mhurhangee/ep-ind-claims huggingface dataset:
A shaving razor cartridge comprising: a housing having a primary guard at a front of the housing, a secondary cap at a rear of the housing and at least one spring member (62, 64, 66, 68, 70, 72, 74, 76) positioned between the primary guard and the secondary cap; a bridge member positioned between the primary guard and the secondary cap, the bridge member having a primary cap surface and a secondary guard surface; a first blade having a cutting edge, the first blade mounted to at least one of the spring members between the primary guard and the primary cap surface; a second blade having a cutting edge, the second blade mounted to at least one of the spring members between the secondary guard surface and the secondary cap, wherein the bridge member is mounted on a plurality of the spring members, characterized in that an interblade span from the cutting edge of the first blade to the cutting edge of the second blade is greater than 3.0mm and the bridge member has a width that is greater than 45% of the interblade span. a housing having a primary guard at a front of the housing, a secondary cap at a rear of the housing and at least one spring member (62, 64, 66, 68, 70, 72, 74, 76) positioned between the primary guard and the secondary cap; a bridge member positioned between the primary guard and the secondary cap, the bridge member having a primary cap surface and a secondary guard surface; a first blade having a cutting edge, the first blade mounted to at least one of the spring members between the primary guard and the primary cap surface; a second blade having a cutting edge, the second blade mounted to at least one of the spring members between the secondary guard surface and the secondary cap, wherein the bridge member is mounted on a plurality of the spring members, characterized in that an interblade span from the cutting edge of the first blade to the cutting edge of the second blade is greater than 3.0mm and the bridge member has a width that is greater than 45% of the interblade span.
Ready-to-use liquid pharmaceutical solution, comprising - an aqueous solvent, - a bortezomib ester that is present in dissolved form in the solvent, wherein the component for forming the bortezomib ester is mannitol, wherein the solution has a shelf life at a temperature of 2 to 8°C of at least 3 months, wherein the bortezomib content does not up to the end of the shelf life fall below 90% of the bortezomib originally used. - an aqueous solvent, - a bortezomib ester that is present in dissolved form in the solvent, wherein the component for forming the bortezomib ester is mannitol,
Method for manufacturing a surgical needle produced from a wire made of a hyperelastic or superelastic alloy including a nickel (Ni) and titanium (Ti) base, comprising a first step which consists in: carrying out a cold shaping or a shaping at ambient temperature of a curved profile of the needle in an appropriate support; characterized in that it comprises - a second step which consists in subjecting the needle in its support to a thermal treatment by means of an annealing at a heating temperature of 470 °C for 15 minutes followed by cooling with ice water, the temperature of which is between 3 and 5 °C, in order to memorize the imposed curved- profile geometry; - and a third second step which consists in cleaning the needle by means of a chemical stripping of the electrochemical or electrolytic polishing type or by means of a chemical solution in order to remove the layer of oxide deposited on the needle during its thermal treatment. carrying out a cold shaping or a shaping at ambient temperature of a curved profile of the needle in an appropriate support; characterized in that it comprises - a second step which consists in subjecting the needle in its support to a thermal treatment by means of an annealing at a heating temperature of 470 °C for 15 minutes followed by cooling with ice water, the temperature of which is between 3 and 5 °C, in order to memorize the imposed curved- profile geometry; - and a third second step which consists in cleaning the needle by means of a chemical stripping of the electrochemical or electrolytic polishing type or by means of a chemical solution in order to remove the layer of oxide deposited on the needle during its thermal treatment. - a second step which consists in subjecting the needle in its support to a thermal treatment by means of an annealing at a heating temperature of 470 °C for 15 minutes followed by cooling with ice water, the temperature of which is between 3 and 5 °C, in order to memorize the imposed curved- profile geometry; - and a third second step which consists in cleaning the needle by means of a chemical stripping of the electrochemical or electrolytic polishing type or by means of a chemical solution in order to remove the layer of oxide deposited on the needle during its thermal treatment.
A method for quantifying a cell free target nucleic acid in a sample comprising the steps of: (a) contacting the cell free target nucleic acid in the sample with at least one non sequence specific nucleic acid interactor to form a conjugate; (b) sequestering the conjugate by reacting the conjugate with a capture molecule bound to a support, wherein the capture molecule bound to the support is a nucleic acid intercalator; (c) labeling the sequestered conjugate with a signal generating molecule to form a labeled conjugate; (d) measuring signal of the labeled conjugate; wherein the signal of the labeled conjugate is indicative of the amount of the target nucleic acid in the sample. (a) contacting the cell free target nucleic acid in the sample with at least one non sequence specific nucleic acid interactor to form a conjugate; (b) sequestering the conjugate by reacting the conjugate with a capture molecule bound to a support, wherein the capture molecule bound to the support is a nucleic acid intercalator; (c) labeling the sequestered conjugate with a signal generating molecule to form a labeled conjugate; (d) measuring signal of the labeled conjugate; wherein the signal of the labeled conjugate is indicative of the amount of the target nucleic acid in the sample.
A method comprising: receiving an image of a sticker captured by an imaging sensor, the image showing a fiducial marker of the sticker; determining registration information by processing the fiducial marker of the sticker in the image; determining location information of a head-mounted device, "HMD", worn by a user; determining a position of the sticker relative to the HMD using the registration information and the location information; providing a graphic to the HMD for presentation to the user based on the position of the sticker; characterized by determining that the HMD and a computing device are being used for a medical procedure; and responsive to determining that the HMD and the computing device are being used for the medical procedure, synchronizing annotations during the medical procedure on the graphic presented by the HMD and one or more graphics presented by the computing device. receiving an image of a sticker captured by an imaging sensor, the image showing a fiducial marker of the sticker; determining registration information by processing the fiducial marker of the sticker in the image; determining location information of a head-mounted device, "HMD", worn by a user; determining a position of the sticker relative to the HMD using the registration information and the location information; providing a graphic to the HMD for presentation to the user based on the position of the sticker; characterized by determining that the HMD and a computing device are being used for a medical procedure; and responsive to determining that the HMD and the computing device are being used for the medical procedure, synchronizing annotations during the medical procedure on the graphic presented by the HMD and one or more graphics presented by the computing device.
A method of manufacturing composite pellets for extrusion in which the composite pellets are used as a molding material extruded into a synthetic wood product containing a thermoplastic resin and wood meal as main ingredients, comprising: when the composite pellets are formed by extruding a molten material obtained by melt-kneading a raw material containing thermoplastic resin and wood meal with an extruder into a strand shape through many nozzle holes provided in a die nozzle mounted at a front end of the extruder, then cutting strands of the molten material having a diameter below a diameter of the nozzle hole at intervals of a predetermined length by extruding the strands of molten resin at a linear velocity vd, setting the rate of extrusion Q of the extruder, the diameter D of each of the nozzle holes, and the number n of the nozzle holes such that the linear velocity vd falls within a range of 12 to 50, wherein vd = (Q×1000/3600)/[(D/20) 2 π·ρm·n], where vd = linear velocity (cm/sec), Q = rate of extrusion by the extruder (kg/Hr), D = diameter of each nozzle hole (mm), n = number of nozzle holes, and ρm = density of molten resin (g/cm 3). when the composite pellets are formed by extruding a molten material obtained by melt-kneading a raw material containing thermoplastic resin and wood meal with an extruder into a strand shape through many nozzle holes provided in a die nozzle mounted at a front end of the extruder, then cutting strands of the molten material having a diameter below a diameter of the nozzle hole at intervals of a predetermined length by extruding the strands of molten resin at a linear velocity vd, setting the rate of extrusion Q of the extruder, the diameter D of each of the nozzle holes, and the number n of the nozzle holes such that the linear velocity vd falls within a range of 12 to 50, wherein vd = (Q×1000/3600)/[(D/20) 2 π·ρm·n], where vd = linear velocity (cm/sec), Q = rate of extrusion by the extruder (kg/Hr), D = diameter of each nozzle hole (mm), n = number of nozzle holes, and ρm = density of molten resin (g/cm 3).
A subterranean waste collection device, comprising a support on which a waste container can be deposited, a lifting apparatus in order to lift the support to ground level, and a cover plate with an insertion chute which is spaced from the support by means of posts, wherein the lifting apparatus comprises cable winches (31, 32, 33, 34) and deflection rollers (13, 14, 16, 17, 30, 18, 19), characterized in that the support comprises a flat rectangular frame and the lifting apparatus comprises pillars arranged in a rectangle and a carriage for lifting and lowering the support, said carriage being movable in a reciprocating manner parallel to the support and being provided with deflection rollers (16, 17, 30), wherein a respective deflection roller (13, 14) for a cable winch (31, 32, 33, 34) is provided at the two end regions of a pillar and supporting feet are arranged at the ends of the posts, which supporting feet determine a distance between the support and the carriage when the support is lowered, wherein the one end of a cable winch (31, 32, 33, 34) is attached to each of the supporting feet and the other end of the respective cable winch (31, 32, 33, 34) to the carriage, wherein each cable winch (31, 32, 33, 34) is guided to the carriage via the deflection rollers (13, 14, 16, 17, 30, 18, 19) and the lengths of the cable winches (31, 32, 33, 34) are dimensioned in such a way that the support is precisely horizontal with the supporting feet, i.e. flush with the ends of the pillars, when the support is lifted together with the posts and the cover plate.
A storage system comprising; an external storage device including a plurality of external physical storage devices and an external storage controller being configured to manage an external logical volume on the external physical storage devices; a first virtualization device coupled to a computer and the external storage device, and being configured to provide a first logical volume (164, 1D) to the computer through a first port and a second port, the first logical volume (164, 1D) being accessible from the computer by designating a first identification number of the first logical volume (164, 1D) and a first port number of the first port or by designating the first identification number of the first logical volume (164, 1D) and a second port number of the second port; and a second virtualization device coupled to the computer and the external storage device, and being configured to provide a second logical volume (164, 2D) to the computer through a third port, the second logical volume being accessible from the computer by designating a second identification number of the second logical volume (164, 2D) and a third port number of the third port; wherein both of a first virtual storage area (163, 1E) included in the first logical volume (164, 1D) and a second virtual storage area (163, 2E) included in the second logical volume (164, 2D) are mapped to all or a part of a storage area of the external logical volume provided by the external storage device; and wherein the second identification number is set to be the same number as the first identification number, and wherein the first, second and third port numbers are set to be different from one other; characterized in that at a point in time during which a first path is defined between the first logical volume (164, 1D) and the computer through the first port, a second path is defined between the first logical volume (164, 1D) and the computer through the second port, and a third path is defined between the second logical volume (164, 2D) and the computer through the third port, wherein the computer is configured to be capable of switching the first path to the second path and is configured to be capable of switching the first path to the third path in the case that a request to the first logical volume (164, 1D) through the first path is not processed by the first virtualization device.
An on-body device for sensing an analyte in a living body, comprising: a cover (425, 525) at least partially containing a glucose monitoring sensor; and a first bottom surface adapted to be adhered to skin, and further adapted to reduce at least one of skin irritation and nuisance to a user, wherein the first bottom surface comprises a first adhesive and a first adhesive release paper (429, 529) that can be removed to expose the first adhesive, characterized in that the first adhesive release paper comprises opposing flaps that are adapted to be joined together above the cover. a cover (425, 525) at least partially containing a glucose monitoring sensor; and a first bottom surface adapted to be adhered to skin, and further adapted to reduce at least one of skin irritation and nuisance to a user, wherein the first bottom surface comprises a first adhesive and a first adhesive release paper (429, 529) that can be removed to expose the first adhesive, characterized in that the first adhesive release paper comprises opposing flaps that are adapted to be joined together above the cover.
Damping valve comprising a valve body with a stepped opening for receiving a pretensioning spring acting on a tension rod which is positioned radially in a guide channel as part of the stepped opening and on which there is arranged a valve disc which at least partially closes off an outflow opening of a flow channel which connects two opposite valve body sides (17; 21) to one another, wherein a damping force which counteracts a vibration movement of the valve disc acts on the tension rod in addition to the pretensioning spring force, and a lifting-off force acts on the valve disc when a flow from the working chamber impinges on the valve disc, characterized in that the tension rod extends through the valve body in an axial direction, wherein the additional damping force is formed by a tension rod-side displacement means in the form of a disc arrangement which forms, with a section of the stepped opening, a throttle chamber, wherein the damping medium is displaced from the throttle chamber into the working chamber, and an annular gap between the disc arrangement and the inner wall of the throttle chamber is larger than a guide gap between the tension rod and the guide channel, wherein, during a lifting-off movement, the displacement means or the disc arrangement is moved into the throttle chamber and damping medium is consequently displaced from the throttle chamber in the direction of the working chamber, wherein, for a damping medium with low viscosity, an overpressure valve can open.
A device for shrinking a shrink-wrap film onto a stack of goods, wherein a shrink frame is provided, which can be displaced on the stack of goods and surrounds the stack of goods during the shrinkage of the shrink-wrap film, wherein the shrink frame has a plurality of heating devices, distributed over the periphery thereof, for heating the shrink-wrap film for the shrinking process, wherein a cover plate covering the stack of goods is furthermore present, which cover plate is arranged at a distance from the upper side of the stack of goods during the shrinking process in particular, wherein side walls are provided below the cover plate, which extend along the stack of goods, and wherein intermediate spaces for the upwardly flowing heated gases are formed between the stack of goods and the side walls, wherein the cover plate can be displaced to the upper side of the stack of goods and can be displaced away from the upper side of the stack of goods, and wherein the side walls form a rigid frame and wherein the cover plate can be displaced within this frame.
A method for calibrating a biological instrument comprising: acquiring an image of a target for reflective or fluorescent images with a set of defined filter configurations and using the image of the target to determine an exposure time and duty cycle by adjusting the exposure time and the duty cycle in a same direction prior to obtaining a new image, by adjusting the exposure time and the duty cycle in opposite directions prior to obtaining a new image, or by adjusting the exposure time while keeping the duty cycle constant; acquiring an image of at least one biological sample array; determining a first region of interest within the image, wherein the first region of interest comprises a first plurality of locations on the at least one biological array; and identifying within the first region of interest, a plurality of image elements associated with each of the first plurality of locations on the at least one biological array. acquiring an image of a target for reflective or fluorescent images with a set of defined filter configurations and using the image of the target to determine an exposure time and duty cycle by adjusting the exposure time and the duty cycle in a same direction prior to obtaining a new image, by adjusting the exposure time and the duty cycle in opposite directions prior to obtaining a new image, or by adjusting the exposure time while keeping the duty cycle constant; acquiring an image of at least one biological sample array; determining a first region of interest within the image, wherein the first region of interest comprises a first plurality of locations on the at least one biological array; and identifying within the first region of interest, a plurality of image elements associated with each of the first plurality of locations on the at least one biological array.
A control channel establishing method, wherein the method is applied to a virtual cluster system; the virtual cluster system comprises a first forwarding point FP, a second FP, and a controller configured to perform centralized control on the forwarding points in the virtual cluster system; characterized in that: a Link Layer Discovery Protocol LLDP neighbor relationship is established between the first FP and the second FP; and the method comprises: sending, by the first FP, topology information of the first FP to the second FP by using the LLDP, so that the second FP sends, after receiving the topology information of the first FP, the topology information of the first FP to the controller through a first control channel, wherein the first control channel is pre-established between the second FP and the controller; receiving, by the first FP, first routing information that is sent by the controller through the second FP, and is used by the first FP to reach the controller, wherein the first routing information is generated by the controller according to the topology information of the first FP; and establishing, by the first FP, a second control channel with the controller according to the first routing information. a Link Layer Discovery Protocol LLDP neighbor relationship is established between the first FP and the second FP; and the method comprises: sending, by the first FP, topology information of the first FP to the second FP by using the LLDP, so that the second FP sends, after receiving the topology information of the first FP, the topology information of the first FP to the controller through a first control channel, wherein the first control channel is pre-established between the second FP and the controller; receiving, by the first FP, first routing information that is sent by the controller through the second FP, and is used by the first FP to reach the controller, wherein the first routing information is generated by the controller according to the topology information of the first FP; and establishing, by the first FP, a second control channel with the controller according to the first routing information. sending, by the first FP, topology information of the first FP to the second FP by using the LLDP, so that the second FP sends, after receiving the topology information of the first FP, the topology information of the first FP to the controller through a first control channel, wherein the first control channel is pre-established between the second FP and the controller; receiving, by the first FP, first routing information that is sent by the controller through the second FP, and is used by the first FP to reach the controller, wherein the first routing information is generated by the controller according to the topology information of the first FP; and establishing, by the first FP, a second control channel with the controller according to the first routing information.