mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting guide for assistance in performing an arthroplasty procedure on a bone , the cutting guide comprising: a first guide member defining a transverse cutting slot and having an anterior entrance and a posterior exit, wherein the transverse cutting slot is configured to guide a cutting instrument when the bone is engaged to the cutting guide, wherein the transverse cutting slot includes a top wall having peaks and troughs, and a bottom wall having peaks and troughs, characterised in that each peak of the top wall is aligned in a superior-to-inferior direction with a corresponding trough in the bottom wall, and each peak of the bottom wall is aligned in the superior-to-inferior direction with a corresponding trough of the top wall. a first guide member defining a transverse cutting slot and having an anterior entrance and a posterior exit, wherein the transverse cutting slot is configured to guide a cutting instrument when the bone is engaged to the cutting guide, wherein the transverse cutting slot includes a top wall having peaks and troughs, and a bottom wall having peaks and troughs, characterised in that each peak of the top wall is aligned in a superior-to-inferior direction with a corresponding trough in the bottom wall, and each peak of the bottom wall is aligned in the superior-to-inferior direction with a corresponding trough of the top wall.
A machine which is a rotary tablet press or a rotary indexing machine, for the production of a solid pharmaceutical dosage form , said machine comprising: (a) a die platen having one or more forming cavities each having an inner wall, a first opening at the surface of one side of said die platen, and a second opening at the surface on the opposite side of said die platen; (b) one or more first forming tools each adapted to move into one of said cavities through the first opening of said forming cavity; (c) one or more second forming tools each adapted to move adjacent to one of said second openings or into one of said cavities through the second opening of said forming cavity characterized by (d) at least one first RF electrode operably associated with said one or more first forming tools, said one or more second forming tools, or said inner wall of said one or more forming cavities; and (e) at least one second RF electrode operably associated with said one or more first forming tools, said one or more second forming tools, or said inner wall of said one or more forming cavities; wherein said machine is adapted to form a dosage form between a first forming tool and a second forming tool within a forming cavity and wherein said first RF electrode and said second RF electrode are arranged within said machine such that when RF energy is conducted between said first RF electrode and said second RF electrode, said RF energy passes through the portion of said forming cavity adapted to form said dosage form. (a) a die platen having one or more forming cavities each having an inner wall, a first opening at the surface of one side of said die platen, and a second opening at the surface on the opposite side of said die platen; (b) one or more first forming tools each adapted to move into one of said cavities through the first opening of said forming cavity; (c) one or more second forming tools each adapted to move adjacent to one of said second openings or into one of said cavities through the second opening of said forming cavity characterized by (d) at least one first RF electrode operably associated with said one or more first forming tools, said one or more second forming tools, or said inner wall of said one or more forming cavities; and (e) at least one second RF electrode operably associated with said one or more first forming tools, said one or more second forming tools, or said inner wall of said one or more forming cavities;
An obturator for a vascular access device, the obturator comprising: a catheter portion configured to be inserted through a lumen of the vascular access device and into a proximal end of a catheter of the vascular access device while the catheter is placed intravenously within a patient; a middle portion configured to be positioned within the lumen of the vascular access device while the catheter portion is inserted into the catheter, wherein the middle portion has a larger diameter than the catheter portion ; a base portion having a diameter substantially the same as the diameter of the lumen , the base portion configured to seal the lumen when the obturator is secured to the vascular access device; a cap portion configured to secure the obturator to the vascular access device; and an antimicrobial ring positioned around the middle portion , the antimicrobial ring configured to release an antimicrobial agent into fluid contained within the lumen of the vascular access device. a catheter portion configured to be inserted through a lumen of the vascular access device and into a proximal end of a catheter of the vascular access device while the catheter is placed intravenously within a patient; a middle portion configured to be positioned within the lumen of the vascular access device while the catheter portion is inserted into the catheter, wherein the middle portion has a larger diameter than the catheter portion ; a base portion having a diameter substantially the same as the diameter of the lumen , the base portion configured to seal the lumen when the obturator is secured to the vascular access device; a cap portion configured to secure the obturator to the vascular access device; and an antimicrobial ring positioned around the middle portion , the antimicrobial ring configured to release an antimicrobial agent into fluid contained within the lumen of the vascular access device.
A support of a flexible bend in a revolving flat card comprising a cylinder and a cylinder axis, wherein the support includes at least three bearing points , each of which has a bearing bolt and an adjusting lever , wherein the flexible bend is held, at each bearing point , on the bearing bolt in such a way that a rotational motion of the bearing bolt brings about a displacement of the flexible bend radially with respect to the cylinder axis, wherein the bearing bolt has a bearing bolt axis , a fastening portion , a moving portion , and a contact surface for the contact of the flexible bend , wherein the contact surface is formed by a surface, which spirals around the bearing bolt axis , characterized in that the adjusting levers are connected to a common slider .
A light source module comprising: a light emitting diode ; a circuit board configured to be mounted on a base plate , the circuit board having a top face on which a circuit pattern is formed; and a power feeding attachment comprising: a resin member molded by a resin; and a conductive member formed by a metal and partially buried in the resin member , the circuit board and the power feeding attachment extending each along a longitudinal direction and a transverse direction, wherein the circuit pattern comprises: a pair of power feeding portions ; and a light source connecting portion on which the light emitting diode is placed and electrically connecting the pair of power feeding portions and the light emitting diode , and wherein the conductive member comprises: a pair of connecting terminals being exposed from the resin member and respectively connected to the pair of power feeding portions ; and a pressing piece being exposed from the resin member and configured to press the circuit board against the base plate at an outer peripheral portion of the circuit board , characterized in that the pressing piece protrudes along the longitudinal direction from the resin member while the connecting terminals approach each other along the transverse direction. a light emitting diode ; a circuit board configured to be mounted on a base plate , the circuit board having a top face on which a circuit pattern is formed; and a power feeding attachment comprising: a resin member molded by a resin; and a conductive member formed by a metal and partially buried in the resin member , the circuit board and the power feeding attachment extending each along a longitudinal direction and a transverse direction, wherein the circuit pattern comprises: a pair of power feeding portions ; and a light source connecting portion on which the light emitting diode is placed and electrically connecting the pair of power feeding portions and the light emitting diode , and wherein the conductive member comprises: a pair of connecting terminals being exposed from the resin member and respectively connected to the pair of power feeding portions ; and a pressing piece being exposed from the resin member and configured to press the circuit board against the base plate at an outer peripheral portion of the circuit board , a pair of connecting terminals being exposed from the resin member and respectively connected to the pair of power feeding portions ; and a pressing piece being exposed from the resin member and configured to press the circuit board against the base plate at an outer peripheral portion of the circuit board ,
A power indicator device of a thermoelectric generator of a watch , the indicator device comprising a first gas fluid reservoir , a second gas fluid reservoir , and at least one tubular conduit connecting the two reservoirs , the first reservoir being intended to be placed on an upper surface of the thermoelectric generator in a watch case , while the second reservoir is intended to be placed on a lower surface of the thermoelectric generator in contact with the back of a watch case , the tubular conduit being of the capillary type and comprising in an intermediate portion a liquid forming a barrier to the gas fluid of the two reservoirs and allowing in a display portion in the intermediate portion , to provide an indication of the power of the generator by measuring the temperature difference of the two reservoirs , the display portion being intended to be disposed in the watch case to be visible from the outside of the watch case .
Applicator for applying an application medium of liquid or pasty consistency to a surface, having a reservoir for storing the application medium in the applicator , a mouthpiece at the front region of the applicator , an applicator element for providing the application medium for application to the surface by contacting of the latter, wherein the applicator element is supplied with the application medium from the reservoir and projects on the front side out of the mouthpiece , a valve device for controlling the inflow of the application medium towards the applicator element , a movable functional element which is situated in the interior of the valve device , and a manually actuable handling means which is situated on the outside of the applicator and which serves for actuating the functional element , wherein the handling means and the functional element are connected to one another via a mechanical force-fitting connection, and the functional element is displaceable in a longitudinal direction of the applicator by actuation of the handling means, and the functional element comprises an inner longitudinal channel , wherein the functional element comprises at least one wall passage situated therein, and the wall passage is closed off or is not closed off according to the position of the functional element , characterized in that the mouthpiece is provided as the handling means, the mouthpiece engages concentrically on an extension of the reservoir and is displaceable along the extension , and means for limiting the displacement movement of the mouthpiece with respect to the extension are provided, at least one projection is provided as a means for limiting the displacement movement and is situated in a longitudinally limited depression which makes possible a displacement path.
A safety circuit board for controlling an electromechanical brake and motor controller of a passenger transport installation, the safety circuit board comprising: at least one processing unit ; a main safety output with an associated relay connected to the at least one processing unit and providing a connection to the electromechanical brake and motor controller ; and a secondary safety output with an associated relay connected to the at least one processing unit and providing a connection to the electromechanical brake and motor controller ; wherein the main safety output and the secondary safety output are configured in parallel enabling control of the electromechanical brake and motor controller with the at least one processing unit using either of the safety outputs , characterised in that the at least one processing unit is configured to: switch from one of the main safety output and the secondary safety output to the other one of the main safety output and the secondary safety output ; disable an immediate new switching between the safety outputs; test the relay associated with the safety output from which the switching process was originated; and allow a subsequent switching after a successful relay test, and disable a subsequent switching when detecting a failure with the relay test. at least one processing unit ; a main safety output with an associated relay connected to the at least one processing unit and providing a connection to the electromechanical brake and motor controller ; and a secondary safety output with an associated relay connected to the at least one processing unit and providing a connection to the electromechanical brake and motor controller ; wherein the main safety output and the secondary safety output are configured in parallel enabling control of the electromechanical brake and motor controller with the at least one processing unit using either of the safety outputs , characterised in that the at least one processing unit is configured to: switch from one of the main safety output and the secondary safety output to the other one of the main safety output and the secondary safety output ; disable an immediate new switching between the safety outputs; test the relay associated with the safety output from which the switching process was originated; and allow a subsequent switching after a successful relay test, and disable a subsequent switching when detecting a failure with the relay test. switch from one of the main safety output and the secondary safety output to the other one of the main safety output and the secondary safety output ; disable an immediate new switching between the safety outputs; test the relay associated with the safety output from which the switching process was originated; and allow a subsequent switching after a successful relay test, and disable a subsequent switching when detecting a failure with the relay test.
Device for applying a flow to a grid-like goods arrangement having intermediate spaces which can be flowed through, a gas volume flow blowing the goods by means of nozzles which are provided on opposite sides of the goods so as to be offset from one another, such that a through-flow which changes direction in accordance with the offset arrangement of the nozzles is produced in the intermediate spaces, outlet channels for the gas volume flow being provided in at least one plane outside the extension of the goods , characterized in that the goods can be placed on at least one upright , and in that the outlet channels are arranged in two planes, of which a first plane is provided below the goods in the longitudinal extension direction of the goods to be placed on the upright , and a second plane is provided above the goods in the longitudinal extension direction of the goods to be placed on the upright .
A method for preparing a curable composition starting from the provision of an epoxy resin component comprising at least one epoxy resin and a hardener component comprising at least one amino curing agent characterized in that the process comprises the steps of (a) providing at least one ground composite material prepared by grinding a composite comprising a polymer matrix and glass fibers, (b) combining and mixing the at least one ground composite material of step (a) with the epoxy resin component or the hardener component or both, (c) mixing of the epoxy resin component and the hardener component resulting from step (b), at least one of which contains the at least one ground composite material. (a) providing at least one ground composite material prepared by grinding a composite comprising a polymer matrix and glass fibers, (b) combining and mixing the at least one ground composite material of step (a) with the epoxy resin component or the hardener component or both, (c) mixing of the epoxy resin component and the hardener component resulting from step (b), at least one of which contains the at least one ground composite material.
A method for anti-corrosion treatment of copper nanowires, comprising subjecting the copper nanowires and a stabilizer to a reaction in a sealed and pressurized reactor in the presence of a polar solvent and an additive, wherein the stabilizer is a compound capable of providing a formate, so that the formate is adsorbed on the surfaces of the copper nanowires, wherein the mass ratio of the stabilizer to the copper nanowires is 10:1 to 1:10, wherein the stabilizer is a formate salt, and wherein the formate salt is at least one selected from lithium formate, sodium formate, cesium formate, magnesium formate, aluminium triformate, potassium formate, ammonium formate, calcium formate, zinc formate, iron formate, strontium formate, barium formate, beryllium formate, nickel formate, cobalt formate, and manganese formate.
A drug delivery device comprising - a housing , - a cartridge holder which is adapted and arranged for receiving a cartridge for holding a plurality of doses of a drug , wherein the cartridge holder is removable from the housing to enable an exchange of the cartridge , - a piston rod adapted and arranged to be moved from an initial position towards an end position for dispensing a dose of drug from the device and to be moved from the end position back towards the initial position to perform a reset operation of the device , - at least one resilient member , wherein the at least one resilient member is in direct mechanical contact with the piston rod and, wherein the resilient member is adapted and arranged to prevent an unintentional movement of the piston rod towards the initial position due to mechanical cooperation with the piston rod , wherein the resilient member mechanically cooperates with the piston rod such that a minimum force is required in order to move the piston rod back towards the initial position wherein the minimum required force is determined by a frictional force exerted onto the piston rod by the resilient member , wherein the drug delivery device further comprises an interaction member , wherein the interaction member is secured against rotation with respect to the housing , wherein the piston rod is arranged at least partly within an opening of the interaction member , and wherein the resilient member protrudes in a radial inward direction towards the piston rod and into the opening , characterized in that the interaction member comprises a carrier , and wherein the carrier comprises at least one securing member , wherein with one end, the securing member is fixed to the carrier and with the other end the securing member is free, wherein the resilient member and the securing member are arranged on opposite sides of the interaction member , and wherein the resilient member optionally protrudes from the carrier . - a housing , - a cartridge holder which is adapted and arranged for receiving a cartridge for holding a plurality of doses of a drug , wherein the cartridge holder is removable from the housing to enable an exchange of the cartridge , - a piston rod adapted and arranged to be moved from an initial position towards an end position for dispensing a dose of drug from the device and to be moved from the end position back towards the initial position to perform a reset operation of the device , - at least one resilient member ,
A process for assessing continuity of a functional layer of a web, comprising: A. forwarding the web at a speed of at least 5 meters per minute, the functional layer comprising a blend of a thermoplastic composition and a detectable component, the detectable component being present in the thermoplastic composition so that the detectable component is present at a detectable level in the functional layer; B. detecting the presence of the functional layer and a discontinuity in the functional layer, by inspecting the web with a machine vision system capable of detecting the presence or absence of the detectable component in the functional layer; and C. generating a signal in response to the discontinuity in the functional layer, the inspecting being carried out by scanning the web while the web is being forwarded and in a lay-flat configuration, wherein the forwarding is between extrusion and orientation of the web or after orientation but before windup. A. forwarding the web at a speed of at least 5 meters per minute, the functional layer comprising a blend of a thermoplastic composition and a detectable component, the detectable component being present in the thermoplastic composition so that the detectable component is present at a detectable level in the functional layer; B. detecting the presence of the functional layer and a discontinuity in the functional layer, by inspecting the web with a machine vision system capable of detecting the presence or absence of the detectable component in the functional layer; and C. generating a signal in response to the discontinuity in the functional layer, the inspecting being carried out by scanning the web while the web is being forwarded and in a lay-flat configuration, wherein the forwarding is between extrusion and orientation of the web or after orientation but before windup.
A method for preparing superabsorbent polymer comprising the steps of: (a) conducting crosslinking polymerization of a monomer mixture comprising a water soluble ethylenically unsaturated monomer having an acid group of which at least a part is neutralized, in the presence of an internal crosslinking agent, to form a hydrogel polymer; (b) drying, grinding and sieving the hydrogel polymer to form a base resin powder; (c) mixing the base resin powder with a surface crosslinking solution comprising a first inorganic material and a surface crosslinking agent to form a surface crosslinked layer, wherein the first inorganic material comprises one or more selected from the group consisting of silica, clay, alumina, silica-alumina composite, titania, and zinc oxide; and (d) adding a second inorganic material to the base resin powder on which the surface crosslinked layer is formed, wherein the second inorganic material comprises alumina having a BET specific surface area of 50 m 2 /g to 200 m 2 /g. (a) conducting crosslinking polymerization of a monomer mixture comprising a water soluble ethylenically unsaturated monomer having an acid group of which at least a part is neutralized, in the presence of an internal crosslinking agent, to form a hydrogel polymer; (b) drying, grinding and sieving the hydrogel polymer to form a base resin powder; (c) mixing the base resin powder with a surface crosslinking solution comprising a first inorganic material and a surface crosslinking agent to form a surface crosslinked layer, wherein the first inorganic material comprises one or more selected from the group consisting of silica, clay, alumina, silica-alumina composite, titania, and zinc oxide; and (d) adding a second inorganic material to the base resin powder on which the surface crosslinked layer is formed,