mhurhangee/patent-ind-claim-en huggingface dataset:
A system for reaming a medullary canal of a bone, comprising: a reamer device including an elongated member and a reamer head rotatably coupled to a distal end of the elongated member , the elongated member including a lumen extending therethrough; a drive shaft sized and shaped to be inserted through the lumen of the elongated member so that a first connector at a distal end of the drive shaft is engagable with the reamer head , the drive shaft extending longitudinally from a proximal end coupleable to a driving tool to the distal end including the first connector so that rotation of the drive shaft via the driving tool is capable of rotating the reamer head relative to the elongated member , the drive shaft including a channel extending longitudinally therethrough and a hole extending laterally therethrough from a first opening through a first side wall of the drive shaft to a second opening through a second side wall opposite the first side wall; characterized in that a seal is configured to be inserted through the hole of the drive shaft so that the seal extends across the channel of the drive shaft to permit passage of a guide wire therethrough while preventing fluid from flowing therepast. a reamer device including an elongated member and a reamer head rotatably coupled to a distal end of the elongated member , the elongated member including a lumen extending therethrough; a drive shaft sized and shaped to be inserted through the lumen of the elongated member so that a first connector at a distal end of the drive shaft is engagable with the reamer head , the drive shaft extending longitudinally from a proximal end coupleable to a driving tool to the distal end including the first connector so that rotation of the drive shaft via the driving tool is capable of rotating the reamer head relative to the elongated member , the drive shaft including a channel extending longitudinally therethrough and a hole extending laterally therethrough from a first opening through a first side wall of the drive shaft to a second opening through a second side wall opposite the first side wall; characterized in that a seal is configured to be inserted through the hole of the drive shaft so that the seal extends across the channel of the drive shaft to permit passage of a guide wire therethrough while preventing fluid from flowing therepast.
Suction hose connecting piece for a suction hose for establishing a flow connection, in particular from a machine tool to a vacuum cleaner, wherein the connecting piece has a tubular body with a circumferential wall bounding a flow passage and a plug section located at the tubular body for plugging in a plug-in mating connecting piece and for plugging on a plug-on mating connecting piece, wherein at the plug section there are provided rotational form-fit contours for establishing a positive connection between the connecting piece and the respective mating connecting piece, which rotational form-fit contours can be brought into or out of engagement with mating rotational form-fit contours of the respective mating connecting piece by a relative rotational movement of the connecting piece and the mating connecting piece about a longitudinal axis (L) of the plug section , characterised in that the rotational form-fit contours comprise at least one inner rotational form-fit contour located at an inner periphery of the plug section for an outer mating rotational form-fit contour located at an outer periphery of the plug-in mating connecting piece and at least one outer rotational form-fit contour located at an outer periphery of the plug section for an inner mating rotational form-fit contour located at an inner periphery of the plug-on mating connecting piece.
An affinity chromatography matrix, in the form of a gel, comprising polymer particles on which at least one oligosaccharide corresponding to a blood group A and/or group B epitope is grafted, said oligosaccharide being grafted to said particles via a spacer, characterized in that the oligosaccharide density is about 0.3 to 0.4 mg/ml matrix and said spacer consists of a spacer of the formula -NH-C 5 H 10 -CO-NH-C 3 H 6 -, said spacer being bound through its amine function to the particle.
An induction heating type cooktop comprising: a case ; a cover plate coupled to the upper end of the case and provided with an upper plate portion on which an object to be heated is placeable; a thin film (TF) coated on the upper plate portion; a first working coil (WC-1) and a second working coil (WC-2) provided inside the case; an inverter connected to the first working coil; and characterised by a first switch (SW1) connected between the first working coil and the second working coil; and by a controller configured to control only the first working coil (WC-1) to operate or control both the first working coil (WC-1) and the second working coil (WC-2) to operate according to whether a target power and an output power match. a case ; a cover plate coupled to the upper end of the case and provided with an upper plate portion on which an object to be heated is placeable; a thin film (TF) coated on the upper plate portion; a first working coil (WC-1) and a second working coil (WC-2) provided inside the case; an inverter connected to the first working coil; and characterised by a first switch (SW1) connected between the first working coil and the second working coil; and by a controller configured to control only the first working coil (WC-1) to operate or control both the first working coil (WC-1) and the second working coil (WC-2) to operate according to whether a target power and an output power match.
A method for validating an electronic device, comprising: receiving attestation information provided by the electronic device attesting that the electronic device has received a plurality of event attestations, each event attestation providing a cryptographically authenticated attestation to the occurrence of a respective event during a lifecycle of the electronic device, wherein the attestation information comprises said plurality of event attestations; and determining a validation result indicating whether the attestation information is valid, wherein a first event attestation of the plurality of event attestations is determined to be valid when validated using a first cryptographic key associated with a first manufacturer or first adapter permitted to cause a first corresponding event to be performed for the electronic device, and wherein a second event attestation of the plurality of event attestations is determined to be valid when validated using a second cryptographic key associated with a second manufacturer or second adapter permitted to cause a second corresponding event to be performed for the electronic device, and wherein the first manufacturer or first adapter is different from the second manufacturer or second adapter. receiving attestation information provided by the electronic device attesting that the electronic device has received a plurality of event attestations, each event attestation providing a cryptographically authenticated attestation to the occurrence of a respective event during a lifecycle of the electronic device, wherein the attestation information comprises said plurality of event attestations; and determining a validation result indicating whether the attestation information is valid, wherein a first event attestation of the plurality of event attestations is determined to be valid when validated using a first cryptographic key associated with a first manufacturer or first adapter permitted to cause a first corresponding event to be performed for the electronic device, and wherein a second event attestation of the plurality of event attestations is determined to be valid when validated using a second cryptographic key associated with a second manufacturer or second adapter permitted to cause a second corresponding event to be performed for the electronic device, and wherein the first manufacturer or first adapter is different from the second manufacturer or second adapter.
A printing system comprising: a continuous type ink jet printer having a nozzle for jetting ink in the form of particles, a charging electrode for electrically charging the jetted ink particles, and a deflection electrode for deflecting the charged ink particles; a printing section for printing an object to be printed with the ink particles jetted from the nozzle; a charging section configured to charge surrounding atmosphere in which the printing on the printing object is to be effected by the printing section with a polarity opposite to a polarity of the charge provided to the ink particles by the charging electrode, the surrounding atmosphere being partitioned by an enclosure in the printing section ; and a conveyance line for conveying the printing object , wherein the printing section and the charging section are disposed along the conveyance line, with the charging section being positioned on more upstream side in the conveying direction (T) than the printing section . a continuous type ink jet printer having a nozzle for jetting ink in the form of particles, a charging electrode for electrically charging the jetted ink particles, and a deflection electrode for deflecting the charged ink particles; a printing section for printing an object to be printed with the ink particles jetted from the nozzle; a charging section configured to charge surrounding atmosphere in which the printing on the printing object is to be effected by the printing section with a polarity opposite to a polarity of the charge provided to the ink particles by the charging electrode, the surrounding atmosphere being partitioned by an enclosure in the printing section ; and a conveyance line for conveying the printing object , wherein the printing section and the charging section are disposed along the conveyance line, with the charging section being positioned on more upstream side in the conveying direction (T) than the printing section .
An electrosurgical generator , comprising at least two HF generator units (12.1; 12.2) and at least two output transformers (14; 14.2), each having a primary winding (16.1; 16.2) and a secondary winding (18.1; 18.2), of which one of the primary windings (16.1; 16.2) is in each case connected to one of the HF generator units (12.1 ; 12.2) and one of the secondary windings (18.1; 18.2) (14.1; 14.2) is in each case connected to two output terminals (20.1, 22.1; 20.2, 22.2) for connecting an electrosurgical instrument, wherein one of the two output terminals (20.1; 20.2) is in each case provided for connecting a working electrode and the respective other one of the two output terminals (22.1; 22.2) is provided for connecting a neutral electrode, wherein, together with the associated output transformer (14.1; 14.2) and the corresponding output terminals (20.1 , 22.1; 20.2, 22.2), one HF generator unit (12.1; 12.2) respectively forms an HF generator module (24.1; 24.2), wherein the HF generator modules (24.1; 24.2) are connected to a control unit , that is configured to at least provide the following operating modes: - a parallel mode in which the at least two output transformers (14.1, 14.2) are connected in parallel so that, via the output terminals (20.1, 22.1; 20.2, 22.2), an electrosurgical instrument can be operated with a higher output current than the current that would be able to be provided by one HF generator module (24.1; 24.2) alone, - a series mode in which the at least two output transformers (14.1, 14.2) are connected in series so that, via the output terminals (20.1, 22.1), an electrosurgical instrument can be operated with a higher output voltage than the voltage that would be able to be provided by one HF generator module (24.1; 24.2) alone, and - a multi instrument mode in which the output transformers (14.1, 14.2) are each connected independently of each other to output terminals for respectively one electrosurgical instrument. - a parallel mode in which the at least two output transformers (14.1, 14.2) are connected in parallel so that, via the output terminals (20.1, 22.1; 20.2, 22.2), an electrosurgical instrument can be operated with a higher output current than the current that would be able to be provided by one HF generator module (24.1; 24.2) alone, - a series mode in which the at least two output transformers (14.1, 14.2) are connected in series so that, via the output terminals (20.1, 22.1), an electrosurgical instrument can be operated with a higher output voltage than the voltage that would be able to be provided by one HF generator module (24.1; 24.2) alone, and - a multi instrument mode in which the output transformers (14.1, 14.2) are each connected independently of each other to output terminals for respectively one electrosurgical instrument.
An abdominal simulator comprising: a housing that simulates at least an abdomen of a patient, the housing comprising: a surface layer that simulates skin of the patient, a sensor pad positioned beneath the surface layer, the sensor pad being configured to sense an abdominal palpitation performed by a user, a muscle layer positioned beneath the sensor pad that simulates abdominal muscles of the patient, the muscle layer being actuatable to simulate tensing of the abdominal muscles, and at least one ailment module positioned beneath the muscle layer, the ailment module being configured to simulate an organ of the patient, wherein the ailment module includes a displaceable touch point against which the user can press during the abdominal palpitation, wherein the touch point is configured to provide resistance to the user's press as it is displaced to simulate an ailment of the organ. a surface layer that simulates skin of the patient, a sensor pad positioned beneath the surface layer, the sensor pad being configured to sense an abdominal palpitation performed by a user, a muscle layer positioned beneath the sensor pad that simulates abdominal muscles of the patient, the muscle layer being actuatable to simulate tensing of the abdominal muscles, and at least one ailment module positioned beneath the muscle layer, the ailment module being configured to simulate an organ of the patient, wherein the ailment module includes a displaceable touch point against which the user can press during the abdominal palpitation, wherein the touch point is configured to provide resistance to the user's press as it is displaced to simulate an ailment of the organ.
A clasp for an article of jewellery that comprises an elongate member , the clasp comprising: a female end component for securing to a first end of the elongate member , the female end component incorporating a first push-button fastening means comprising a push-button surface; and, a male end component for securing to a second end of the elongate member and configured to be releasably secured within the female end component , the male end component incorporating a second push-button fastening means that is configured to be operated by an engaging portion of the first push-button fastening means , characterized in that the engaging portion of the first push-button fastening means is movable between a locked position in which disengagement of said male end component from said female end component is prevented and an unlocked position in which disengagement of said male end component from said female end component is allowed, and thus depressing the push-button surface of the first push-button fastening means detaches the female end component from the male end component . a female end component for securing to a first end of the elongate member , the female end component incorporating a first push-button fastening means comprising a push-button surface; and, a male end component for securing to a second end of the elongate member and configured to be releasably secured within the female end component , the male end component incorporating a second push-button fastening means that is configured to be operated by an engaging portion of the first push-button fastening means ,
A tap for a filling device of a flushing tank of a sanitary appliance, comprising a hollow body , provided with an internal seat delimited by an internal lateral surface , and a cartridge , housed in the seat and rotating in the seat with respect to the body to assume a plurality of operating positions; the body comprising an inlet duct , an outlet duct and a drain duct which ducts extend from the body and communicate with the seat ; the cartridge being provided with an internal channel having a first, a second and a third opening formed on an outer lateral surface of the cartridge and angularly staggered from one another, and a shutter , placed on the outer lateral surface of the cartridge and angularly staggered with respect to the openings ; the cartridge being provided with a filter arranged along the internal channel ; the cartridge being rotatable in the seat with respect to the body to selectively align respective pairs of openings and the shutter to respective ducts of the body ; wherein the internal channel has a diametral branch , which crosses the cartridge diametrically between the first opening and the second opening along a first longitudinal axis (Y1); characterised by a lateral branch , which departs from the center of the diametral branch and extends along a second longitudinal axis (Y2), orthogonal to the first longitudinal axis (Y1), and ends with the third opening ; wherein the filter is inclined with respect to each of the diametral and lateral branch and hence to the respective longitudinal axes (Y1, Y2) of the diametral and lateral branch .
An apparatus for cleansing and packaging items, such as medical instruments or the like, comprising: a first sealable compartment housing a cleansing device; a second sealable compartment joined to the first compartment housing a packaging device; and a conveyor device configured to selectively transport items to be cleansed and packaged through the first compartment and second compartment; the conveyor and compartments configured to: convey an item to be cleansed and packaged into the first compartment to a cleansing position where the first compartment is sealed from external contamination for the cleansing device to cleanse the conveyed item; convey the cleansed item from the first compartment directly into the second compartment where the second compartment is sealed from external contamination for the packaging device to package the cleansed item; and convey the cleansed and packaged item from the second compartment, characterized in that the cleansing device includes a plurality of cleansing nozzles for spraying at least one solution onto an item disposed at the cleansing position. a first sealable compartment housing a cleansing device; a second sealable compartment joined to the first compartment housing a packaging device; and a conveyor device configured to selectively transport items to be cleansed and packaged through the first compartment and second compartment; the conveyor and compartments configured to: convey an item to be cleansed and packaged into the first compartment to a cleansing position where the first compartment is sealed from external contamination for the cleansing device to cleanse the conveyed item; convey the cleansed item from the first compartment directly into the second compartment where the second compartment is sealed from external contamination for the packaging device to package the cleansed item; and convey the cleansed and packaged item from the second compartment, characterized in that convey an item to be cleansed and packaged into the first compartment to a cleansing position where the first compartment is sealed from external contamination for the cleansing device to cleanse the conveyed item; convey the cleansed item from the first compartment directly into the second compartment where the second compartment is sealed from external contamination for the packaging device to package the cleansed item; and convey the cleansed and packaged item from the second compartment, characterized in that
An upright vacuum cleaner comprising a clutch device , wherein the clutch device is disposed between an electric motor assembly and a machine body assembly of the upright vacuum cleaner , the electric motor assembly comprises an electric motor housing and an electric motor disposed in the electric motor housing , the electric motor assembly comprises a machine body and a bridging member mounted to the machine body , the bridging member is rotatably connected to the electric motor housing , and the clutch device comprises: a slide chute formed in the bridging member ; and a triggering member rotatably supported on the electric motor housing , and having a first end provided with a sliding column which is slidably fitted in the slide chute , and a second end provided with a toggling rod which is configured to stir the electric motor to move; wherein when the bridging member drives the slide chute to move, the sliding column slides along the slide chute so as to rotate the triggering member , and when the triggering member rotates, the toggling rod stirs the electric motor to rotate with respect to the electric motor housing ; wherein the electric motor drives a brushroll of the upright vacuum cleaner to roll by a drive belt and is rotatable between a first vertical position of tensioning the drive belt and a first inclined position of loosening the drive belt; the bridging member is rotatably connected to the electric motor housing so that the machine body is rotatable between a second vertical position and a second inclined position; when the machine body is moved from the second vertical position to the second inclined position, the bridging member drives the electric motor to move from the first inclined position to the first vertical position by the triggering member . a slide chute formed in the bridging member ; and a triggering member rotatably supported on the electric motor housing , and having a first end provided with a sliding column which is slidably fitted in the slide chute , and a second end provided with a toggling rod which is configured to stir the electric motor to move; wherein when the bridging member drives the slide chute to move, the sliding column slides along the slide chute so as to rotate the triggering member , and when the triggering member rotates, the toggling rod stirs the electric motor to rotate with respect to the electric motor housing ; wherein the electric motor drives a brushroll of the upright vacuum cleaner to roll by a drive belt and is rotatable between a first vertical position of tensioning the drive belt and a first inclined position of loosening the drive belt; the bridging member is rotatably connected to the electric motor housing so that the machine body is rotatable between a second vertical position and a second inclined position; when the machine body is moved from the second vertical position to the second inclined position, the bridging member drives the electric motor to move from the first inclined position to the first vertical position by the triggering member .
A pipe joint comprising a socket ; a pipe fitted into the socket; and a seal compressed between the socket and the pipe, wherein the seal is electrically conductive and resiliently flexible, the socket or the pipe has a recess which houses the seal, the recess has a ridge in a base of the recess, the seal has a groove which extends around a radial periphery of the seal, and the ridge fits into the groove, characterised in that the seal comprises a seal material mixed with a fill material, and the fill material has a higher electrical conductivity than the seal material.