mhurhangee/patent-ind-claim-en huggingface dataset:
An appliance defining a vertical direction (V), the appliance comprising: a cabinet defining a chamber ; a door coupled to the cabinet and rotatable between an open position and a closed position to selectively seal the chamber , the door having a perimeter edge defining a longitudinal plane ; a mullion having an inner face and an outer face, the mullion being rotatably coupled to the door via a hinge defining an axial direction (X) parallel to the longitudinal plane , the mullion being rotatable about the axial direction between a first position and a second position; and a damping assembly formed between the door and the mullion , characterized in that the damping assembly comprises a stopper wedge fixed to the door , the stopper wedge having a primary face extending along a nonparallel angle (θ1) relative to the longitudinal plane , and a mated wedge fixed to the mullion , the mated wedge having a receiving face complementary to the primary face of the stopper wedge to engage therewith in the first position, and an elastic damping material positioned between the stopper wedge and the mated wedge . a cabinet defining a chamber ; a door coupled to the cabinet and rotatable between an open position and a closed position to selectively seal the chamber , the door having a perimeter edge defining a longitudinal plane ; a mullion having an inner face and an outer face, the mullion being rotatably coupled to the door via a hinge defining an axial direction (X) parallel to the longitudinal plane , the mullion being rotatable about the axial direction between a first position and a second position; and a damping assembly formed between the door and the mullion , characterized in that the damping assembly comprises a stopper wedge fixed to the door , the stopper wedge having a primary face extending along a nonparallel angle (θ1) relative to the longitudinal plane , and a mated wedge fixed to the mullion , the mated wedge having a receiving face complementary to the primary face of the stopper wedge to engage therewith in the first position, and an elastic damping material positioned between the stopper wedge and the mated wedge .
A guide body , comprising: a large number of rolling elements that roll on a rolling surface formed along a structure , wherein the guide body being movable relative to the structure ; an endless circulation path through which the large number of rolling elements circulate; a load opening portion which opens to rolling surface formed along the structure , for allowing the large number of rolling elements in the endless circulation path to be held in contact with the rolling surface of the structure ; and characterized by a guide portion which is adapted to guide the guide body along the structure , which guide portion is formed on at least one side of the load opening portion so as to project toward the structure side with respect to projecting ends of the large number of rolling elements projecting from the load opening portion toward the structure side, wherein the guide portion is further adapted to be held in sliding contact with the structure in the case the rolling elements are separated from the rolling surface of the structure . a large number of rolling elements that roll on a rolling surface formed along a structure , wherein the guide body being movable relative to the structure ; an endless circulation path through which the large number of rolling elements circulate; a load opening portion which opens to rolling surface formed along the structure , for allowing the large number of rolling elements in the endless circulation path to be held in contact with the rolling surface of the structure ; and characterized by a guide portion which is adapted to guide the guide body along the structure , which guide portion is formed on at least one side of the load opening portion so as to project toward the structure side with respect to projecting ends of the large number of rolling elements projecting from the load opening portion toward the structure side, wherein the guide portion is further adapted to be held in sliding contact with the structure in the case the rolling elements are separated from the rolling surface of the structure .
Process for preparing polyisocyanates having aliphatically, cycloaliphatically, araliphatically and/or aromatically bonded isocyanate groups, comprising thioallophanate structures of the formula (I) by reacting A) at least one di- and/or polyisocyanate having aliphatically, cycloaliphatically, araliphatically and/or aromatically bonded isocyanate groups with B) at least one compound carrying at least one mercapto group, optionally in the presence of C) a catalyst which accelerates the formation of thioallophanate groups, while observing an equivalence ratio of isocyanate groups to isocyanate-reactive groups of 4:1 to 200:1. A) at least one di- and/or polyisocyanate having aliphatically, cycloaliphatically, araliphatically and/or aromatically bonded isocyanate groups with B) at least one compound carrying at least one mercapto group, optionally in the presence of C) a catalyst which accelerates the formation of thioallophanate groups,
A method for addressing a receiver radio device of a radio network, the method comprising by a transmitter radio device : scanning a predetermined list of channels for a free channel; upon detecting a free channel, causing transmission of a message addressed to at least one receiver radio device, wherein the at least one receiver radio device is identified with a combination of a network sequence and a recipient sequence both comprised in the message, wherein the network sequence is unique to the radio network and has better autocorrelation properties than the recipient sequence. scanning a predetermined list of channels for a free channel; upon detecting a free channel, causing transmission of a message addressed to at least one receiver radio device, wherein the at least one receiver radio device is identified with a combination of a network sequence and a recipient sequence both comprised in the message, wherein the network sequence is unique to the radio network and has better autocorrelation properties than the recipient sequence.
Boxing machine comprising: - an inlet conveyor for transporting products to be boxed along a forward traveling direction (A), - a loader for transferring the products to be boxed, - a first picking head for picking the products from the inlet conveyor and positioning said products in the loader , and - a second picking head for picking the products from the loader and positioning said products in a box to form a package, wherein said loader comprises: - a body slidingly mounted in horizontal direction in a horizontal guide in order to translate along a horizontal direction (T), - a support slidingly mounted in vertical direction in said body in order to translate along a vertical direction (Z), - a base plate mounted on said support and intended to receive said products to be boxed according to the size of a package to be obtained, - a fixed edge fixed to the support of the base plate, and - a mobile edge movably connected to the fixed edge , in such a way to translate horizontally in order to adjust to the dimensions of the base plate according to the size of the package to be obtained. - an inlet conveyor for transporting products to be boxed along a forward traveling direction (A), - a loader for transferring the products to be boxed, - a first picking head for picking the products from the inlet conveyor and positioning said products in the loader , and - a second picking head for picking the products from the loader and positioning said products in a box to form a package, - a body slidingly mounted in horizontal direction in a horizontal guide in order to translate along a horizontal direction (T), - a support slidingly mounted in vertical direction in said body in order to translate along a vertical direction (Z), - a base plate mounted on said support and intended to receive said products to be boxed according to the size of a package to be obtained, - a fixed edge fixed to the support of the base plate, and - a mobile edge movably connected to the fixed edge , in such a way to translate horizontally in order to adjust to the dimensions of the base plate according to the size of the package to be obtained.
Screw forming a thread with a shaft , which in a front area of the shaft has a tip for inserting into a hole in a substrate , in a rear area of the shaft has a drive for transferring a torque to the shaft as well as a spiral-shaped groove , and with a thread spiral , which is inserted into the spiral-shaped groove , in which the spiral-shaped groove has a front flank and a rear flank lying opposite the front flank , characterised in that the front flank of the spiral-shaped groove has a different part flank angle (α) from the rear flank of the spiral-shaped groove at least in certain areas.
An article having a zipper tape secured at a mouth of a zippered opening in a surface of the article , the article comprising a zipper cover constructed and arranged so as to conceal the zipper tape and to longitudinally extend substantially parallel to a length of the zipper tape , the zipper cover being attached to the surface of the article and being constructed and arranged so as to be rotatable between a first orientation and a second orientation, the zipper cover extending over the zipper tape to conceal the zipper tape when in the first orientation, and the zipper cover exposing the zipper tape and allowing a user to access the zippered opening when in the second orientation, the article P characterised by the zipper cover being constructed and arranged so that the zipper cover is magnetically securable to a surface of the zippered opening in the first orientation, and so that the zipper cover is magnetically securable against the surface of the article in the second orientation.
A semiconductor module comprising: a first circuit board having thermal conductivity and having a first surface; a second circuit board having thermal conductivity and having a second surface facing the first surface of the first circuit board ; a first semiconductor element mounted on the first surface of the first circuit board ; a second semiconductor element mounted on the second surface of the second circuit board ; and a connector having thermal conductivity and electrically connecting the first semiconductor element and the second semiconductor element , wherein the connector includes a first element joining portion (71=71a+71b) connecting the first semiconductor element and the second surface of the second circuit board while not being in contact with either the first surface of the first circuit board or the second semiconductor element , and a second element joining portion (72=72a+72b+72c) connecting the second semiconductor element and the first surface of the first circuit board while not being in contact with either the second surface of the second circuit board or the first semiconductor element , the second element joining portion (72=72a+72b+72c) being connected to the first element joining portion (71=71a+71b). a first circuit board having thermal conductivity and having a first surface; a second circuit board having thermal conductivity and having a second surface facing the first surface of the first circuit board ; a first semiconductor element mounted on the first surface of the first circuit board ; a second semiconductor element mounted on the second surface of the second circuit board ; and a connector having thermal conductivity and electrically connecting the first semiconductor element and the second semiconductor element , wherein the connector includes a first element joining portion (71=71a+71b) connecting the first semiconductor element and the second surface of the second circuit board while not being in contact with either the first surface of the first circuit board or the second semiconductor element , and a second element joining portion (72=72a+72b+72c) connecting the second semiconductor element and the first surface of the first circuit board while not being in contact with either the second surface of the second circuit board or the first semiconductor element , the second element joining portion (72=72a+72b+72c) being connected to the first element joining portion (71=71a+71b). a first element joining portion (71=71a+71b) connecting the first semiconductor element and the second surface of the second circuit board while not being in contact with either the first surface of the first circuit board or the second semiconductor element , and a second element joining portion (72=72a+72b+72c) connecting the second semiconductor element and the first surface of the first circuit board while not being in contact with either the second surface of the second circuit board or the first semiconductor element , the second element joining portion (72=72a+72b+72c) being connected to the first element joining portion (71=71a+71b).
A medical guide wire, comprising: a core that has a portion gradually tapered in diameter from a proximal end side to a distal end side; and an outer coil into which the distal end side of a core distal end portion of the core is inserted, wherein a distal joining section is provided on a distal end portion of the outer coil and a proximal joining section is provided on a proximal end portion of the outer coil, the proximal joining section being connected with the core distal end portion, the outer coil includes a coil inclined portion on the distal end side and has a coil constant diameter portion having a constant outer diameter on the proximal end side, neighboring portions of a coil wire being in contact with each other in the coil constant diameter portion, the coil inclined portion is flat-shaped and, each one turn of the coil wire of the coil inclined portion is continuously inclined in one direction of a longitudinal direction with an inclination angle more than a pitch angle of the coil constant diameter portion and less than 80°, and the distal joining section is formed by connecting the coil inclined portion located at the distal end side of the outer coil with a tip of the core distal end portion. a core that has a portion gradually tapered in diameter from a proximal end side to a distal end side; and an outer coil into which the distal end side of a core distal end portion of the core is inserted, wherein a distal joining section is provided on a distal end portion of the outer coil and a proximal joining section is provided on a proximal end portion of the outer coil, the proximal joining section being connected with the core distal end portion, the outer coil includes a coil inclined portion on the distal end side and has a coil constant diameter portion having a constant outer diameter on the proximal end side, neighboring portions of a coil wire being in contact with each other in the coil constant diameter portion, the coil inclined portion is flat-shaped and, each one turn of the coil wire of the coil inclined portion is continuously inclined in one direction of a longitudinal direction with an inclination angle more than a pitch angle of the coil constant diameter portion and less than 80°, and the distal joining section is formed by connecting the coil inclined portion located at the distal end side of the outer coil with a tip of the core distal end portion.
An assembly, comprising: a first intermediate connector connectable to a first device and having a first connector interface ; a second intermediate connector having a second connector interface ; wherein the first intermediate connector and the second intermediate connector are movable between an interfaced state in which the first connector interface is in contact with the second connector interface and a tethered state in which the first connector interface is spaced apart from the second connector interface ; and a tether member connecting the first intermediate connector and the second intermediate connector in the tethered state, wherein the tether member is a flexible body configured to control a path along at least an axis of either the first intermediate connector or the second intermediate connector during movement from the interfaced state to the tethered state, and a first end of the tether member is retained within the second intermediate connector ; characterised in that a second end of the tether member is slidably connected to the first intermediate connector by means of the tether member including a first slot and/or a second slot configured to be received by and slidably retained by a first slot retaining member and/or a second slot retaining member . a first intermediate connector connectable to a first device and having a first connector interface ; a second intermediate connector having a second connector interface ; wherein the first intermediate connector and the second intermediate connector are movable between an interfaced state in which the first connector interface is in contact with the second connector interface and a tethered state in which the first connector interface is spaced apart from the second connector interface ; and a tether member connecting the first intermediate connector and the second intermediate connector in the tethered state, wherein the tether member is a flexible body configured to control a path along at least an axis of either the first intermediate connector or the second intermediate connector during movement from the interfaced state to the tethered state, and a first end of the tether member is retained within the second intermediate connector ; characterised in that a second end of the tether member is slidably connected to the first intermediate connector by means of the tether member including a first slot and/or a second slot configured to be received by and slidably retained by a first slot retaining member and/or a second slot retaining member .
Device for generating fog , comprising at least one heat exchanger electrically heated to be able to vaporize at least one pressurized fluid, pressurizing means to be able to send the fluid from at least one tank towards said heat exchanger , at least one electronic unit to control the temperature of said heat exchanger and the operation of said pressurizing means , said heat exchanger comprising tubular elements in contact with said pressurized fluid, each of said tubular elements being subjected to an electric potential difference to thermally control said pressurized fluid controlling the operation of said pressurizing means, before and during a vaporizing step of said pressurized fluid, characterized in that said heat exchanger is composed of a pair of sections of tubular elements, each section of said pair of sections being supplied with an electric voltage and connected to a control unit to allow detecting the temperature of the respective section and controlling the operation of said pressurizing means , in order to keep constant the lower of the temperatures detected between those of the control units in order to exploit an absorbed power, each of said sections of tube comprising at least one portion adapted to operate as a resistor to allow computing the weighed mean of the steady state temperature of the respective section of tube through the control unit , each of said sections of tube comprising at least one portion composed of a tubular serpentine adapted to operate as fluid super-heater. characterized in that said heat exchanger is composed of a pair of sections of tubular elements, each section of said pair of sections being supplied with an electric voltage and connected to a control unit to allow detecting the temperature of the respective section and controlling the operation of said pressurizing means , in order to keep constant the lower of the temperatures detected between those of the control units in order to exploit an absorbed power, each of said sections of tube comprising at least one portion adapted to operate as a resistor to allow computing the weighed mean of the steady state temperature of the respective section of tube through the control unit , each of said sections of tube comprising at least one portion composed of a tubular serpentine adapted to operate as fluid super-heater.
A pre-filled cap for enclosing an administration portion of a beneficial agent delivery device configured for parenteral hypodermic drug delivery applications, the administration portion of the beneficial agent delivery device comprising a reservoir , said pre-filled cap comprising: a package comprising: at least a first compartment containing at least one constituent of a beneficial agent; and a pre-formed flexible wall (18', 18") defining at least a portion of said first compartment ; and a fitment attached to the package , said fitment comprising: a first end configured to receive said administration portion ; a fluid passageway for communicating said package with said administration portion of said beneficial agent delivery device ; and a membrane disposed in said fluid passageway and occluding the fluid passageway until the membrane is pierced to establish fluid communication between said fluid passageway and said administration portion of said beneficial agent delivery device ; wherein the fitment is configured to provide at least one of protection and aseptic closure to the administration portion of said beneficial agent delivery device . a package comprising: at least a first compartment containing at least one constituent of a beneficial agent; and a pre-formed flexible wall (18', 18") defining at least a portion of said first compartment ; and at least a first compartment containing at least one constituent of a beneficial agent; and a pre-formed flexible wall (18', 18") defining at least a portion of said first compartment ; and a fitment attached to the package , said fitment comprising: a first end configured to receive said administration portion ; a fluid passageway for communicating said package with said administration portion of said beneficial agent delivery device ; and a membrane disposed in said fluid passageway and occluding the fluid passageway until the membrane is pierced to establish fluid communication between said fluid passageway and said administration portion of said beneficial agent delivery device ; a first end configured to receive said administration portion ; a fluid passageway for communicating said package with said administration portion of said beneficial agent delivery device ; and a membrane disposed in said fluid passageway and occluding the fluid passageway until the membrane is pierced to establish fluid communication between said fluid passageway and said administration portion of said beneficial agent delivery device ; wherein the fitment is configured to provide at least one of protection and aseptic closure to the administration portion of said beneficial agent delivery device .