mhurhangee/ep-ind-claims huggingface dataset:
A surgical tracking system, comprising: a wireless position sensor, which is adapted to be implanted in a bone of a subject, and responsively to externally-applied magnetic fields within a working volume of the tracking system, to generate and transmit sensor signals indicative of coordinates of the position sensor within the bone, wherein the position sensor comprises one or more sensor coils, which are adapted to sense the magnetic fields so as to generate the sensor signals; a plurality of field generator coils, which are adapted to generate the magnetic fields so as to define the working volume; a reference structure, to which the field generator coils are fixed in predetermined locations, and which is movable relative to the subject in order to position the working volume so as to intercept the bone; a system controller, which is coupled to receive and process the sensor signals so as to determine the coordinates of the position sensor within the bone; and a screw (30, 56), which contains at least the one or more sensor coils of the position sensor, and which is adapted to be inserted into the bone. a wireless position sensor, which is adapted to be implanted in a bone of a subject, and responsively to externally-applied magnetic fields within a working volume of the tracking system, to generate and transmit sensor signals indicative of coordinates of the position sensor within the bone, wherein the position sensor comprises one or more sensor coils, which are adapted to sense the magnetic fields so as to generate the sensor signals; a plurality of field generator coils, which are adapted to generate the magnetic fields so as to define the working volume; a reference structure, to which the field generator coils are fixed in predetermined locations, and which is movable relative to the subject in order to position the working volume so as to intercept the bone; a system controller, which is coupled to receive and process the sensor signals so as to determine the coordinates of the position sensor within the bone; and a screw (30, 56), which contains at least the one or more sensor coils of the position sensor, and which is adapted to be inserted into the bone.
An imprinting apparatus comprising: a first carrier for carrying a flexible stamp having an imprinting pattern; and a second carrier movable relative to the first carrier and configured to carry a substrate, the substratehaving a resist layer, wherein the second carrier comprises: a chuck; and an interface plate over the chuck, wherein the interface plate comprises an array of openings for receiving already-imprinted areas of one side of a substrate while an opposite side of the substrate is to be imprinted, and wherein the chuck comprises a fluid passage arrangement for coupling to the openings of the array. a first carrier for carrying a flexible stamp having an imprinting pattern; and a second carrier movable relative to the first carrier and configured to carry a substrate, the substratehaving a resist layer, wherein the second carrier comprises: a chuck; and an interface plate over the chuck, wherein the interface plate comprises an array of openings for receiving already-imprinted areas of one side of a substrate while an opposite side of the substrate is to be imprinted, and wherein the chuck comprises a fluid passage arrangement for coupling to the openings of the array. a chuck; and an interface plate over the chuck, wherein the interface plate comprises an array of openings for receiving already-imprinted areas of one side of a substrate while an opposite side of the substrate is to be imprinted, and wherein the chuck comprises a fluid passage arrangement for coupling to the openings of the array.
An imaging agent comprising a labeled cystine compound having structure I: wherein one of R and R' comprises a label selected from a Bodipy fluorescent dye or a radioisotopic label, and the other of R and R' is hydrogen.
Self-regulating damper unit, comprising a cylinder filled with a fluid, a piston dividing the interior of the cylinder into a first working chamber and a second working chamber, which piston is displaceably disposed in the cylinder, a piston rod connected to the piston and emerging from the cylinder at at least one end of the cylinder, and at least one through-hole (34, 36, 38, 40) configured to place the first working chamber in fluid communication with the second working chamber, wherein the damper unit further comprises a shiftable weight configured to modify a passage cross-section of the at least one through-hole (34, 36, 38, 40) available for the passage of fluid due to a relative movement with respect to the at least one through-hole (34, 36, 38, 40), wherein the shiftable weight is movably mounted relative to the at least one through-hole (34, 36, 38, 40) such that retardation of the moving piston or the moving piston rod causes enlargement of the passage cross-section of the at least one through-hole (34, 36, 38, 40), wherein an elastic element is connected to the shiftable weight, which element is configured to push the shiftable weight into its rest position, and additional through-holes are provided that are partially or completely closed by the shiftable weight in its rest position and are opened for the passage of fluid by a displacement of the shiftable weight from the rest position, characterised in that a stop is provided, against which the elastic element connected to the shiftable weight pushes the shiftable weight. a cylinder filled with a fluid, a piston dividing the interior of the cylinder into a first working chamber and a second working chamber, which piston is displaceably disposed in the cylinder, a piston rod connected to the piston and emerging from the cylinder at at least one end of the cylinder, and at least one through-hole (34, 36, 38, 40) configured to place the first working chamber in fluid communication with the second working chamber, wherein the damper unit further comprises a shiftable weight configured to modify a passage cross-section of the at least one through-hole (34, 36, 38, 40) available for the passage of fluid due to a relative movement with respect to the at least one through-hole (34, 36, 38, 40), wherein the shiftable weight is movably mounted relative to the at least one through-hole (34, 36, 38, 40) such that retardation of the moving piston or the moving piston rod causes enlargement of the passage cross-section of the at least one through-hole (34, 36, 38, 40), wherein an elastic element is connected to the shiftable weight, which element is configured to push the shiftable weight into its rest position, and additional through-holes are provided that are partially or completely closed by the shiftable weight in its rest position and are opened for the passage of fluid by a displacement of the shiftable weight from the rest position, characterised in that a stop is provided, against which the elastic element connected to the shiftable weight pushes the shiftable weight.
A method for manufacturing toilet paper impregnated with aqueous lotion chemicals, comprising: a chemicals applying step of printing and applying aqueous lotion chemicals onto band-like continuous crepe paper by a printer using a printing plate cylinder and an impression cylinder, while a pattern with non-chemicals-application portions and chemicals-application portions is formed on the band-like continuous crepe paper; and an embossing step of passing the continuous crepe paper, which has been applied with the chemicals in the chemicals applying step, between an embossing roll with embossing convex portions and a backing roll making a pair with the embossing roll, while the embossing convex portions are brought into press-contact only to the non-chemicals-application portions of the continuous crepe paper so that the continuous crepe paper is embossed. a chemicals applying step of printing and applying aqueous lotion chemicals onto band-like continuous crepe paper by a printer using a printing plate cylinder and an impression cylinder, while a pattern with non-chemicals-application portions and chemicals-application portions is formed on the band-like continuous crepe paper; and an embossing step of passing the continuous crepe paper, which has been applied with the chemicals in the chemicals applying step, between an embossing roll with embossing convex portions and a backing roll making a pair with the embossing roll, while the embossing convex portions are brought into press-contact only to the non-chemicals-application portions of the continuous crepe paper so that the continuous crepe paper is embossed.
A deployment device for a tissue repair implant, comprising: a flexible planar member, the planar member having a top surface, a bottom surface, and an outer periphery, and being capable of moving between a first at-rest position to a second deployment position; and characterized by a plurality of guide structures providing passages for receiving at least part of a distal section of a surgical fastening instrument, said plurality of guide structures being located on at least a part of at least one surface of the planar member and extending radially outward. a flexible planar member, the planar member having a top surface, a bottom surface, and an outer periphery, and being capable of moving between a first at-rest position to a second deployment position; and characterized by a plurality of guide structures providing passages for receiving at least part of a distal section of a surgical fastening instrument, said plurality of guide structures being located on at least a part of at least one surface of the planar member and extending radially outward.
A vegetation cutting device comprising: a housing; a motor mounted in the housing configured to drive a drive gear or wheel; at least one rotatable eccentric cam mounted on the drive gear or wheel; and a reciprocating blade assembly comprising a first blade and a second blade wherein the first blade is coupled to the at least one rotatable eccentric cam and the first blade is arranged to reciprocally move when driven by the at least one rotatable eccentric cam, characterised in that there is further provided a cam adjustment mechanism for varying the eccentricity of the at least one rotatable eccentric cam with respect to the drive gear or wheel and thereby varying the distance through which the first blade moves. a housing; a motor mounted in the housing configured to drive a drive gear or wheel; at least one rotatable eccentric cam mounted on the drive gear or wheel; and a reciprocating blade assembly comprising a first blade and a second blade wherein the first blade is coupled to the at least one rotatable eccentric cam and the first blade is arranged to reciprocally move when driven by the at least one rotatable eccentric cam, characterised in that there is further provided a cam adjustment mechanism for varying the eccentricity of the at least one rotatable eccentric cam with respect to the drive gear or wheel and thereby varying the distance through which the first blade moves.
A distal femoral jig assembly used with a cutting apparatus for resecting a distal face of a femur prior to implanting a femoral component of a total knee prosthesis, the cutting apparatus comprising: (i) a rod adapted for inserting into an intramedullary canal of the femur, and (ii) a distal femoral cutting block configured for guiding resection of the distal face of the femur, in which the distal femoral jig assembly is capable of positioning the distal femoral cutting block on either left leg or right leg and comprises a distal femoral jig and a distal femoral jig outrigger having at least one vertical leg, the distal femoral jig comprising a positioning block having a distal end face which is adapted for abutting against on the distal face of the femur of either the left leg or the right leg dependent on its two flip orientations, and at least one vertical through hole extending through it from an upper surface to an opposite lower surface thereof, the through hole being configured to receive the vertical leg on the outrigger, characterised in that the distal femoral jig includes a guiding bar which is formed integrally with the positioning block and extends proximally from the positioning block, the guiding bar extending along a longitudinal axis (II-II) of the jig which extends perpendicular to the distal end face of the positioning block, in which first and second passages extend through the guiding bar and the positioning block, in a convergent manner in a direction towards the patient's femur when the jig is in use, the first and second passages each being configured for slidingly receiving the rod with respective first and second preset valgus angles, and in which in a first flip orientation of the positioning block, the rod can be inserted in a selected one of the first and second passages having the appropriate preset valgus angle for one of the left and right legs, and in a second flip orientation of the positioning block after the distal femoral jig being flipped over through about 180° about the jig longitudinal axis the rod can be inserted in a selected one of the first and second passages having the appropriate preset valgus angle for the other one of the left and right legs. (i) a rod adapted for inserting into an intramedullary canal of the femur, and (ii) a distal femoral cutting block configured for guiding resection of the distal face of the femur,
A container lock for locking different container types on a chassis, in particular for a front extension of the chassis, comprising - a first locking mechanism, which is designed to move a first locking element to and from along a horizontal locking axis between an opening position and a locking position, - a second locking mechanism, which is designed to move a second locking element to and from about a vertical locking axis between an opening position and a locking position, wherein the first locking mechanism and the second locking mechanism can be operated independently of each other, wherein the first locking mechanism is situated under the second locking mechanism, and wherein in particular the horizontal locking axis and the vertical locking axis lie at least substantially in one plane, characterised in that the first locking mechanism and the second locking mechanism are accommodated in a locking housing which can be fastened to a support of the chassis or are integrated in a support of the chassis. - a first locking mechanism, which is designed to move a first locking element to and from along a horizontal locking axis between an opening position and a locking position, - a second locking mechanism, which is designed to move a second locking element to and from about a vertical locking axis between an opening position and a locking position, wherein the first locking mechanism and the second locking mechanism can be operated independently of each other, wherein the first locking mechanism is situated under the second locking mechanism, and wherein in particular the horizontal locking axis and the vertical locking axis lie at least substantially in one plane, characterised in that the first locking mechanism and the second locking mechanism are accommodated in a locking housing which can be fastened to a support of the chassis or are integrated in a support of the chassis.
Electronic trip device comprising: - at least one current sensor (T1, T2, T3) for providing a secondary current representative of a primary current in a main conductor of the said circuit breaker, - a rectification circuit for rectifying the secondary current and providing a power supply current (Ia), - an electronic processing assembly for controlling an actuator intended to actuate an opening mechanism for the main conductor, and - an electrical power supply circuit furnished with a storage capacitor intended to electrically power the actuator and with a voltage regulator intended to provide a power supply voltage for the electronic processing assembly, the said storage capacitor being charged with the aid of the power supply current (Ia), characterized in that the power supply circuit comprises voltage-boosting means (19, 20) making it possible, during the charging of the capacitor, to provide a boosted voltage at the input of the voltage regulator intended to provide the power supply voltage for the electronic processing assembly, the said boosted voltage being greater than a voltage across the terminals of the storage capacitor. - at least one current sensor (T1, T2, T3) for providing a secondary current representative of a primary current in a main conductor of the said circuit breaker, - a rectification circuit for rectifying the secondary current and providing a power supply current (Ia), - an electronic processing assembly for controlling an actuator intended to actuate an opening mechanism for the main conductor, and - an electrical power supply circuit furnished with a storage capacitor intended to electrically power the actuator and with a voltage regulator intended to provide a power supply voltage for the electronic processing assembly, the said storage capacitor being charged with the aid of the power supply current (Ia), characterized in that the power supply circuit comprises voltage-boosting means (19, 20) making it possible, during the charging of the capacitor, to provide a boosted voltage at the input of the voltage regulator intended to provide the power supply voltage for the electronic processing assembly, the said boosted voltage being greater than a voltage across the terminals of the storage capacitor.
A composition comprising bitumen, one or more plasticity modifying agent(s), lignin, and optionally one or more further component(s); wherein said lignin is obtained from treatment of soft lignocellulosic biomass and wherein said lignin has a Lignin Ion Exchange Capacity (LIEC) of 0.4 mol/kg dry matter or less as determined by the method in the description and wherein phenolic OH (phOH) content is less than 2 mmol/g.
A refrigerator including a machinery compartment on a rear-face side, the refrigerator comprising in the machinery compartment: a spiral finned-tube condenser; an air blower serving as a primary driving source of a ventilation circuit; and a compressor configured to circulate a refrigerant in a refrigeration system for cooling the refrigerator, wherein the spiral finned-tube condenser comprises a refrigerant tube and a fin wound around the refrigerant tube, and wherein parts of the refrigerant tube at an inlet port and an outlet port of the refrigerant are linked with a connecting member characterized in that the refrigerant tube is spirally wound into an elliptic shape to form spiral windings, wherein a center of the spiral windings is serpentine-formed along a direction perpendicular to a principal axis of the air blower, the connecting member is made of rubber and the refrigerator further comprises a clamper for holding the refrigerant tube at an upstream side of the fin for heat dissipation in a flow direction of the refrigerant through a rubber cushion placed under the clamper, and fixing the refrigerant tube to an inner wall of the machinery compartment in a state of being suspended, and a tube holder of the connecting member at an inlet-port side is disposed at an upstream side of the clamper in the flow direction of the refrigerant. a spiral finned-tube condenser; an air blower serving as a primary driving source of a ventilation circuit; and a compressor configured to circulate a refrigerant in a refrigeration system for cooling the refrigerator, wherein the spiral finned-tube condenser comprises a refrigerant tube and a fin wound around the refrigerant tube, and wherein parts of the refrigerant tube at an inlet port and an outlet port of the refrigerant are linked with a connecting member characterized in that the refrigerant tube is spirally wound into an elliptic shape to form spiral windings, wherein a center of the spiral windings is serpentine-formed along a direction perpendicular to a principal axis of the air blower, the connecting member is made of rubber and the refrigerator further comprises a clamper for holding the refrigerant tube at an upstream side of the fin for heat dissipation in a flow direction of the refrigerant through a rubber cushion placed under the clamper, and fixing the refrigerant tube to an inner wall of the machinery compartment in a state of being suspended, and a tube holder of the connecting member at an inlet-port side is disposed at an upstream side of the clamper in the flow direction of the refrigerant.
Electrical machine comprising a housing, a stator which is arranged in the housing, and a conical spring washer which holds the stator in its assembly position by means of a prespecified axial spring force (F A), wherein the conical spring washer comprises an annular main body which is fastened to a housing inner wall by means of a fastening device, and also a number of spring structures which extend from the annular main body in the direction of the stator and which axially support the stator by means of the spring force (F A).
A method of forming a tamper-destruct seal for an object, said method includes providing at least one radio frequency identification, RFID, tag, wherein said RFID tag includes an integrated circuit and at least one antenna connected with said integrated circuit, wherein said at least one antenna is formed of an at least partly metalized thread, and associating said thread with said object, characterized in that said object is a document and said thread of said RFID tag is positioned through at least one hole of said document.
An absorbent article, such as a diaper or a training pant, having a wearer-facing side and a garment-facing side and a longitudinal axis; the absorbent article comprising: - a topsheet on the wearer-facing side, - a backsheet on the garment-facing side, and - an absorbent core between the topsheet and backsheet; the absorbent core comprising a core wrap having a top layer and a bottom layer enclosing an absorbent material, wherein the absorbent core comprises a pair of generally longitudinally-extending channels symmetrically disposed relative to the longitudinal axis of the absorbent article characterized in that the absorbent article further comprises a wetness indicator at least partially superposed with at least one of the channels, as seen from the garment-facing side of the article and wherein the channels are areas of the absorbent core substantially free of absorbent material, wherein the top layer of the core wrap is bonded to the bottom layer of the core wrap through at least one of the channel(s), wherein the wetness indicator comprises a composition that changes appearance when contacted with urine, wherein the composition is slot coated or printed on a component of the absorbent article; and wherein the urine indicator comprises two or more wetness indicator areas in at least one of the channel where the wetness indicator is present. - a topsheet on the wearer-facing side, - a backsheet on the garment-facing side, and - an absorbent core between the topsheet and backsheet; the absorbent core comprising a core wrap having a top layer and a bottom layer enclosing an absorbent material, wherein the absorbent core comprises a pair of generally longitudinally-extending channels symmetrically disposed relative to the longitudinal axis of the absorbent article