mhurhangee/patent-ind-claim-en huggingface dataset:
A rhinal spray nozzle used for a medical syringe having a tip opening in fluid communication with a syringe barrel for storing a formulation , the rhinal spray nozzle comprising: a hollow nozzle body having a tip portion defining a nozzle orifice thereon; a solid packing rod arranged within the hollow nozzle body ; and a nozzle chamber defined between the packing rod and the hollow nozzle body to allow a fluid communication between the tip opening and the nozzle orifice ; wherein the formulation comprises a gel material containing a viscosity modification agent and a carboxy vinyl polymer of which viscosity is modified by applying an exogenous shear force, and wherein the nozzle orifice has a diameter in a range between 0.25 mm and 0.30 mm, characterized in that : the solid packing rod has a rod small-diameter portion and a rod large-diameter portion , and a shoulder having a diameter step-wisely reducing from the rod large-diameter portion towards the rod small-diameter portion , and wherein the solid packing rod includes a plurality of grooves circumferentially spaced from one another both on the rod small-diameter portion and on the rod large-diameter portion , and wherein a gap is defined between the packing rod and the nozzle body . a hollow nozzle body having a tip portion defining a nozzle orifice thereon; a solid packing rod arranged within the hollow nozzle body ; and a nozzle chamber defined between the packing rod and the hollow nozzle body to allow a fluid communication between the tip opening and the nozzle orifice ; wherein the formulation comprises a gel material containing a viscosity modification agent and a carboxy vinyl polymer of which viscosity is modified by applying an exogenous shear force, and wherein the nozzle orifice has a diameter in a range between 0.25 mm and 0.30 mm, characterized in that : the solid packing rod has a rod small-diameter portion and a rod large-diameter portion , and a shoulder having a diameter step-wisely reducing from the rod large-diameter portion towards the rod small-diameter portion , and wherein the solid packing rod includes a plurality of grooves circumferentially spaced from one another both on the rod small-diameter portion and on the rod large-diameter portion , and wherein a gap is defined between the packing rod and the nozzle body . the solid packing rod has a rod small-diameter portion and a rod large-diameter portion , and a shoulder having a diameter step-wisely reducing from the rod large-diameter portion towards the rod small-diameter portion , and wherein the solid packing rod includes a plurality of grooves circumferentially spaced from one another both on the rod small-diameter portion and on the rod large-diameter portion , and wherein a gap is defined between the packing rod and the nozzle body .
A method for transmitting device-to-device, D2D, synchronization signals, comprising: receiving (S501) a D2D synchronization signal from a first network node on a first subframe, associated with a first hop number; and transmitting the D2D synchronization signal on a second subframe associated with a second hop number and a corresponding subframe offset, wherein the first hop number and the second hop number are different and the first subframe and the second subframe are different. receiving (S501) a D2D synchronization signal from a first network node on a first subframe, associated with a first hop number; and transmitting the D2D synchronization signal on a second subframe associated with a second hop number and a corresponding subframe offset, wherein the first hop number and the second hop number are different and the first subframe and the second subframe are different.
Magnetic flux assembly for closing a magnetic circuit of a relay , comprising a yoke , and an armature that is movable relative to the yoke , wherein the yoke comprises a coil part that is adapted to be received in a coil , and a flux conduction part that is adapted to conduct the magnetic flux generated by the coil , wherein the armature is hinged to the yoke , wherein the armature is U-shaped and the yoke is L-shaped or U-shaped, characterized in that the yoke comprises a protrusion adapted for conducting magnetic flux towards the armature .
A motor vehicle comprising a front wheel , two rear wheels arranged along a common rotation axis, a frame and a powertrain, wherein said powertrain comprises a thermal engine and a mechanical transmission for transmitting the torque generated by said thermal engine to at least one of said wheels , where said thermal engine and said mechanical transmission are accommodated in a crankcase , and where said powertrain comprises a liquid cooling system including a radiator and a fan adapted to generate, by rotation, an airflow through said radiator , characterized in that said frame comprises a box delimited at the bottom by a floor , in that said powertrain is connected to said floor in a back part so as to be like a mass suspended from said floor , and in that said radiator and said fan are arranged on said powertrain so as to form part of said mass suspended from said frame.
A shock and vibration absorber system for securing a structure in a shipping container during shipment, comprising: at least one elastic device ; and at least one mounting device connected to the at least one elastic device , the at least one mounting device comprising: at least two securing elements , wherein each securing element is configured to secure an opposing portion of the structure ; and at least two sliders , wherein each slider has at least two corresponding surfaces which are interconnected by at least one inclined surface and at least one ground surface , wherein the inclined surface is facing an opposing slider and slidably connected to one of the at least two securing elements , wherein each slider is arranged to move in response to an applied force (F), and wherein the at least one ground surface is configured to slidably connect to an inner wall of the shipping container ; wherein a first end of the elastic device is connected to a first of the at least two sliders and a second end of the elastic device is connected to a second of the at least two sliders or the inner wall . at least one elastic device ; and at least one mounting device connected to the at least one elastic device , the at least one mounting device comprising: at least two securing elements , wherein each securing element is configured to secure an opposing portion of the structure ; and at least two sliders , wherein at least two securing elements , wherein each securing element is configured to secure an opposing portion of the structure ; and at least two sliders , wherein each slider has at least two corresponding surfaces which are interconnected by at least one inclined surface and at least one ground surface , wherein the inclined surface is facing an opposing slider and slidably connected to one of the at least two securing elements , wherein each slider is arranged to move in response to an applied force (F), and wherein the at least one ground surface is configured to slidably connect to an inner wall of the shipping container ; wherein a first end of the elastic device is connected to a first of the at least two sliders and a second end of the elastic device is connected to a second of the at least two sliders or the inner wall .
A computer implemented method of designing a dental restoration or an orthodontic appliance for a patient, wherein the method comprises: - obtaining a 3D representation of the patient's upper jaw ; - obtaining a 3D representation of the patient's lower jaw ; - obtaining a consecutive sequence of at least a first 3D representation of a first bite configuration of the patient's jaws in a first occlusion and a second 3D representation of a second bite configuration of the patient's jaws in a second occlusion different from the first occlusion by recording an occlusal contact movement of the patient using an intra-oral scanner; - digitally obtaining an alignment sequence of the upper jaw and lower jaw by aligning the 3D representations of the upper jaw and the lower jaw in the consecutive sequence by using the respective 3D representations of bite registrations corresponding to the respective first and second 3D representations of the first and second bite configuration; - digitally determining the occlusal contact movement of the patient's jaws relative to each other in their respective alignment from the alignment sequence ; and - digitally designing the dental restoration or an orthodontic appliance based on the occlusal contact movement of the patient's jaw relative to each other, wherein the occlusal contact motion is played in the order it was determined. - obtaining a 3D representation of the patient's upper jaw ; - obtaining a 3D representation of the patient's lower jaw ; - obtaining a consecutive sequence of at least a first 3D representation of a first bite configuration of the patient's jaws in a first occlusion and a second 3D representation of a second bite configuration of the patient's jaws in a second occlusion different from the first occlusion by recording an occlusal contact movement of the patient using an intra-oral scanner; - digitally obtaining an alignment sequence of the upper jaw and lower jaw by aligning the 3D representations of the upper jaw and the lower jaw in the consecutive sequence by using the respective 3D representations of bite registrations corresponding to the respective first and second 3D representations of the first and second bite configuration; - digitally determining the occlusal contact movement of the patient's jaws relative to each other in their respective alignment from the alignment sequence ; and - digitally designing the dental restoration or an orthodontic appliance based on the occlusal contact movement of the patient's jaw relative to each other, wherein the occlusal contact motion is played in the order it was determined.
Ventilation apparatus , comprising an electric motor , support means configured to support said electric motor and comprising a plate , and damping members interposed between said support means and said electric motor , wherein said ventilation apparatus also comprises at least first attachment elements made in a single body with said plate , protruding with respect to a flat portion of the latter, characterized in that said first attachment elements are configured to couple, in a snap-in or elastic interlocking manner, with said damping members in an axial direction, wherein said first attachment elements are conformed to be inserted into a lower hole of said damping members in such a way that a lower surface of said damping members is located resting on said flat portion .
A vertical roller mill , comprising: a rotary table having a grinding surface ; a grinding roller for biting and grinding a material between the grinding surface and the grinding roller ; and a scraper for adjusting a layer thickness of the material supplied to the grinding roller , wherein the scraper has: a scraper body separately arranged above the grinding surface ; a mobilizing means for allowing the scraper body to move in a direction away from the grinding surface ; and a resistance adding means for adding a resistance force to a movement of the scraper body in the direction away from the grinding surface , wherein the scraper body has a contact surface with the material, and wherein the contact surface is oriented obliquely downward in a stationary state of the scraper body . a rotary table having a grinding surface ; a grinding roller for biting and grinding a material between the grinding surface and the grinding roller ; and a scraper for adjusting a layer thickness of the material supplied to the grinding roller , wherein the scraper has: a scraper body separately arranged above the grinding surface ; a mobilizing means for allowing the scraper body to move in a direction away from the grinding surface ; and a resistance adding means for adding a resistance force to a movement of the scraper body in the direction away from the grinding surface , a scraper body separately arranged above the grinding surface ; a mobilizing means for allowing the scraper body to move in a direction away from the grinding surface ; and a resistance adding means for adding a resistance force to a movement of the scraper body in the direction away from the grinding surface , wherein the scraper body has a contact surface with the material, and wherein the contact surface is oriented obliquely downward in a stationary state of the scraper body .
An energy harvesting system for harvesting energy in response to application of an external force, said energy harvesting system comprising: an upper beam member ; a lower beam member being moveable relative to the upper beam member in response to application of the external force (F) in vertical direction; a middle beam member having a central member and at least one piezoelectric layer joined to the central member for deflection therewith, said middle beam member having opposing first and second ends, said middle beam member being elastically deformable in response to application of the external force (F) in vertical direction; a first pair of oblique beams interconnecting the upper beam member to the first and second ends of the middle beam member ; a second pair of oblique beams interconnecting the lower beam member to the first and second ends of the middle beam member ; wherein application of the external force (F) in vertical direction onto the upper beam member causes application of a compressive force on the middle beam member thereby outputting electrical energy from the at least one piezoelectric layer ; characterized in that the first pair of oblique beams is interconnecting the upper beam member to the first and second ends of the middle beam member by pivot joints; and the second pair of oblique beams is interconnecting the lower beam member to the first and second ends of the middle beam member by pivot joints. an upper beam member ; a lower beam member being moveable relative to the upper beam member in response to application of the external force (F) in vertical direction; a middle beam member having a central member and at least one piezoelectric layer joined to the central member for deflection therewith, said middle beam member having opposing first and second ends, said middle beam member being elastically deformable in response to application of the external force (F) in vertical direction; a first pair of oblique beams interconnecting the upper beam member to the first and second ends of the middle beam member ; a second pair of oblique beams interconnecting the lower beam member to the first and second ends of the middle beam member ; wherein application of the external force (F) in vertical direction onto the upper beam member causes application of a compressive force on the middle beam member thereby outputting electrical energy from the at least one piezoelectric layer ; characterized in that the first pair of oblique beams is interconnecting the upper beam member to the first and second ends of the middle beam member by pivot joints; and the second pair of oblique beams is interconnecting the lower beam member to the first and second ends of the middle beam member by pivot joints.
An appliance, comprising: a handle; a cosmetic composition delivery system , supported within the handle; a nozzle assembly for receiving a cosmetic composition from the cosmetic composition delivery system, wherein the nozzle assembly includes a stationary nozzle base and an associated nozzle array movably supported within the stationary nozzle base, the nozzle array including a plurality of nozzles through which the received cosmetic composition is directed; a plurality of filaments which act as a stand-off between the nozzle array and the scalp, positioned adjacent to the nozzle array; and a motor for moving the nozzle array, reciprocating back and forth, delivering the cosmetic composition as the appliance is pulled through the hair by a user, characterised in that the plurality of filaments extend from the stationary nozzle base . a handle; a cosmetic composition delivery system , supported within the handle; a nozzle assembly for receiving a cosmetic composition from the cosmetic composition delivery system, wherein the nozzle assembly includes a stationary nozzle base and an associated nozzle array movably supported within the stationary nozzle base, the nozzle array including a plurality of nozzles through which the received cosmetic composition is directed; a plurality of filaments which act as a stand-off between the nozzle array and the scalp, positioned adjacent to the nozzle array; and a motor for moving the nozzle array, reciprocating back and forth, delivering the cosmetic composition as the appliance is pulled through the hair by a user, characterised in that the plurality of filaments extend from the stationary nozzle base .
An amorphous solid dispersion comprising a taxane or a pharmaceutically acceptable salt thereof, polyvinylpyrrolidone, polysorbate, and sodium lauryl sulfate.
A method for assisting a user in selecting a lighting device design, the method being executed on a computer and comprising the steps of: - receiving , through a graphical user interface or an application programming interface, an image of a lighting device design; - determining a type, a style, a shape, a color, a pattern, a texture and/or a material of the lighting device design as a lighting device design related variable based on image analysis of the received image of a lighting device design; and - providing an alternate lighting device design, based on the determined lighting device design related variable. - receiving , through a graphical user interface or an application programming interface, an image of a lighting device design; - determining a type, a style, a shape, a color, a pattern, a texture and/or a material of the lighting device design as a lighting device design related variable based on image analysis of the received image of a lighting device design; and - providing an alternate lighting device design, based on the determined lighting device design related variable.
A protective cover for a weighing instrument comprising: a sliding door (2R or 2L) defining a weighing chamber ; an upper frame formed at an upper edge of the sliding door; a lower frame formed at a lower edge of the sliding door; an upper guide rail disposed on the upper frame; and a lower guide rail disposed under the lower frame, characterized in that the upper guide rail suspends the upper frame, on an upper surface of the upper frame, at each of a plurality of positions in a moving direction of the sliding door, a roller portion is formed having a pair of holding portions for each holding a ball in a rollable manner on the weighing chamber side and the non-weighing chamber side not being the weighing chamber side, and the upper guide rail suspends the roller portion. a sliding door (2R or 2L) defining a weighing chamber ; an upper frame formed at an upper edge of the sliding door; a lower frame formed at a lower edge of the sliding door; an upper guide rail disposed on the upper frame; and a lower guide rail disposed under the lower frame, characterized in that the upper guide rail suspends the upper frame, on an upper surface of the upper frame, at each of a plurality of positions in a moving direction of the sliding door, a roller portion is formed having a pair of holding portions for each holding a ball in a rollable manner on the weighing chamber side and the non-weighing chamber side not being the weighing chamber side, and the upper guide rail suspends the roller portion.
A roof window , in particular a residential roof window, with a blind frame , a sash frame , a glazing , at least one seal arranged between the glazing and the sash frame , and a fastening element arranged on the sash frame and having at least one fastening projection that pushes the glazing onto the seal , wherein the fastening element supports at least a front face of the glazing and has a retaining projection arranged between the sash frame and the glazing , characterised in that the fastening element is made of plastic material.
Lashing point , intended for arrangement on a loading surface of a transport vehicle, wherein the lashing point can be coupled to a hoisting or lashing means and comprises an eyelet body and a cassette , the eyelet body being mounted for relative movement in the cassette and capable of being pulled out from a rest position located in the cassette into an assembly position, the cassette having a guide slot in laterally arranged slotted plates and the eyelet body having laterally projecting arms which engage in the guide slot, characterised in that a rear side of the eyelet body , the rear side of the eyelet body being oriented towards the loading surface in the assembly position, has an indentation in such a way that, in the assembly position, the indentation rests in a form-fitting manner on an edge, or an extension of the cassette or of the loading surface engages in a form-fitting manner in the indentation , and in that the indentation is set back relative to the surface of the rear side surrounding it.
A pneumatic nailer , comprising: a housing defining at least one internal chamber ; a cylinder disposed in said at least one internal chamber and enclosing a reciprocating drive piston with a depending driver blade ; and a tool nose connected to said housing and defining a channel for receiving the reciprocating driver blade; said housing defining at least one internal storage space; said housing defining an internal storage volume in said at least one internal chamber separate from said cylinder ; wherein a return volume is defined in said housing ; and a swept volume is defined in said cylinder between said piston and said driver blade end, characterised in that said internal storage space is less than 1,000 mL for storing a supply of compressed air in communication with said cylinder and sufficient for driving only one fastener; in that a ratio of said storage volume to said swept volume is 2.0 to 2.7; and in that said return volume is separate from said storage volume , wherein a ratio of said storage volume to said return volume is 2.9 to 3.9. a housing defining at least one internal chamber ; a cylinder disposed in said at least one internal chamber and enclosing a reciprocating drive piston with a depending driver blade ; and a tool nose connected to said housing and defining a channel for receiving the reciprocating driver blade; said housing defining at least one internal storage space; said housing defining an internal storage volume in said at least one internal chamber separate from said cylinder ; wherein a return volume is defined in said housing ; and a swept volume is defined in said cylinder between said piston and said driver blade end, characterised in that said internal storage space is less than 1,000 mL for storing a supply of compressed air in communication with said cylinder and sufficient for driving only one fastener; in that a ratio of said storage volume to said swept volume is 2.0 to 2.7; and in that said return volume is separate from said storage volume , wherein a ratio of said storage volume to said return volume is 2.9 to 3.9.