mhurhangee/patent-ind-claim-en huggingface dataset:
A warewash machine for washing wares , comprising: - a chamber for receiving wares , the chamber having at least one wash zone ; - a waste heat recovery unit arranged to transfer heat from exhaust air of the machine to incoming water traveling along a water flow path through the waste heat recovery unit to a booster heater of the machine ; - a refrigerant medium circuit including at least a first condenser arranged to deliver refrigerant medium heat to the incoming water; characterized by - a bypass arrangement for causing at least some incoming water to selectively bypass the waste heat recovery unit based upon subcooled refrigerant medium condition. - a chamber for receiving wares , the chamber having at least one wash zone ; - a waste heat recovery unit arranged to transfer heat from exhaust air of the machine to incoming water traveling along a water flow path through the waste heat recovery unit to a booster heater of the machine ; - a refrigerant medium circuit including at least a first condenser arranged to deliver refrigerant medium heat to the incoming water; - a bypass arrangement for causing at least some incoming water to selectively bypass the waste heat recovery unit based upon subcooled refrigerant medium condition.
An assembly comprising a mounting structure of a coupler for an electric appliance, the assembly further comprising the coupler which comprises a coupler body and a plug-in terminal , wherein the mounting structure comprises a mounting groove allowing the coupler to be inserted, characterized in that a fool-proof structure is disposed on an inside of the mounting groove , the fool-proof structure is configured such that: when the coupler is inserted into the mounting groove in a first direction, the fool-proof structure is inserted into a space between the plug-in terminals , so that the coupler is able to be inserted in place; and when the coupler is inserted into the mounting groove in other directions outside the first direction, the fool-proof structure is able to generate interference with the plug-in terminal , so that the coupler is blocked from being inserted; and in that the mounting structure comprises a first positioning structure , disposed at an entrance of the mounting groove , and is cooperated with a second positioning structure on the coupler ; and through cooperation between the first positioning structure and the second positioning structure , positioning for mounting of the coupler is achieved.
A method of manufacturing a sealed opening, which can be torn open or pressed in and can preferably be reclosed, in an areal sheet metal material , characterized in that the sheet metal material is coated at least at one side by an adhesive lacquer layer ; in that a lid region corresponding to the opening is punched out from the coated sheet metal material in such a manner that the punching die engaging at the coated side cooperates with a die which brings about a smooth cut region and an adjoining slanted cut region of the punched out part; in that the lubricant required for the punching process is solely and only provided by the adhesive lacquer layer; in that the punched out lid region whose peripheral contour is substantially complementary to the die shape is again inserted into the opening in the sheet metal material and is held therein in a shape matched and/or force transmitting manner; and in that the microgap formed between the sheet metal material and the punched out lid region is covered at the one side by a film which is areally coated onto or laminated onto the sheet metal material and which is provided with a peripheral weakening or notch adjacent to the microgap. the sheet metal material is coated at least at one side by an adhesive lacquer layer ; in that a lid region corresponding to the opening is punched out from the coated sheet metal material in such a manner that the punching die engaging at the coated side cooperates with a die which brings about a smooth cut region and an adjoining slanted cut region of the punched out part; in that the lubricant required for the punching process is solely and only provided by the adhesive lacquer layer; in that the punched out lid region whose peripheral contour is substantially complementary to the die shape is again inserted into the opening in the sheet metal material and is held therein in a shape matched and/or force transmitting manner; and in that the microgap formed between the sheet metal material and the punched out lid region is covered at the one side by a film which is areally coated onto or laminated onto the sheet metal material and which is provided with a peripheral weakening or notch adjacent to the microgap.
A polymer comprising: a monomer unit (A) represented by general formula (I), shown below, where, in general formula (I), R 1 is an organic group including not fewer than 5 and not more than 7 fluorine atoms; and a monomer unit (B) represented by general formula (II), shown below, where, in general formula (II), R 2 is a hydrogen atom, a fluorine atom, an unsubstituted alkyl group, or a fluorine atom-substituted alkyl group, R 3 is a hydrogen atom, an unsubstituted alkyl group, or a fluorine atom-substituted alkyl group, p and q are each an integer of not less than 0 and not more than 5, and p + q = 5. a monomer unit (A) represented by general formula (I), shown below, where, in general formula (I), R 1 is an organic group including not fewer than 5 and not more than 7 fluorine atoms; and a monomer unit (B) represented by general formula (II), shown below, where, in general formula (II), R 2 is a hydrogen atom, a fluorine atom, an unsubstituted alkyl group, or a fluorine atom-substituted alkyl group, R 3 is a hydrogen atom, an unsubstituted alkyl group, or a fluorine atom-substituted alkyl group, p and q are each an integer of not less than 0 and not more than 5, and p + q = 5.
A machine for laying cables helically on the outside surface of a unit pipe element for transporting fluids, the machine comprising: - a rotary frame for centering about an axis of symmetry (X-X) of the unit pipe element, the frame supporting a plurality of winding elements designed to receive cables for laying on the unit pipe element, each winding element being situated in a respective plane (P) that is substantially longitudinal relative to the unit pipe element and the planes being spaced apart from one another around the axis of symmetry of the unit pipe element; - means for adjusting the angle of inclination of each winding element relative to the longitudinal plane in which it is situated; - a linear travel stepper motor for moving the frame along the unit pipe element; and - a rotary travel stepper motor for causing the frame to turn about that axis of symmetry of the unit pipe element; each winding element comprising: - a storage reel having the cable for laying on the unit pipe element wound thereon: - an unwinding reel for receiving one end of the cable unwound from the storage reel in order to take it to the outside surface of the unit pipe element; - a guide system for guiding the cable unwound from the storage reel to the outside surface of the unit pipe element; and - a compression system for applying a compression force on the cable that has just been laid on the outside surface of the unit pipe element. - a rotary frame for centering about an axis of symmetry (X-X) of the unit pipe element, the frame supporting a plurality of winding elements designed to receive cables for laying on the unit pipe element, each winding element being situated in a respective plane (P) that is substantially longitudinal relative to the unit pipe element and the planes being spaced apart from one another around the axis of symmetry of the unit pipe element; - means for adjusting the angle of inclination of each winding element relative to the longitudinal plane in which it is situated; - a linear travel stepper motor for moving the frame along the unit pipe element; and - a rotary travel stepper motor for causing the frame to turn about that axis of symmetry of the unit pipe element; - a storage reel having the cable for laying on the unit pipe element wound thereon: - an unwinding reel for receiving one end of the cable unwound from the storage reel in order to take it to the outside surface of the unit pipe element; - a guide system for guiding the cable unwound from the storage reel to the outside surface of the unit pipe element; and - a compression system for applying a compression force on the cable that has just been laid on the outside surface of the unit pipe element.
Center shaft for an internal combustion engine of the annular piston type, the center shaft being configured to fit slidably at least partially inside a center chamber of a movable annular piston for providing a fluid flow to the center chamber of the piston and comprising: - an inlet portion at one end of the center shaft , the inlet portion comprising an inlet passageway , - an outlet portion at a second end of the center shaft , the outlet portion comprising an outlet passage way , and - an annular passage way forming portion which is arranged between the inlet and outlet portions of the center shaft and has a reduced diameter compared to that of the inlet portion and outlet portion for providing an annular passage way between the center shaft and the surrounding piston , the annular passage way connecting the inlet and outlet passage ways , wherein: - the inlet and outlet passage ways extend axially through inlet and outlet portions, respectively, to reach the annular passage way forming portion, and wherein - the center shaft comprises a radial passage way at the end of the inlet and outlet passageways communicating with the ends of the annular passage way to penetrate through the outer surface of the annular passage way forming portion, characterized in that : - the center shaft comprising means for providing a fluid tight seal between the stationary center shaft and the surrounding annular piston to contain the cooling liquid in the annular passage way , - said means for providing a fluid tight seal comprise at least one self-lubricating graphite alloy seals for engaging with the surrounding piston and in that - said seals are arranged to close both ends of the annular passage way . - an inlet portion at one end of the center shaft , the inlet portion comprising an inlet passageway , - an outlet portion at a second end of the center shaft , the outlet portion comprising an outlet passage way , and - an annular passage way forming portion which is arranged between the inlet and outlet portions of the center shaft and has a reduced diameter compared to that of the inlet portion and outlet portion for providing an annular passage way between the center shaft and the surrounding piston , the annular passage way connecting the inlet and outlet passage ways , wherein: - the inlet and outlet passage ways extend axially through inlet and outlet portions, respectively, to reach the annular passage way forming portion, and wherein - the center shaft comprises a radial passage way at the end of the inlet and outlet passageways communicating with the ends of the annular passage way to penetrate through the outer surface of the annular passage way forming portion, - the center shaft comprising means for providing a fluid tight seal between the stationary center shaft and the surrounding annular piston to contain the cooling liquid in the annular passage way , - said means for providing a fluid tight seal comprise at least one self-lubricating graphite alloy seals for engaging with the surrounding piston and in that - said seals are arranged to close both ends of the annular passage way .
A sensor for blood pressure signal acquisition, comprising: a substrate having a top surface and a bottom surface, said substrate incorporating a force resistive electrically conductive sensing film ; wherein the sensor further comprises a plurality of sensor elements , each sensor element comprising: a mechanical element coupled to said top surface of said sensing film , said mechanical element operative to transfer pressure from its top surface toward said sensing film when in contact with a user, wherein said mechanical element comprises a hard material tubular shaped cylinder and a soft material dispensed on top of and completely filing the cylinder ; and a pair of conductive elements affixed to one of said top or bottom surfaces of said sensing film , said pair of conductive elements spaced apart such that a change in resistance of said sensing film upon application of pressure to one or more of the plurality of mechanical element is capable of being detected. a substrate having a top surface and a bottom surface, said substrate incorporating a force resistive electrically conductive sensing film ; wherein the sensor further comprises a plurality of sensor elements , each sensor element comprising: a mechanical element coupled to said top surface of said sensing film , said mechanical element operative to transfer pressure from its top surface toward said sensing film when in contact with a user, wherein said mechanical element comprises a hard material tubular shaped cylinder and a soft material dispensed on top of and completely filing the cylinder ; and a pair of conductive elements affixed to one of said top or bottom surfaces of said sensing film , said pair of conductive elements spaced apart such that a change in resistance of said sensing film upon application of pressure to one or more of the plurality of mechanical element is capable of being detected.
An elastic support , used for a floating heat sink, wherein the elastic support is integrally formed and comprises at least two fasteners and at least two elastic arms , the fasteners are configured to mount a heat dissipating piece , all the fasteners and all the elastic arms are arranged around the heat dissipating piece, characterised in that ends of the elastic arm are both connected to the fastener, the two ends of the elastic arm are arranged in a circumferential direction of the heat dissipating piece, a middle part of the elastic arm is configured to be connected to a board in a fastened manner, and the middle part of the elastic arm is bent toward the board; wherein two ends of one of the elastic arms are respectively connected to two of the fasteners; and wherein the elastic arm comprises two elastic sub-arms and one mounting part , the mounting part is connected in the middle of the two elastic sub-arms in a fastened manner, to form the middle part of the elastic arm, the elastic sub-arm comprises a flat portion and a bending portion that are connected in a fastened manner, the flat portion is disposed in parallel to the board and is connected to the fastener in a fastened manner, and the bending portion is bent toward the board and is connected to the mounting part in a fastened manner.
A method of correcting a position reading from a position sensing arrangement, the position sensing arrangement being suitable for sensing the position of a revolute joint of an articulated structure, the position sensing arrangement comprising a disc having a magnetic ring with magnetic pole pairs and a magnetic sensor assembly comprising a magnetic sensor array for detecting the magnetic pole pairs of the magnetic ring , the method comprising: for each pole pair of the magnetic ring , taking a calibration pole pair position reading with the magnetic sensor array , and generating a pole pair correcting function by comparing the calibration pole pair position reading with a model pole pair position reading ; averaging the pole pair correcting functions of the pole pairs of the magnetic ring to generate an average pole pair correcting function for the magnetic ring ; taking a position reading with the magnetic sensor array , the position reading comprising a plurality of pole pair position readings; and generating a corrected position reading by deducting the average pole pair correcting function from each pole pair position reading. for each pole pair of the magnetic ring , taking a calibration pole pair position reading with the magnetic sensor array , and generating a pole pair correcting function by comparing the calibration pole pair position reading with a model pole pair position reading ; averaging the pole pair correcting functions of the pole pairs of the magnetic ring to generate an average pole pair correcting function for the magnetic ring ; taking a position reading with the magnetic sensor array , the position reading comprising a plurality of pole pair position readings; and generating a corrected position reading by deducting the average pole pair correcting function from each pole pair position reading.
A compound of the formula (I): characterized in that R is a glycosyl group, for use in the treatment of a cardiovascular disease, wherein the cardiovascular disease is cardiomyopathy .
A node to propagate transactions in a network of nodes, each node having one or more connections to other nodes, the node comprising: a processor; memory; a network interface; and an application containing processor-executable instructions that, when executed by the processor, cause the processor to receive a plurality of incoming transactions over a time period; determine that a stopping condition has been met, wherein based on the stopping condition being satisfied: combine the plurality of incoming transactions using network coding to generate a composite message, wherein the composite message has a length no longer than a longest transaction in the plurality of incoming transactions; send the composite message to one or more nodes in the network; and determine an adjusted time period based on an equilibrium constant parameter and a count of transactions in the plurality of incoming transactions received over the time period, wherein the equilibrium constant is based on a product of the time period and the number of transactions and the adjusted time period is determined based on maintenance of the equilibrium constant. a processor; memory; a network interface; and an application containing processor-executable instructions that, when executed by the processor, cause the processor to receive a plurality of incoming transactions over a time period; determine that a stopping condition has been met, wherein based on the stopping condition being satisfied: combine the plurality of incoming transactions using network coding to generate a composite message, wherein the composite message has a length no longer than a longest transaction in the plurality of incoming transactions; send the composite message to one or more nodes in the network; and determine an adjusted time period based on an equilibrium constant parameter and a count of transactions in the plurality of incoming transactions received over the time period, wherein the equilibrium constant is based on a product of the time period and the number of transactions and the adjusted time period is determined based on maintenance of the equilibrium constant. receive a plurality of incoming transactions over a time period; determine that a stopping condition has been met, wherein based on the stopping condition being satisfied: combine the plurality of incoming transactions using network coding to generate a composite message, wherein the composite message has a length no longer than a longest transaction in the plurality of incoming transactions; send the composite message to one or more nodes in the network; and determine an adjusted time period based on an equilibrium constant parameter and a count of transactions in the plurality of incoming transactions received over the time period, wherein the equilibrium constant is based on a product of the time period and the number of transactions and the adjusted time period is determined based on maintenance of the equilibrium constant.
Coaxial cartridge for storing a flowable multi-component composition and for insertion into a support structure for dispensing the composition from the cartridge , the coaxial cartridge comprising: - a hollow-cylindrical inner wall and a hollow-cylindrical outer wall arranged coaxially around said inner wall, so that the cartridge has an inner chamber , which is delimited radially by the inner wall , for receiving a first component, and an outer chamber , which is arranged radially between the inner wall and the outer wall , for receiving a second component of the multi-component composition; - a cartridge front wall which firmly closes the inner and the outer chamber on one end face of the cartridge and has one discharge opening per chamber; and - an inner piston which closes the inner chamber at the rear and is axially movable therein, and an outer piston which closes the outer chamber at the rear and is axially movable therein; - characterized in that one or more predetermined expansion points are formed in the outer wall , each of which extend axially from one end face to the other end face of the cartridge and are plastically deformable such that, during the dispensing process, the target expansion points immediately yield to pressure acting on the outer wall from the inside by plastically expanding; and the outer wall is otherwise designed to be dimensionally stable, in particular thick-walled, such that, when the compound is dispensed from the cartridge by axial displacement of the inner and outer pistons , the outer wall retains its shape apart from the expansion of the predetermined expansion points . - a hollow-cylindrical inner wall and a hollow-cylindrical outer wall arranged coaxially around said inner wall, so that the cartridge has an inner chamber , which is delimited radially by the inner wall , for receiving a first component, and an outer chamber , which is arranged radially between the inner wall and the outer wall , for receiving a second component of the multi-component composition; - a cartridge front wall which firmly closes the inner and the outer chamber on one end face of the cartridge and has one discharge opening per chamber; and - an inner piston which closes the inner chamber at the rear and is axially movable therein, and an outer piston which closes the outer chamber at the rear and is axially movable therein; - characterized in that one or more predetermined expansion points are formed in the outer wall , each of which extend axially from one end face to the other end face of the cartridge and are plastically deformable such that, during the dispensing process, the target expansion points immediately yield to pressure acting on the outer wall from the inside by plastically expanding; and the outer wall is otherwise designed to be dimensionally stable, in particular thick-walled, such that, when the compound is dispensed from the cartridge by axial displacement of the inner and outer pistons , the outer wall retains its shape apart from the expansion of the predetermined expansion points .