an open-porous carbon body is produced by pyrolysis and/or graphitization, and the carbon body is ceramized by carbide former infiltration, characterized in that a starting material for the preform comprises a binder and the binder content in the starting material for the preform is greater than 5%, in that the starting material comprises a pore former at least in regions, in that the preform is produced such that it has closed pores in a near-surface region at which the contact surface is formed, the closed pores being preserved upon pyrolysis and not being infiltratable by carbide former, and in that a mechanical processing of a produced contact body occurs in the region of the closed pores for the production of the contact surface, wherein pores become exposed.
Mechanism for triggering an animation allowing a object which is to be animated to be moved in order to obtain an entertaining effect, the object which is to be animated being a decorative element for example a person, a figurine, an animal or a flower, the mechanism comprising a control mobile and a trigger lever arm, the control mobile being intended to cooperate with the trigger lever arm in order to trigger the animation of the object at quasi-random moments, a drive member kinematically connected to the control mobile and an unbalanced oscillating mass mounted so as to freely rotate with respect to the mechanism for triggering the animation, wherein the control mobile is kinematically connected to the drive member so as to impart a basic rotational speed thereto, the control mobile likewise being kinematically connected to a transmission mobile to which movements of the unbalanced oscillating mass are transmitted such that the speed of the control mobile and thus the moments of triggering the animation of the object vary based on the movements of the unbalanced oscillating mass.
Agitator ball mill having a grinding vessel in which there is arranged an agitator shaft provided with grinding elements, whereby there is formed between the grinding vessel and the agitator shaft a grinding chamber into which the grinding elements extend, into which at least one inlet channel for grinding stock opens and in which a dynamic separator for auxiliary grinding bodies is provided, wherein the separator is provided with recesses for grinding stock/auxiliary grinding body mixture to flow through and for recycling auxiliary grinding bodies, and the agitator shaft is provided with at least one recess which enlarges the separator and extends in the axial direction into the grinding chamber, wherein the recess is in the form of a flow channel and the flow channel is introduced at least in sections into the agitator shaft in the form of a groove, characterised in that the recess of the agitator shaft is connected to the recess in the separator and enlarges it.
A solid bowl screw centrifuge which has the following: - a rotatable drum with an axis of rotation oriented, in particular, horizontally, - a rotatable screw arranged in the drum, - at least one discharge port, oriented at an angle to the axis of rotation of the solid bowl screw centrifuge, for the discharge of solids from the drum in the bowl of the drum, - wherein the at least one discharge port is assigned a solids capture chamber which partially surrounds the drum rotating during operation and which does not rotate during operation, - wherein at least one hose segment not circumferentially closed in cross section is arranged in the capture chamber, - wherein the hose segment is composed of an elastomeric material and designed as an elastomeric element, characterized in that - in the capture chamber no pressure gradient can be generated by the action of compressed air and the elastomeric element is not arranged in the capture chamber in such a way as to be pressure-tight, - the non-circumferentially closed hose segment is arranged virtually in the form of a ring in the solids capture chamber, so that said hose segment surrounds the drum in the region of the solids discharge port virtually completely, with the exception of an outlet port into a diversion or a capture container, and - the non-circumferentially closed region of the hose segment is C-shaped, U-shaped or Ω-shaped in cross section. - a rotatable drum with an axis of rotation oriented, in particular, horizontally, - a rotatable screw arranged in the drum, - at least one discharge port, oriented at an angle to the axis of rotation of the solid bowl screw centrifuge, for the discharge of solids from the drum in the bowl of the drum, - wherein the at least one discharge port is assigned a solids capture chamber which partially surrounds the drum rotating during operation and which does not rotate during operation, - wherein at least one hose segment not circumferentially closed in cross section is arranged in the capture chamber, - wherein the hose segment is composed of an elastomeric material and designed as an elastomeric element, - in the capture chamber no pressure gradient can be generated by the action of compressed air and the elastomeric element is not arranged in the capture chamber in such a way as to be pressure-tight, - the non-circumferentially closed hose segment is arranged virtually in the form of a ring in the solids capture chamber, so that said hose segment surrounds the drum in the region of the solids discharge port virtually completely, with the exception of an outlet port into a diversion or a capture container, and - the non-circumferentially closed region of the hose segment is C-shaped, U-shaped or Ω-shaped in cross section.
A multiwell plate for non-template directed synthesis of nucleic acid molecules, wherein each well of the multiwell plate is operably connected to a pair of electrodes comprising a first electrode beneath each well configured to deliver current to the well that is associated with it, and a second electrode, wherein (i) the second electrode is placed at the bottom or along one or more sidewall of each well, or (ii) the multiwell plate further comprises a cover and the cover contains the second electrode, wherein the electrodes are composed of platinum and wherein each electrode is operably connected to a current controller capable of regulating current to the first electrode to apply current to selected wells of the multiwell plate, and wherein a bead is located in each of a plurality of wells of the multiwell plate and an electrochemically generated acid is present in one or more wells, wherein the wells of the multiwell plate are sized to allow only a single bead to occupy a well and wherein the bead is between 10 μm and 60 μm in diameter. (i) the second electrode is placed at the bottom or along one or more sidewall of each well, or (ii) the multiwell plate further comprises a cover and the cover contains the second electrode,
An apparatus for sealing engagement with an elongate object, the apparatus comprising:- a sealing device; a first body part having a first threaded portion; a second body part having a second threaded portion adapted to engage said first threaded portion; seal deforming means provided on said first body part and having a plurality of elongate members having ends adapted to be displaced towards the elongate object extending through a bore of the apparatus to bring the sealing device into sealing engagement with the elongate object; at least one first engagement surface provided on said second body part for engaging at least some of said elongate members to cause said ends of said elongate members to be displaced towards said elongate object as a result of threaded engagement of said first threaded portion with said second threaded portion; and a plurality of tubular sealing members (24, 26), wherein each of a plurality of said tubular sealing members defines a respective bore (34, 36) for receiving an elongate object, and said tubular sealing member is adapted to be deformed into sealing engagement with said object; characterized in that the sealing device comprises: connecting portions in the form of breakable tabs for connecting a pair of adjacent substantially coaxial said tubular sealing members (24, 26), and adapted to be broken by engagement of the elongate object with one of the tubular sealing members (24, 26) by means of urging of said elongate object into the bore of the apparatus to enable separation of said sealing members (24, 26). a sealing device; a first body part having a first threaded portion; a second body part having a second threaded portion adapted to engage said first threaded portion; seal deforming means provided on said first body part and having a plurality of elongate members having ends adapted to be displaced towards the elongate object extending through a bore of the apparatus to bring the sealing device into sealing engagement with the elongate object; at least one first engagement surface provided on said second body part for engaging at least some of said elongate members to cause said ends of said elongate members to be displaced towards said elongate object as a result of threaded engagement of said first threaded portion with said second threaded portion; and a plurality of tubular sealing members (24, 26), wherein each of a plurality of said tubular sealing members defines a respective bore (34, 36) for receiving an elongate object, and said tubular sealing member is adapted to be deformed into sealing engagement with said object; characterized in that the sealing device comprises: connecting portions in the form of breakable tabs for connecting a pair of adjacent substantially coaxial said tubular sealing members (24, 26), and adapted to be broken by engagement of the elongate object with one of the tubular sealing members (24, 26) by means of urging of said elongate object into the bore of the apparatus to enable separation of said sealing members (24, 26).
A dual component sealing fastener designed to couple a first component having a rib to a second component having an aperture therethrough comprising: a U-base clip component comprising: two opposing side walls joined together at an insertion end with a rib receiving cavity between the two opposing side walls, and each of the two opposing side walls including a trailing end opposite the insertion end; a pair of aperture retention arms extending outwardly from the two opposing side walls, respectively; and a pair of rib coupling arms extending inwardly from the two opposing side walls; and a seal component comprising: a central wall having a clip aperture therethrough; a first component annular seal extending in a first direction away from a first side of the central wall; and a second component annular seal extending in a second direction away from a second side of the central wall opposite the first direction and opposite the first side, respectively; and wherein the seal component and the U-base clip component have a shipping configuration in which the U-base clip component extends through the clip aperture. a U-base clip component comprising: two opposing side walls joined together at an insertion end with a rib receiving cavity between the two opposing side walls, and each of the two opposing side walls including a trailing end opposite the insertion end; a pair of aperture retention arms extending outwardly from the two opposing side walls, respectively; and a pair of rib coupling arms extending inwardly from the two opposing side walls; and two opposing side walls joined together at an insertion end with a rib receiving cavity between the two opposing side walls, and each of the two opposing side walls including a trailing end opposite the insertion end; a pair of aperture retention arms extending outwardly from the two opposing side walls, respectively; and a pair of rib coupling arms extending inwardly from the two opposing side walls; and a seal component comprising: a central wall having a clip aperture therethrough; a first component annular seal extending in a first direction away from a first side of the central wall; and a second component annular seal extending in a second direction away from a second side of the central wall opposite the first direction and opposite the first side, respectively; and a central wall having a clip aperture therethrough; a first component annular seal extending in a first direction away from a first side of the central wall; and a second component annular seal extending in a second direction away from a second side of the central wall opposite the first direction and opposite the first side, respectively; and wherein the seal component and the U-base clip component have a shipping configuration in which the U-base clip component extends through the clip aperture.