mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a treatment probe ; a first tracking sensor configured to track a location of the treatment probe; an ultrasound imager adapted for navigation inside a patient's body and configured to generate real-time ultrasound images, the ultrasound imager including an ultrasound transducer ; a second tracking sensor configured to track a location of the ultrasound imager; a tracking system configured to receive location information from the first and second tracking sensors, to track the location of the treatment probe and the location of the ultrasound imager, and to display the real-time ultrasound images and a representation of the treatment probe in one or more pre-stored images; and a sensor mount configured to slidably and releasably engage with the distal tip of the ultrasound imager; wherein the second tracking sensor is mounted on the inside of the sensor mount at a predetermined position to have a spatial relationship with the distal tip of the ultrasound imager such that the second tracking sensor is located near the ultrasound transducer but not on the ultrasound transducer to ensure that the second tracking sensor does not interfere with the ultrasound transducer. a treatment probe ; a first tracking sensor configured to track a location of the treatment probe; an ultrasound imager adapted for navigation inside a patient's body and configured to generate real-time ultrasound images, the ultrasound imager including an ultrasound transducer ; a second tracking sensor configured to track a location of the ultrasound imager; a tracking system configured to receive location information from the first and second tracking sensors, to track the location of the treatment probe and the location of the ultrasound imager, and to display the real-time ultrasound images and a representation of the treatment probe in one or more pre-stored images; and a sensor mount configured to slidably and releasably engage with the distal tip of the ultrasound imager; wherein the second tracking sensor is mounted on the inside of the sensor mount at a predetermined position to have a spatial relationship with the distal tip of the ultrasound imager such that the second tracking sensor is located near the ultrasound transducer but not on the ultrasound transducer to ensure that the second tracking sensor does not interfere with the ultrasound transducer.
A wound dressing for use as a hemostat comprising a melt-blown substrate having at least two major facing surfaces and a coating layer that is applied to at least one of the maj or facing surface that is selected from the group consisting of co-reactive hydrogel-forming materials, one or more plasma-based hemostatic agents and combinations thereof, wherein the coated major facing surface is napped.
A pharmaceutical composition that inhibits the immune response-suppressing activity of the cell having an immune response-suppressing function, said composition comprising as an active ingredient a first antigen-binding molecule that comprises: a domain that binds to a molecule expressed on the surface of a cell having an immune response-suppressing function, wherein the molecule expressed on the surface of the cell having an immune response-suppressing function is CTLA4; and a T cell receptor complex-binding domain, wherein the pharmaceutical composition is for use in treating or preventing cancer, and wherein said pharmaceutical composition is for use in combination with an anticancer agent. a domain that binds to a molecule expressed on the surface of a cell having an immune response-suppressing function, wherein the molecule expressed on the surface of the cell having an immune response-suppressing function is CTLA4; and a T cell receptor complex-binding domain,
Plastics composition, characterised in that the plastics composition comprises at least one platelet-shaped metal pigment in a quantity from a range of from 0.01 to 25 % by weight, at least one light stabiliser in a quantity from a range of from 0.01 to 10 % by weight and at least one antioxidant in a quantity from a range of from 0.01 to 2 % by weight, in each case relative to the proportion by weight of the plastics composition, the platelet-shaped metal pigment being an iron and/or iron alloy pigment.
A dispensing machine 1 for dispensing a frozen confectionary product 28, the machine 1 comprising: a first storage area 39 for storing a first storage tray 95 with one or more first tubes in the dispensing machine 1, a serving station 17 for receiving one or more first tubes comprising a composition that is a frozen confectionary from the first storage tray 95, the serving station 17 comprises a first position under the one or more first tubes for receiving a container 8, a means for extruding the frozen confectionary out of the tubes located in the serving station 17, a cutting device 5 for cutting at least a portion of the frozen confectionary into the container 8, means for transferring the one or more first tubes in the first storage area 39 to the serving station 17 and from the serving station 17 to a storage area 39, and wherein the one or more first tubes are reusable; and at least two zones, the at least two zones comprising a first zone wherein the temperature is lower than the temperature in the second zone, and wherein the first storage area 39 is located in the first zone and the serving station 17 is located in the second zone; wherein the means for transferring the one or more first tubes is a robotic arm 16, preferably a robotic arm 16 comprising a tube changer plate 33 configured to grip the one or more first tubes. a first storage area 39 for storing a first storage tray 95 with one or more first tubes in the dispensing machine 1, a serving station 17 for receiving one or more first tubes comprising a composition that is a frozen confectionary from the first storage tray 95, the serving station 17 comprises a first position under the one or more first tubes for receiving a container 8, a means for extruding the frozen confectionary out of the tubes located in the serving station 17, a cutting device 5 for cutting at least a portion of the frozen confectionary into the container 8, a first position under the one or more first tubes for receiving a container 8, a means for extruding the frozen confectionary out of the tubes located in the serving station 17, a cutting device 5 for cutting at least a portion of the frozen confectionary into the container 8, means for transferring the one or more first tubes in the first storage area 39 to the serving station 17 and from the serving station 17 to a storage area 39, and wherein the one or more first tubes are reusable; and at least two zones, the at least two zones comprising a first zone wherein the temperature is lower than the temperature in the second zone, and wherein the first storage area 39 is located in the first zone and the serving station 17 is located in the second zone; wherein the means for transferring the one or more first tubes is a robotic arm 16, preferably a robotic arm 16 comprising a tube changer plate 33 configured to grip the one or more first tubes.
A compound of Formula IV; or a pharmaceutically acceptable salt, stereoisomer or tautomer thereof, for use in preventing, reducing, delaying or treating post-operative cognitive dysfunction (POCD), or one or more symptoms thereof, in a subject, wherein the POCD is induced by, or is a result of a medical procedure. or a pharmaceutically acceptable salt, stereoisomer or tautomer thereof, for use in preventing, reducing, delaying or treating post-operative cognitive dysfunction (POCD), or one or more symptoms thereof, in a subject, wherein the POCD is induced by, or is a result of a medical procedure.
A method of producing a coated electrical strip, comprising: hydrolyzing a surface of a rolled aluminum-alloyed electrical strip; applying a pretreatment layer over the surface of the rolled aluminum-alloyed electrical strip, the pretreatment layer comprises an organosilicon compound; and coating of the rolled aluminum-alloyed electrical strip coated with the pretreatment layer with a baking varnish layer. hydrolyzing a surface of a rolled aluminum-alloyed electrical strip; applying a pretreatment layer over the surface of the rolled aluminum-alloyed electrical strip, the pretreatment layer comprises an organosilicon compound; and coating of the rolled aluminum-alloyed electrical strip coated with the pretreatment layer with a baking varnish layer.
A bearing material comprising a polymeric matrix of polyamide-imide (PAI) polymer material, between about 8 wt % and about 20 wt % melamine cyanurate particles dispersed within the polymeric matrix, characterised in that the bearing material comprising between about 8 wt % and about 12 wt % melamine cyanurate and additionally comprising aluminium flakes.
A method for producing a teat cleaner of a teat cleaning cup , which teat cleaner comprises an inner body , forming a central cavity configured to enclose a teat of an udder , wherein the inner body comprises an inner surface , facing the central cavity and an outer surface ; and an exterior part , enclosing the inner body and a set of channels situated between the inner body and the exterior part , by injection moulding; which method comprises the steps of: moulding the inner body , in a first tool , comprising: a core for forming the central cavity of the inner body ; a set of sliders for forming channel walls extending along the length of the inner body , each slider comprising at least one protrusion for forming an aperture in the inner body , extending from the outer surface of the inner body to the inner surface of the inner body ; and an outer casting mould , for forming the outer surface of the inner body ; separating the inner body from the first tool ; placing the inner body in a second tool comprising a casting mould and a set of rods ; inserting the set of rods for forming the set of channels , between at least some of the channel walls of the inner body ; fixating the inserted set of rods ; moulding the exterior part in the second tool , thereby fusing the exterior part with the inner body for forming the teat cleaner ; separating the second tool from the fused teat cleaner ; and removing the fixated set of rods from the set of channels of the teat cleaner . moulding the inner body , in a first tool , comprising: a core for forming the central cavity of the inner body ; a set of sliders for forming channel walls extending along the length of the inner body , each slider comprising at least one protrusion for forming an aperture in the inner body , extending from the outer surface of the inner body to the inner surface of the inner body ; and an outer casting mould , for forming the outer surface of the inner body ; a core for forming the central cavity of the inner body ; a set of sliders for forming channel walls extending along the length of the inner body , each slider comprising at least one protrusion for forming an aperture in the inner body , extending from the outer surface of the inner body to the inner surface of the inner body ; and an outer casting mould , for forming the outer surface of the inner body ; separating the inner body from the first tool ; placing the inner body in a second tool comprising a casting mould and a set of rods ; inserting the set of rods for forming the set of channels , between at least some of the channel walls of the inner body ; fixating the inserted set of rods ; moulding the exterior part in the second tool , thereby fusing the exterior part with the inner body for forming the teat cleaner ; separating the second tool from the fused teat cleaner ; and removing the fixated set of rods from the set of channels of the teat cleaner .
A refrigerated appliance comprising: a cabinet defining a compartment ; a first door coupled to the cabinet , wherein the first door defines a storage chamber therein; a second door disposed on an opposing side of the first door from the cabinet ; a bin disposed within the chamber ; and the bin being disposed within the chamber in the first position and partially externally from the chamber in the second position, wherein the bin is accessible from a first side when the first door is disposed in an open position and the bin is in the second rotated position and from a second side when the second door is disposed in an open position, characterized by the refrigerated appliance further comprising: a bracket coupled to the first door and the bin , wherein the bracket includes a rotatable member to rotate the bin between first upright and second rotated positions, wherein the bin is defined by a front surface , a rear surface , opposing side surfaces , and a bottom surface , the bottom surface having a forward portion that extends vertically below a rearward portion , wherein the bin defines a cavity and the rotatable member is partially disposed within the cavity , the refrigerated appliance further comprising: a latch , the latch including a magnet on the bin and a magnetically attractive material retainer on the bracket , the refrigerated appliance further comprising: a damper disposed between the bin and the first door , wherein the damper is mounted on the first door and is arranged to engage a curved rack that is positioned on the bin . a cabinet defining a compartment ; a first door coupled to the cabinet , wherein the first door defines a storage chamber therein; a second door disposed on an opposing side of the first door from the cabinet ; a bin disposed within the chamber ; and the bin being disposed within the chamber in the first position and partially externally from the chamber in the second position, wherein the bin is accessible from a first side when the first door is disposed in an open position and the bin is in the second rotated position and from a second side when the second door is disposed in an open position, characterized by the refrigerated appliance further comprising: a bracket coupled to the first door and the bin , wherein the bracket includes a rotatable member to rotate the bin between first upright and second rotated positions, wherein the bin is defined by a front surface , a rear surface , opposing side surfaces , and a bottom surface , the bottom surface having a forward portion that extends vertically below a rearward portion , wherein the bin defines a cavity and the rotatable member is partially disposed within the cavity , the refrigerated appliance further comprising: a latch , the latch including a magnet on the bin and a magnetically attractive material retainer on the bracket , the refrigerated appliance further comprising: a damper disposed between the bin and the first door , wherein the damper is mounted on the first door and is arranged to engage a curved rack that is positioned on the bin .
A unitary wound dressing comprising: a woven or non-woven fabric layer for contacting the wound, comprising an agent having an effect against pathogenic microbial colonization of a wound, and an absorbent core having distal and proximal surfaces, wherein the non-woven or woven fabric layer is not bonded to the absorbent core, wherein the fabric layer has been treated chemically with a dialkyl-carbamoyl chloride (DACC), and the DACC is non-releasably covalently bonded to the fabric layer, wherein the wound dressing further comprises a vapor-permeable backing layer defining proximal and distal surfaces, and a center portion and a border portion, wherein the distal surface of the absorbent core is secured to the proximal surface of the backing layer generally within the boundaries of the center portion of the backing layer. a woven or non-woven fabric layer for contacting the wound, comprising an agent having an effect against pathogenic microbial colonization of a wound, and an absorbent core having distal and proximal surfaces, wherein the non-woven or woven fabric layer is not bonded to the absorbent core, wherein the fabric layer has been treated chemically with a dialkyl-carbamoyl chloride (DACC), and the DACC is non-releasably covalently bonded to the fabric layer, wherein the wound dressing further comprises a vapor-permeable backing layer defining proximal and distal surfaces, and a center portion and a border portion, wherein the distal surface of the absorbent core is secured to the proximal surface of the backing layer generally within the boundaries of the center portion of the backing layer.
A connection comprising: a first profile having a first end , the first profile comprising a first thermoset material; and a second profile having a second end , the second profile comprising a second thermoset material, wherein the first end and the second end are coincidently bonded without a bonding material at an interface of the first end and the second end via surface activation treatment to form a coincident and sterile bond. a first profile having a first end , the first profile comprising a first thermoset material; and a second profile having a second end , the second profile comprising a second thermoset material, wherein the first end and the second end are coincidently bonded without a bonding material at an interface of the first end and the second end via surface activation treatment to form a coincident and sterile bond.
Method for manufacturing peel-off lids , for which - a lid ring with a central extraction opening surrounded by a seal flange is formed from a lid blank by a punching process; - the edge of the extraction opening is formed by drawing towards a collar protruding away from the seal flange ; - a strip made of plastic is applied onto the inner side of the collar; - the collar is rolled in at its free end and comes to lie in the strip made of plastic; and - a peel-off foil is sealed onto the sealing flange ; characterized in that - after rolling in the free end of the collar , the rolled-in section is heated up in such a way that at least a partial melting of the plastic material of the strip occurs. - a lid ring with a central extraction opening surrounded by a seal flange is formed from a lid blank by a punching process; - the edge of the extraction opening is formed by drawing towards a collar protruding away from the seal flange ; - a strip made of plastic is applied onto the inner side of the collar; - the collar is rolled in at its free end and comes to lie in the strip made of plastic; and - a peel-off foil is sealed onto the sealing flange ; characterized in that - after rolling in the free end of the collar , the rolled-in section is heated up in such a way that at least a partial melting of the plastic material of the strip occurs.
A refrigeration circuit having a system charge and a system charge storage area, said system charge area comprising: a condenser appropriately sized to receive a first volume of the system charge; a compressor for compressing the system charge from an expanded state to a compressed state; a sealed refrigerant charge holding area fluidly connected to said condenser and a receiver , said sealed refrigerant charge holding area appropriately sized for storing a second volume of the system charge during a system pumpdown; and said receiver appropriately sized to receive a third volume of the system charge during a system pumpdown, wherein the condenser has a set of micro-channel heat exchanger coils; and characterised in that the sealed refrigerant charge holding area is angled on a downward slope from the condenser to the receiver ; and said sealed refrigerant charge holding area has a length in the range of 15.24 cm (6 inches) to 152.4 cm (60 inches). a condenser appropriately sized to receive a first volume of the system charge; a compressor for compressing the system charge from an expanded state to a compressed state; a sealed refrigerant charge holding area fluidly connected to said condenser and a receiver , said sealed refrigerant charge holding area appropriately sized for storing a second volume of the system charge during a system pumpdown; and said receiver appropriately sized to receive a third volume of the system charge during a system pumpdown, wherein the condenser has a set of micro-channel heat exchanger coils; and characterised in that the sealed refrigerant charge holding area is angled on a downward slope from the condenser to the receiver ; and said sealed refrigerant charge holding area has a length in the range of 15.24 cm (6 inches) to 152.4 cm (60 inches).
A variable vane system for a gas turbine engine, comprising: an actuator ; a drive driven by the actuator ; a drive gear driven by the drive; and a geared unison ring driven by the drive gear , characterised in that : the drive is a harmonic drive and the geared unison ring is axially slidable parallel to the axis of the gas turbine engine with respect to the drive gear . an actuator ; a drive driven by the actuator ; a drive gear driven by the drive; and a geared unison ring driven by the drive gear , characterised in that : the drive is a harmonic drive and the geared unison ring is axially slidable parallel to the axis of the gas turbine engine with respect to the drive gear . the drive is a harmonic drive and the geared unison ring is axially slidable parallel to the axis of the gas turbine engine with respect to the drive gear .
A method for preparing a diol, characterized in that the method uses a sugar and hydrogen as starting materials, which are brought into contact with a catalyst in water to prepare a diol; the catalyst used is a composite catalyst, consisting of a main catalyst and a cocatalyst, wherein the main catalyst is a water-insoluble acid-resistant alloy consisting of nickel, one or more rare earth elements, tin and aluminium, and optionally i) tungsten, ii) tungsten and molybdenum, or iii) tungsten, molybdenum and boron or phosphorus; the cocatalyst is a soluble tungstic acid salt and/or an insoluble tungsten compound; the diol is ethylene glycol; and reaction system pH is 1 - 7. wherein the main catalyst is a water-insoluble acid-resistant alloy consisting of nickel, one or more rare earth elements, tin and aluminium, and optionally i) tungsten, ii) tungsten and molybdenum, or iii) tungsten, molybdenum and boron or phosphorus; the cocatalyst is a soluble tungstic acid salt and/or an insoluble tungsten compound; the diol is ethylene glycol; and reaction system pH is 1 - 7.
A method for sending data from an upstream device to a downstream device , comprising: - the sending of a piece of data from one among a plurality of virtual channels sharing the same input buffer memory of the downstream device , if this virtual channel uses a number of memory locations of the input buffer memory strictly less than a current ceiling, characterized in that it further comprises: - the measuring of a communication latency between the upstream and downstream devices, - the calculating of the current ceiling from the latency. - the sending of a piece of data from one among a plurality of virtual channels sharing the same input buffer memory of the downstream device , if this virtual channel uses a number of memory locations of the input buffer memory strictly less than a current ceiling, - the measuring of a communication latency between the upstream and downstream devices, - the calculating of the current ceiling from the latency.