mhurhangee/ep-ind-claims huggingface dataset:
A cutter configured by detachably attaching a replaceable blade to a cutter body, wherein the cutter body is configured of a main body block and a slide block retained with respect to the main body block so as to be able to move in a longitudinal direction of the cutter, the main body block includes a container section that houses the slide block so as to allow the slide block to move in the longitudinal direction, a main body supporting section that supports a back face of the replaceable blade, and a main body connecting section that connects with the replaceable blade from a front face side, the slide block includes a rear-side supporting section that supports the back face of the replaceable blade at a rear side of the main body supporting section, a slide connecting section that connects with the replaceable blade so as to retract the replaceable blade toward the rear side, characterized by a flexible section that bends in a thickness direction of the replaceable blade at the rear side of the rear-side supporting section, and a wing section that protrudes from a part of the flexible section toward at least one side in a height direction perpendicular to the longitudinal direction and the thickness direction, a front side retaining section that retains the wing section from a front side is formed in at least one side of the container section in the height direction, and the front side retaining section includes a protruding engaging section that protrudes toward a backside, and in an attached state in which the replaceable blade is attached to the cutter body, the wing section is engaged from a foreside by the protruding engaging section, and the wing section is configured capable of being released from the protruding engaging section by bending the flexible section of the slide block from the attached state.
An implantable lubrication device for lubricating a joint of a human or mammal patient by adding and circulating lubricating fluid, the lubrication device comprises: • a reservoir adapted to store an added lubricating fluid, and • a fluid connection device comprising a fluid connection (1402a; 1402b), wherein said fluid connection is: a. connected to said reservoir, b. adapted to extend through tissue of the patient, c. in connection with the joint when implanted, for introducing said lubricating fluid into said joint when the lubrication device is implanted in the patient's body, and • a pump (P;130;1009) connected to said fluid connection device, said pump being adapted to establish said circulating lubricating fluid flow via said joint, and characterized in that the implantable lubrication device is adapted to establish a refillable circulating lubricating fluid flow via said joint, the implantable lubrication device further comprises, • a refill injection port connected to said reservoir for refilling said reservoir with said added lubricating fluid, and • said reservoir further comprises a chamber with an adjustable volume adapted to store the added lubricating fluid. • a reservoir adapted to store an added lubricating fluid, and • a fluid connection device comprising a fluid connection (1402a; 1402b), wherein said fluid connection is: a. connected to said reservoir, b. adapted to extend through tissue of the patient, c. in connection with the joint when implanted, for introducing said lubricating fluid into said joint when the lubrication device is implanted in the patient's body, and a. connected to said reservoir, b. adapted to extend through tissue of the patient, c. in connection with the joint when implanted, for introducing said lubricating fluid into said joint when the lubrication device is implanted in the patient's body, and • a pump (P;130;1009) connected to said fluid connection device, said pump being adapted to establish said circulating lubricating fluid flow via said joint, and • a refill injection port connected to said reservoir for refilling said reservoir with said added lubricating fluid, and • said reservoir further comprises a chamber with an adjustable volume adapted to store the added lubricating fluid.
A brazed joint comprising an armature bar strand package and an end fitting comprising: a plurality of solid copper strands and a plurality of hollow copper strands arranged in a tiered array and forming the strand package, said plurality of hollow strands having free ends that extend axially beyond corresponding free ends of said solid strands; a cavity in the end fitting, accessed by an opening, said free ends of said plurality of hollow strands and said corresponding free ends of said solid strands extending through said opening and received in said cavity; and an essentially phosphorous-free copper-silver braze alloy joining said free ends of said plurality of hollow strands and said corresponding free ends of said plurality of solid strands to each other and to interior surfaces of said end fitting, said braze alloy consisting of copper and silver and optionally one or more of tin, zinc or nickel. a plurality of solid copper strands and a plurality of hollow copper strands arranged in a tiered array and forming the strand package, said plurality of hollow strands having free ends that extend axially beyond corresponding free ends of said solid strands; a cavity in the end fitting, accessed by an opening, said free ends of said plurality of hollow strands and said corresponding free ends of said solid strands extending through said opening and received in said cavity; and an essentially phosphorous-free copper-silver braze alloy joining said free ends of said plurality of hollow strands and said corresponding free ends of said plurality of solid strands to each other and to interior surfaces of said end fitting, said braze alloy consisting of copper and silver and optionally one or more of tin, zinc or nickel.
A chemical vapour deposition process for applying an antimony doped metal oxide coating to a surface on a hot glass substrate, comprising: a) providing a hot glass substrate, including a surface upon which an antimony doped metal oxide coating is to be deposited; b) providing a uniform, vaporized reactant mixture containing a metal compound, an oxygen-containing compound, water, and an organoantimony compound; c) delivering the vaporized reactant mixture to the surface of the hot glass substrate, and reacting the mixture to deposit a coating of antimony doped metal oxide on the surface of the hot glass substrate; and d) cooling the coated glass substrate to ambient temperature; characterized in that the organoantimony compound will not pre-react with said oxygen-containing compound or water at temperatures below 288°C (550°F), said organoantimony compound being a compound of the form (R 1) x Sb(R 2) 3-x where R1 is an aryl group, R2 is an alkyl group, and x=3 or 2. a) providing a hot glass substrate, including a surface upon which an antimony doped metal oxide coating is to be deposited; b) providing a uniform, vaporized reactant mixture containing a metal compound, an oxygen-containing compound, water, and an organoantimony compound; c) delivering the vaporized reactant mixture to the surface of the hot glass substrate, and reacting the mixture to deposit a coating of antimony doped metal oxide on the surface of the hot glass substrate; and d) cooling the coated glass substrate to ambient temperature;
A battery management system for an electric vehicle, the electric vehicle including a plurality of battery strings connected in parallel, wherein each battery string includes a plurality of battery packs, each battery pack includes a plurality of battery modules, and each battery module includes a plurality of battery cells packaged together in a module housing, comprising: a plurality of local module units, wherein each battery module of the plurality of battery modules includes a separate local module unit of the plurality of local module units attached to the battery module and configured to monitor at least a cell voltage, temperature, humidity and current from the plurality of battery cells of the battery module; at least one pack master board for aggregating data from and communicating with the plurality of local module units; and an energy storage master for interfacing with a vehicle master controller, wherein the vehicle master controller is configured to communicate with an external charger wherein the pack master board communicates with the energy storage master to command charge transfer between the plurality of battery cells. a plurality of local module units, wherein each battery module of the plurality of battery modules includes a separate local module unit of the plurality of local module units attached to the battery module and configured to monitor at least a cell voltage, temperature, humidity and current from the plurality of battery cells of the battery module; at least one pack master board for aggregating data from and communicating with the plurality of local module units; and an energy storage master for interfacing with a vehicle master controller, wherein the vehicle master controller is configured to communicate with an external charger wherein the pack master board communicates with the energy storage master to command charge transfer between the plurality of battery cells.
Dressing tool (10, 100, 200, 300) comprising a basic body (12, 112, 212, 312) in the form of a rotatable disk element with a carrier (16, 116, 216, 316), where said carrier (16, 116, 216, 316) is formed by a circular bar projecting from the basic body (12, 112, 212, 312) and having an all-round frontal area with a front face (128; 226, 228) and with at least one side face (124; 324), and where hard grains (120, 220,320), such as grains of diamond or cubic boron nitride, are bonded in a coating (18, 118, 218, 318) on the side face (124; 324) by a connection, wherein in addition to the hard grains (120, 220, 320) distributed in the coating (18, 118, 218, 318), one-piece plate-like or rod-like dressing elements (22, 122, 222, 312) of a hard material are connected by a brazed metal and/or ceramic connection to the side face (124; 324); the dressing elements (22, 122, 222, 312) on the front merge flush into the front face (128, 226) of the frontal area, extend from the frontal area of the carrier (16, 116, 216, 316) and are surrounded both at the side and facing away from the frontal area by the hard grains (120, 220, 320); the coating (18, 118, 218, 318) is an evenly closed coating with a constant effective width, where the outer face of the plate-like or rod-like dressing elements (22, 122, 222, 312) extends in a plane in which the outer face of the coating (18, 118, 218, 318) also extends and in which are located the hard grains (120, 220, 320) surrounding the dressing elements at the side and facing away from the frontal area, and where the thickness of the coating formed by the hard grains (120, 220, 320) is equal to the thickness D of the dressing elements (22, 122, 222, 312).
A variable focal length lens comprising a micro-mirror array having a plurality of micro-mirror elements (1000; 1100) arranged in at least two sections (110, 120, 130, 140, 150, 160, 170, 180, 190), each section having at least one property that is different to that of at least one other section, each micro-mirror element comprising:- a tilt axis (1020; 1120); at least one actuation electrode (1060, 1070; 1160; 1170) arranged on each side of said tilt axis; wherein the micro-mirror element assumes a tilt angle in accordance with a voltage applied to the actuation electrodes; and at least one stopper (1030, 1040; 1130, 1140) arranged on each side of said tilt axis, said at least one different property of said at least two sections comprising a first tilt angle range and said different property of said at least one other section comprising another tilt angle range, wherein the first tilt angle range is defined by stoppers having a first height, and the second tilt angle range is defined by stoppers having a second height where the first height is greater than the second height; characterised in that said stoppers have a conductive coating and are functionally decoupled from said actuation electrodes; and in that each micro-mirror element further comprises at least one measurement electrode (1080, 1090; 1180, 1190) arranged on each side of the tilt axis for determining the tilt angle by measuring a change in capacitance, said measurement electrodes being functionally decoupled from said actuation electrodes, and from said stoppers. a tilt axis (1020; 1120); at least one actuation electrode (1060, 1070; 1160; 1170) arranged on each side of said tilt axis; wherein the micro-mirror element assumes a tilt angle in accordance with a voltage applied to the actuation electrodes; and at least one stopper (1030, 1040; 1130, 1140) arranged on each side of said tilt axis, said at least one different property of said at least two sections comprising a first tilt angle range and said different property of said at least one other section comprising another tilt angle range, wherein the first tilt angle range is defined by stoppers having a first height, and the second tilt angle range is defined by stoppers having a second height where the first height is greater than the second height; characterised in that said stoppers have a conductive coating and are functionally decoupled from said actuation electrodes; and in that each micro-mirror element further comprises at least one measurement electrode (1080, 1090; 1180, 1190) arranged on each side of the tilt axis for determining the tilt angle by measuring a change in capacitance, said measurement electrodes being functionally decoupled from said actuation electrodes, and from said stoppers.
An immunogenic composition for potentiating a specific immune response to an antigenic moiety in a mammal in need of such an immune response, the composition comprising: an antigenic moiety, wherein the antigenic moiety is a polyamino acid, and wherein the antigenic moiety is not an Onchocerca volvulus activation-associated secreted protein ( Ov -ASP); and an adjuvant comprising an effective amount of Ov -ASP. an antigenic moiety, wherein the antigenic moiety is a polyamino acid, and wherein the antigenic moiety is not an Onchocerca volvulus activation-associated secreted protein ( Ov -ASP); and an adjuvant comprising an effective amount of Ov -ASP.
Process for the preparation of isocyanates by phosgenation of amines in the gas phase, in which by-products are separated from one or more gas streams by desublimation as solid, wherein the amine to be phosgenated and the phosgene are fed to the reactor, the resulting isocyanate-containing reaction mixture is fed, with addition of a quenching agent, to the isocyanate scrubber and, after the isocyanate has been separated off, is fed further via the condenser and separated into waste gas and phosgene stream in the phosgene scrubber, characterized in that the desublimation is carried out in the gas path after the reaction zone in one or more plate-type heat exchangers, wherein the heat exchanger or heat exchangers is or are designed, and the process is operated, in such a way that the specific gas velocity is 2 m/s or less on passage through the heat exchanger or heat exchangers used for the desublimation and the heat exchangers are operated with a heat transfer medium that has a temperature of 100°C to -40°C.
Modular safety relay circuit for safely switching on and/or off at least one machine, having at least one relay module, to which the at least one machine is connected, the relay module comprising at least two relay contacts (3a, 3b; 4a, 4b) which are connected in series and can be moved from a first position into a second position and vice versa, and one relay contact (3a; 4a) switching in a leading manner by a delay of the other relay contact (3b; 4b), and a control unit driving the relay contacts (3a, 3b; 4a, 4b), characterized in that the control unit drives the relay contacts (3a, 3b; 4a, 4b) alternately with the delay in accordance with a status detection of the relay contacts (3a, 3b; 4a, 4b).
Fuel transport tank, comprising at least a first container and at least a second container, said first container being provided with at least a seat in which said second container is inserted in a removable manner; wherein said first container comprises a lower base side on which it can be rested during transport and an opposite upper side, wherein said seat for said second container is formed; wherein said seat is defined by a cavity which extends from said upper side towards the inside of said first container, to allow said second container to be inserted and extracted from above; wherein said tank comprises a lid hinged to said first container which, once closed, cover said seat and said second container; wherein said first and said second container consist of a tank; characterized in that said second container and said seat have a substantially similar shape, to define a male/female coupling, allowing said second container inserted in said seat a single degree of freedom of movement in the direction of extraction and insertion; and wherein said first and said second container (2, 3) are each made in a single body piece. wherein said seat is defined by a cavity which extends from said upper side towards the inside of said first container, to allow said second container to be inserted and extracted from above; wherein said tank comprises a lid hinged to said first container which, once closed, cover said seat and said second container; wherein said first and said second container consist of a tank; characterized in that said second container and said seat have a substantially similar shape, to define a male/female coupling, allowing said second container inserted in said seat a single degree of freedom of movement in the direction of extraction and insertion; and wherein said first and said second container (2, 3) are each made in a single body piece.
Method for determining a value for the offset of the perpendicular projections of two windings into a plane, in particular the plane of movement of a vehicle which is movable on the underlying surface having a first of the two windings, the vehicle having a second of the two windings, wherein each of the windings has, in each case, a first and a second partial winding, wherein the two partial windings are arranged overlapping in such a way that, when the first partial winding of one of the windings is energized with an alternating current, no induced voltage can be detected on the second partial winding of the same winding, wherein, in order to determine a value for the distance, - a winding which functions as a transmitter is supplied with an alternating current, in particular both partial windings of the winding are supplied with the same alternating current, - the phase difference between the voltage U1 induced in the first partial winding of the other winding which functions as a receiver and the voltage U2 induced in the second partial winding of the winding which functions as a receiver is determined, wherein, when determining the voltage induced in the first partial winding, the second partial winding is switched to a currentless state, that is to say in particular at least one terminal of the second partial winding is electrically disconnected, wherein, when determining the voltage induced in the second partial winding, the first partial winding is switched to a currentless state, that is to say in particular at least one terminal of the first partial winding is electrically disconnected, characterized in that a value for the distance between the perpendicular projections of the windings into the plane is determined from the determined phase difference by means of a characteristic curve, wherein the characteristic curve describes the dependence of the phase difference on the distance. - a winding which functions as a transmitter is supplied with an alternating current, in particular both partial windings of the winding are supplied with the same alternating current, - the phase difference between the voltage U1 induced in the first partial winding of the other winding which functions as a receiver and the voltage U2 induced in the second partial winding of the winding which functions as a receiver is determined, wherein, when determining the voltage induced in the first partial winding, the second partial winding is switched to a currentless state, that is to say in particular at least one terminal of the second partial winding is electrically disconnected, wherein, when determining the voltage induced in the second partial winding, the first partial winding is switched to a currentless state, that is to say in particular at least one terminal of the first partial winding is electrically disconnected,
An autofocus subsystem comprising: an autofocus light source; optical components (308, 122, 104, 108, 706) that direct an autofocus light beam from the autofocus light source into the optical path of an optical instrument; a focusing lens that focuses the autofocus light beam (904, 1014, 1306, 1414a, 1414b) returned to the autofocus system from the optical path of the optical instrument; an autofocus detector (710, 900, 1000, 1300, 1400) arranged to detect a position Z d of a focal point of the autofocus light beam along the optical-axis; and an autofocus processing component arranged to adjust the focus of the optical instrument in response to Z d, wherein the autofocus system includes an additional focusing element that focuses light from the autofocus light source to a slightly converging autofocus light beam or to a slightly diverging autofocus light beam, characterized in that the autofocus detector comprises a single beam splitter (902, 1002, 1304, 1308, 1402) arranged to split the autofocus light beam into a plurality (n) of down-stream light beams (906, 1016, 1416) and a photodetector arrangement (1018, 1310, 1018a, 1018b) for registering the intensity of each one of the down-stream light beams, and wherein the down-stream light beams are of different optical path lengths measured from the focusing lens to the photodetector arrangement. an autofocus light source; optical components (308, 122, 104, 108, 706) that direct an autofocus light beam from the autofocus light source into the optical path of an optical instrument; a focusing lens that focuses the autofocus light beam (904, 1014, 1306, 1414a, 1414b) returned to the autofocus system from the optical path of the optical instrument; an autofocus detector (710, 900, 1000, 1300, 1400) arranged to detect a position Z d of a focal point of the autofocus light beam along the optical-axis; and an autofocus processing component arranged to adjust the focus of the optical instrument in response to Z d, wherein the autofocus system includes an additional focusing element that focuses light from the autofocus light source to a slightly converging autofocus light beam or to a slightly diverging autofocus light beam, characterized in that the autofocus detector comprises a single beam splitter (902, 1002, 1304, 1308, 1402) arranged to split the autofocus light beam into a plurality (n) of down-stream light beams (906, 1016, 1416) and a photodetector arrangement (1018, 1310, 1018a, 1018b) for registering the intensity of each one of the down-stream light beams, and wherein the down-stream light beams are of different optical path lengths measured from the focusing lens to the photodetector arrangement.