mhurhangee/patent-ind-claim-en huggingface dataset:
Kitchen hob comprising - at least one support element which can be placed on a bearing structure (L) and made of natural stone or an agglomerate of at least one natural stone; said support element defining at least one visible surface intended to be facing upwardly, and at least one laying surface intended to be facing downwardly, - one or more elements which can be heated and suitable to provide heat to a pot or the like that face said visible surface , - at least one reinforcement slab integrally associated with said laying surface by means of adhesives, - one or more openings passing through said support element and said reinforcement slab for the insertion and housing of said elements which can be heated , each of said openings being defined by at least one first notch passing through said support element and by at least one second notch passing through said reinforcement slab , said at least one first notch and said at least one second notch being aligned, - characterized in comprising supply means of said elements which can be heated , said supply means being made integral with said reinforcement slab , and being provided opposite with respect to the support element . - at least one support element which can be placed on a bearing structure (L) and made of natural stone or an agglomerate of at least one natural stone; said support element defining at least one visible surface intended to be facing upwardly, and at least one laying surface intended to be facing downwardly, - one or more elements which can be heated and suitable to provide heat to a pot or the like that face said visible surface , - at least one reinforcement slab integrally associated with said laying surface by means of adhesives, - one or more openings passing through said support element and said reinforcement slab for the insertion and housing of said elements which can be heated , each of said openings being defined by at least one first notch passing through said support element and by at least one second notch passing through said reinforcement slab , said at least one first notch and said at least one second notch being aligned, - characterized in comprising supply means of said elements which can be heated , said supply means being made integral with said reinforcement slab , and being provided opposite with respect to the support element .
A red dot sight comprising a housing, and a LED light source, the LED light source comprising: a point light source and a peripheral light source around the point light source , the peripheral light source being discontinuous, and the housing comprising an outlet through which light from the LED light source is emitted; the red dot sight comprising: a dustproof cover placed on the outlet on the housing, comprising an annular front cover , an annular base threadedly coupled to one end of the annular front cover , and a cover plate coupled to a mounting hole on the annular base through a core shaft ; a washer being provided between the annular front cover and the annular base , characterized in that the cover plate is coupled to the mounting hole through a support bar ; the support bar comprises a connecting collar and a connecting rod coupled to the annular base , a first return spring and a second return spring sleeved on the connecting rod , and a first clamp spring and a second clamp spring ; one end of the connecting rod is fixedly connected to a circumferential central portion of the connecting collar ; the connecting rod is provided with a central annular groove positioned at an axial central portion of the connecting rod and an end annular groove placed at another end of the connecting rod ; a first fixing ring , a second fixing ring and a third fixing ring are placed in alignment on an internal surface of the cover plate and sharing a same plane with the cover plate ; the second fixing ring is placed at a middle position between the first fixing ring and the third fixing ring ; on the internal surface of the cover plate , a first rectangular groove and a second rectangular groove are placed at a side where the second fixing ring and the third fixing ring face toward the first fixing ring ; the connecting rod successively passes through the first fixing ring , the second fixing ring and the third fixing ring ; the first return spring is placed between the first fixing ring and the second fixing ring , and the second return spring is placed between the second fixing ring and the third fixing ring ; one end of the first clamp spring and of the second clamp spring is respectively inserted into the central annular groove and the end annular groove , and the other end thereof is respectively inserted into the first rectangular groove and the second rectangular groove , so that the first return spring and the second return spring compressed under an action of external forces return to their original length after the external forces disappear, and meanwhile the connecting collar tightly presses on an end face of the cover plate ; and on the connecting collare , either side of the connecting rod is provided with a clamping piece that is received in a groove formed in the end face of the cover plate .
A modified oligonucleotide according to the following chemical structure: (SEQ ID NO. 13), or a salt thereof.
A vibration exciter for load testing a rotor blade , having a direct drive, which can be connected to the rotor blade via a lever mechanism , wherein the lever mechanism has a pendulum support , which is connected to a coupling device for force transmission to the rotor blade , and a lever , which is connected in an articulated manner to the pendulum support , characterized in that the direct drive has - an electric motor , - a motor shaft, to which the lever is connected in a rotationally fixed manner, and - a control, which is configured for generating a cyclically oscillating rotational movement of the electric motor . - an electric motor , - a motor shaft, to which the lever is connected in a rotationally fixed manner, and - a control, which is configured for generating a cyclically oscillating rotational movement of the electric motor .
A spraying device for spraying liquid onto crops comprising: - an elongated suspension element with which the spraying device can be coupled to an agricultural tractor , - a plurality of blade carriers connected to the suspension element, - an elongate blade which is connected to the blade carriers and is parallel to the suspension element, which blade extends horizontally in longitudinal direction, - a plurality of nozzle carriers connected to the suspension element , which nozzle carriers are spaced apart from the blade carriers, - a plurality of nozzles connected to the nozzle carriers and present on the side of the nozzle carriers facing away from the blade, wherein during use the nozzles are present above the blade, and - at least one elongated further blade which is present at a distance from the blade and is connected to the nozzle carriers and is also parallel to the suspension element and also extends horizontally in longitudinal direction, with the nozzles being present on the side of the further blade facing away from the blade, characterized in that the spraying device comprises further nozzles which are also connected to the nozzle carriers and are directed in the same direction as the nozzles and are present on the side of the further blade facing the blade . - an elongated suspension element with which the spraying device can be coupled to an agricultural tractor , - a plurality of blade carriers connected to the suspension element, - an elongate blade which is connected to the blade carriers and is parallel to the suspension element, which blade extends horizontally in longitudinal direction, - a plurality of nozzle carriers connected to the suspension element , which nozzle carriers are spaced apart from the blade carriers, - a plurality of nozzles connected to the nozzle carriers and present on the side of the nozzle carriers facing away from the blade, wherein during use the nozzles are present above the blade, and - at least one elongated further blade which is present at a distance from the blade and is connected to the nozzle carriers and is also parallel to the suspension element and also extends horizontally in longitudinal direction, with the nozzles being present on the side of the further blade facing away from the blade,
A method for blocking an external debugger application from analysing a code of a software program installed on a computing device , the method comprising: - initializing the software program comprising an application program and an internal debugger application , wherein a code of the application program is embedded with a code of the internal debugger application, wherein the software program, upon initialization thereof, loads the internal debugger application and instructs the internal debugger application to load the application program in the internal debugger application, and wherein the internal debugger application is configured to utilize kernel resources of an operating system of the computing device, further wherein loading the application program in the internal debugger application blocks the external debugger application from attaching to the software program and analysing the code of the software program; - executing the internal debugger application to set one or more break-points in the code of the application program to define an execution path for the code of the application program; - executing the application program as per the defined execution path for the code thereof - stopping execution of the code of the application program upon reaching any of the one or more break-points therein; and - handing control to the internal debugger application to provide an address for next instruction to be executed in the defined execution path for the code of the application program. - initializing the software program comprising an application program and an internal debugger application , wherein a code of the application program is embedded with a code of the internal debugger application, wherein the software program, upon initialization thereof, loads the internal debugger application and instructs the internal debugger application to load the application program in the internal debugger application, and wherein the internal debugger application is configured to utilize kernel resources of an operating system of the computing device, further wherein loading the application program in the internal debugger application blocks the external debugger application from attaching to the software program and analysing the code of the software program; - executing the internal debugger application to set one or more break-points in the code of the application program to define an execution path for the code of the application program; - executing the application program as per the defined execution path for the code thereof - stopping execution of the code of the application program upon reaching any of the one or more break-points therein; and - handing control to the internal debugger application to provide an address for next instruction to be executed in the defined execution path for the code of the application program.
A method for determining a lifetime of an LED gear , the method comprising the steps of: - receiving first information from the LED gear , the first information representing a thermal load on at least one electronic component, in particular an electrolytic capacitor, of the LED gear ; - calculating an expected thermal lifetime of the LED gear based on the first information, characterised by - receiving second information from the LED gear , the second information representing a number of erase/write/read cycles of a memory of the LED gear and/or an amount of data transferred to/from the memory of the LED gear ; calculating an expected memory lifetime of the LED gear based on the second information; and - determining the lifetime of the LED gear based on the expected thermal lifetime and the expected memory lifetime. - receiving first information from the LED gear , the first information representing a thermal load on at least one electronic component, in particular an electrolytic capacitor, of the LED gear ; - calculating an expected thermal lifetime of the LED gear based on the first information, - receiving second information from the LED gear , the second information representing a number of erase/write/read cycles of a memory of the LED gear and/or an amount of data transferred to/from the memory of the LED gear ; calculating an expected memory lifetime of the LED gear based on the second information; and - determining the lifetime of the LED gear based on the expected thermal lifetime and the expected memory lifetime.
Antioxidant composition for increasing the levels of vitamins and reducing oxidative damage in a subject, the composition containing an active agent, said active agent comprising polydatin, acetylcysteine, α-ketoglutaric acid, glutamine, glycine, alanine and selenium.
Method for controlling a wind power plant connected to an electrical grid , the wind power plant comprising at least one wind turbine generator , the method comprising the following steps: changing the produced active power of the wind power plant to said electrical grid , monitoring a signal response in a voltage signal in said electrical grid due to the change in the produced active power of the wind power plant, said signal response being a change in the voltage level in the electrical grid , determining an amount of active power of the wind power plant to be produced to the electrical grid based on the signal response in the voltage signal in the electrical grid , wherein the step of determining the active power of the wind power plant comprises increasing the active power subsequent to a fault condition of the electrical grid , said fault condition being a low voltage ride through (LVRT) event and the rate of increasing the active power being controlled in relation to the signal response in the voltage signal in the electrical grid , and wherein the increase in active power is stopped when the change in the grid voltage level with respect to the produced active power is negative. changing the produced active power of the wind power plant to said electrical grid , monitoring a signal response in a voltage signal in said electrical grid due to the change in the produced active power of the wind power plant, said signal response being a change in the voltage level in the electrical grid , determining an amount of active power of the wind power plant to be produced to the electrical grid based on the signal response in the voltage signal in the electrical grid , wherein the step of determining the active power of the wind power plant comprises increasing the active power subsequent to a fault condition of the electrical grid , said fault condition being a low voltage ride through (LVRT) event and the rate of increasing the active power being controlled in relation to the signal response in the voltage signal in the electrical grid , and wherein the increase in active power is stopped when the change in the grid voltage level with respect to the produced active power is negative.
A body attachable unit for continuous glucose measurement, the body attachable unit configured to be insertedly attachable to a body by an applicator for the continuous glucose measurement, the body attachable unit comprising: a housing , wherein a bottom surface of the housing is to contact a skin; a printed circuit board (PCB) disposed inside the housing; a sensor unit installed to the housing, wherein one end portion of the sensor unit outwardly protrudes from the bottom surface of the housing to be inserted into the body when the housing contacts the skin, and an other end portion of the sensor unit is configured to be contacted to electric contact points; and a contact point connecting module included in the housing, the contact point connecting module configured to operate so that the other end portion of the sensor unit and the electric contact points of the PCB contact each other according to manipulation of a user. a housing , wherein a bottom surface of the housing is to contact a skin; a printed circuit board (PCB) disposed inside the housing; a sensor unit installed to the housing, wherein one end portion of the sensor unit outwardly protrudes from the bottom surface of the housing to be inserted into the body when the housing contacts the skin, and an other end portion of the sensor unit is configured to be contacted to electric contact points; and a contact point connecting module included in the housing, the contact point connecting module configured to operate so that the other end portion of the sensor unit and the electric contact points of the PCB contact each other according to manipulation of a user.
A magnetic resonance imaging probe comprising: a longitudinal body ; first (A), second (B), and third (C) magnetic resonance coils supported by said longitudinal body; wherein said first coil (A) is configured to measure magnetic fields having a first direction within a region of interest beyond a distal end of said longitudinal body ; wherein said second coil (B) is configured to measure magnetic fields having a second direction within a region of interest beyond the distal end of said longitudinal body, wherein said first direction and said second direction are approximately orthogonal; wherein said third coil (C) is configured to measure magnetic fields having a third direction within a region of interest beyond said distal end of said longitudinal body , wherein said third direction is approximately orthogonal to said first direction and said second direction; and electrical circuits housed within said longitudinal body for tuning and matching said first (A), second (B), and third (C) coils and for pre-amplifying signals detected by said first (A), second (B), and third (C) coils, characterized in that said first coil (A) is comprising at least one folded butterfly coil, said second coil (B) is comprising at least one folded stripline coil, and said third coil (C) is comprising at least one loop coil. a longitudinal body ; first (A), second (B), and third (C) magnetic resonance coils supported by said longitudinal body; wherein said first coil (A) is configured to measure magnetic fields having a first direction within a region of interest beyond a distal end of said longitudinal body ; wherein said second coil (B) is configured to measure magnetic fields having a second direction within a region of interest beyond the distal end of said longitudinal body, wherein said first direction and said second direction are approximately orthogonal; wherein said third coil (C) is configured to measure magnetic fields having a third direction within a region of interest beyond said distal end of said longitudinal body , wherein said third direction is approximately orthogonal to said first direction and said second direction; and electrical circuits housed within said longitudinal body for tuning and matching said first (A), second (B), and third (C) coils and for pre-amplifying signals detected by said first (A), second (B), and third (C) coils, characterized in that said first coil (A) is comprising at least one folded butterfly coil, said second coil (B) is comprising at least one folded stripline coil, and said third coil (C) is comprising at least one loop coil.
An elevator comprising an electric linear motor and an elevator car , the electric linear motor comprising at least one stator beam and at least one mover coupled to the elevator car , and wherein said at least one stator beam comprises at least two stators (301, 302; 303, 304) on opposite sides (30A, 30B; 30C, 30D) of the stator beam , and the at least one mover is in electromagnetic engagement with said at least two stators (301, 302; 303, 304) and configured to be moved relative to said stator beam , wherein said at least one mover comprises: - at least two units of electromagnetic components (311, 311A, 311B, 312, 312A, 312B; 313, 314) arranged on opposite sides (30A, 30B; 30C, 30D) of the stator beam to face said at least two stators (301, 302; 303, 304), wherein each unit of electromagnetic components comprises at least two windings , wherein the at least two windings on either of the opposite sides (30A, 30B; 30C, 30D) are displaced with respect to each other in a longitudinal direction defined by the stator beam , and characterised in that the elevator comprises - at least four electrical drives (105; 105A, 105B) configured to control a d-axis component of the currents injected to the windings , respectively and independently of each other, for controlling tilting of the mover with respect to said stator beam , and wherein the electrical drives are configured to control the movement of the mover in the longitudinal direction. - at least two units of electromagnetic components (311, 311A, 311B, 312, 312A, 312B; 313, 314) arranged on opposite sides (30A, 30B; 30C, 30D) of the stator beam to face said at least two stators (301, 302; 303, 304), wherein each unit of electromagnetic components comprises at least two windings , wherein the at least two windings on either of the opposite sides (30A, 30B; 30C, 30D) are displaced with respect to each other in a longitudinal direction defined by the stator beam , and characterised in that the elevator comprises - at least four electrical drives (105; 105A, 105B) configured to control a d-axis component of the currents injected to the windings , respectively and independently of each other, for controlling tilting of the mover with respect to said stator beam , and wherein the electrical drives are configured to control the movement of the mover in the longitudinal direction.
A method of culturing T cells, the method comprising culturing T cells in the presence of a T cell stimulator, an exogenous CCL21 and an exogenous ICAM1, thereby culturing the T cells, wherein said culturing is effected to allow expansion of said T cells, wherein said CCL21 and said ICAM1 are immobilized.
A pharmaceutical composition which comprises (i) as active ingredient an antibody or an antigen binding fragment thereof, (ii) carnosine and/or diglycine and (iii) optionally aprotinin, or a fragment, or an analog thereof having at least 70% similarity to SEQ ID NO:1, wherein said analog or fragment of aprotinin acts as an enzyme inhibitor; and wherein the antibody is stabilized in the presence of intestinal fluid by reducing degradation of the antibody in the ileum and/or colon. (i) as active ingredient an antibody or an antigen binding fragment thereof, (ii) carnosine and/or diglycine and (iii) optionally aprotinin, or a fragment, or an analog thereof having at least 70% similarity to SEQ ID NO:1, wherein said analog or fragment of aprotinin acts as an enzyme inhibitor;
Clock with a dynamic, analogue display of the time, comprising a plurality of time hands , which are arranged so that they are rotatable around common axis , whereby the clock comprises a clock case , which has an essentially spherical shape, and whereby the time hands have a curvature essentially matching the spherical case of the clock case , characterized in that each one of the time hands is driven by at least one gear wheel , whereby the at least one gear wheel has curvature matching the spherical shape of the clock case .