mhurhangee/patent-ind-claim-en huggingface dataset:
A venting device , which is configured to be inserted into a sealing part of a pouch of a secondary battery, the venting device comprising: a housing configured to be inserted between both surfaces of the sealing part so as to be sealed together with the sealing part ; a sheet which is formed in the housing and through which a passage , through which the inside and outside of the pouch communicate with each other, passes; a plate spring which is configured to open and close the passage according to an internal pressure of the pouch and is made of a metal having elasticity; and a ball disposed between the sheet and the plate spring so as to contact or be spaced apart from the sheet at an outlet-side of the passage , thereby closing or opening the passage , wherein the plate spring has a flat plate shape and contacts the sheet and characterized in that the ball has a hemispherical shape to be attached to an inner surface of the plate spring , and a plane rather than the hemispherical surface of the ball is attached to the inner surface of the plate spring a housing configured to be inserted between both surfaces of the sealing part so as to be sealed together with the sealing part ; a sheet which is formed in the housing and through which a passage , through which the inside and outside of the pouch communicate with each other, passes; a plate spring which is configured to open and close the passage according to an internal pressure of the pouch and is made of a metal having elasticity; and a ball disposed between the sheet and the plate spring so as to contact or be spaced apart from the sheet at an outlet-side of the passage , thereby closing or opening the passage , wherein the plate spring has a flat plate shape and contacts the sheet and characterized in that the ball has a hemispherical shape to be attached to an inner surface of the plate spring , and a plane rather than the hemispherical surface of the ball is attached to the inner surface of the plate spring
A device which internally controls and regulates voltage of a super-capacitor cell during charge-discharge cycles, said device comprising: a super-capacitor cell comprising a top current collector , a top super-capacitor electrode , a super-capacitor electrolyte membrane , a bottom super-capacitor electrode and a bottom current collector ; and an energy source internally connected to the super-capacitor cell, characterized in that : the top super-capacitor electrode , the super-capacitor electrolyte membrane , and the bottom super-capacitor electrode of the super-capacitor cell are embedded within the energy source between the top current collector and the bottom current collector of said super-capacitor cell. a super-capacitor cell comprising a top current collector , a top super-capacitor electrode , a super-capacitor electrolyte membrane , a bottom super-capacitor electrode and a bottom current collector ; and an energy source internally connected to the super-capacitor cell, characterized in that : the top super-capacitor electrode , the super-capacitor electrolyte membrane , and the bottom super-capacitor electrode of the super-capacitor cell are embedded within the energy source between the top current collector and the bottom current collector of said super-capacitor cell.
A method for conflict recognition on DiSEqC protocol, the method comprising the steps of: (a) generating a DiSEqC command to be sent to a device responsive to DiSEqC protocol commands ; (b) requesting a tuner to send the DiSEqC command to the device responsive to DiSEqC protocol commands ; the method being characterized in that it further comprises: (c) after the step of generating the DiSEqC command and prior to the step of requesting the tuner to send the DiSEqC command, executing the following steps: (d) sending a "ODU_PowerOFF" DiSEqC command from the tuner to the device responsive to DiSEqC protocol commands ; (e) verifying whether the "ODU_PowerOFF" DiSEqC command results in unlocking the tuner whereas if it does not, returning to attempting another iteration of step (d) and in case it does; (f) sending a "ODU_Channel_change" DiSEqC command from the tuner in order to request to retune the device responsive to DiSEqC protocol commands to new parameters; (g) assuming lack of conflict in case the tuner is locked according to said new parameters. (a) generating a DiSEqC command to be sent to a device responsive to DiSEqC protocol commands ; (b) requesting a tuner to send the DiSEqC command to the device responsive to DiSEqC protocol commands ; the method being characterized in that it further comprises: (c) after the step of generating the DiSEqC command and prior to the step of requesting the tuner to send the DiSEqC command, executing the following steps: (d) sending a "ODU_PowerOFF" DiSEqC command from the tuner to the device responsive to DiSEqC protocol commands ; (e) verifying whether the "ODU_PowerOFF" DiSEqC command results in unlocking the tuner whereas if it does not, returning to attempting another iteration of step (d) and in case it does; (f) sending a "ODU_Channel_change" DiSEqC command from the tuner in order to request to retune the device responsive to DiSEqC protocol commands to new parameters; (g) assuming lack of conflict in case the tuner is locked according to said new parameters. (d) sending a "ODU_PowerOFF" DiSEqC command from the tuner to the device responsive to DiSEqC protocol commands ; (e) verifying whether the "ODU_PowerOFF" DiSEqC command results in unlocking the tuner whereas if it does not, returning to attempting another iteration of step (d) and in case it does; (f) sending a "ODU_Channel_change" DiSEqC command from the tuner in order to request to retune the device responsive to DiSEqC protocol commands to new parameters; (g) assuming lack of conflict in case the tuner is locked according to said new parameters.
A device for checking at least one bait station for insects , especially pests for humans, animals and plants , wherein the at least one bait station comprises : - at least one container comprising at least one entrance orifice for insects, wherein the at least one container contains bait and is at least partially transparent or translucent; - a lighting device disposed toward the inside of, but on the outside of, the at least container; - a printed circuit board, comprising a memory, characterized in that it comprises an optical sensor disposed generally opposite the lighting device, and connected to the printed circuit board , that measures the opacity caused an insect trapped in the container and that measures the opacity caused by several insects trapped in the container, the corresponding value being sent for checking and control the status of the bait station.. - at least one container comprising at least one entrance orifice for insects, wherein the at least one container contains bait and is at least partially transparent or translucent; - a lighting device disposed toward the inside of, but on the outside of, the at least container; - a printed circuit board, comprising a memory, characterized in that it comprises an optical sensor disposed generally opposite the lighting device, and connected to the printed circuit board , that measures the opacity caused an insect trapped in the container and that measures the opacity caused by several insects trapped in the container, the corresponding value being sent for checking and control the status of the bait station..
A liquid ejection head comprising: a channel member comprising a first surface and a second surface opposite to the first surface, a plurality of ejection holes opening in the first surface, a plurality of pressurization chambers individually communicating with the plurality of ejection holes and arranged in a predetermined region (A1) in a plan view of the second surface, a plurality of dummy pressurization chambers positioned outside of the predetermined region in the plan view of the second surface; and an actuator substrate overlapping the second surface of the channel member, comprising a plurality of pressurization portions that individually pressurizes the plurality of pressurization chambers, and a plurality of dummy pressurization portions that individually pressurizes the plurality of dummy pressurization chambers; wherein the plurality of dummy pressurization chambers communicates with each other via a plurality of communication paths ; characterised in that the liquid ejection head further comprising a closed space comprising the plurality of dummy pressurization chambers and the plurality of communication paths is hermetically closed. a channel member comprising a first surface and a second surface opposite to the first surface, a plurality of ejection holes opening in the first surface, a plurality of pressurization chambers individually communicating with the plurality of ejection holes and arranged in a predetermined region (A1) in a plan view of the second surface, a plurality of dummy pressurization chambers positioned outside of the predetermined region in the plan view of the second surface; and a first surface and a second surface opposite to the first surface, a plurality of ejection holes opening in the first surface, a plurality of pressurization chambers individually communicating with the plurality of ejection holes and arranged in a predetermined region (A1) in a plan view of the second surface, a plurality of dummy pressurization chambers positioned outside of the predetermined region in the plan view of the second surface; and an actuator substrate overlapping the second surface of the channel member, comprising a plurality of pressurization portions that individually pressurizes the plurality of pressurization chambers, and a plurality of dummy pressurization portions that individually pressurizes the plurality of dummy pressurization chambers; a plurality of pressurization portions that individually pressurizes the plurality of pressurization chambers, and a plurality of dummy pressurization portions that individually pressurizes the plurality of dummy pressurization chambers; wherein the plurality of dummy pressurization chambers communicates with each other via a plurality of communication paths ; characterised in that the liquid ejection head further comprising a closed space comprising the plurality of dummy pressurization chambers and the plurality of communication paths is hermetically closed.
A combi stove arranged for combusting both logs and granular material, said combi stove comprising: a common combustion chamber arranged so that both said logs and said granular material may be combusted in said common combustion chamber , ash collecting means arranged under said combustion chamber , a front aperture through which logs may be placed in said combustion chamber , a granular material combustion area arranged in said combustion chamber , wherein said granular material combustion area comprises a bottom combustion surface including bottom airflow apertures arranged to enable an airflow to said granular material during a combustion of said granular material in said granular material combustion area , wherein said granular material combustion area is at least partly surrounded by a granular material area sidewall comprising sidewall airflow apertures arranged to enable an airflow to flue gasses generated during a combustion of said granular material in said granular material combustion area , the combi stove characterised in that at least a part of said granular material area sidewall is releasable from said granular material combustion area . a common combustion chamber arranged so that both said logs and said granular material may be combusted in said common combustion chamber , ash collecting means arranged under said combustion chamber , a front aperture through which logs may be placed in said combustion chamber , a granular material combustion area arranged in said combustion chamber , wherein said granular material combustion area comprises a bottom combustion surface including bottom airflow apertures arranged to enable an airflow to said granular material during a combustion of said granular material in said granular material combustion area , wherein said granular material combustion area is at least partly surrounded by a granular material area sidewall comprising sidewall airflow apertures arranged to enable an airflow to flue gasses generated during a combustion of said granular material in said granular material combustion area , the combi stove characterised in that at least a part of said granular material area sidewall is releasable from said granular material combustion area .
A spool valve comprising: a body having a bore with a plurality of internal grooves in flow zones that are outward from a longitudinal centerline of the body; a spool slidably engaged in the bore and having a plurality of seals to engage the bore, the seals being accommodated in seal grooves ; and a plurality of ports formed in the body and having transverse walls and openings into the bore, the openings being expanded transversely relative to the longitudinal centerline; characterised in that the spool valve further comprises one or more transverse port windows that are transverse to the longitudinal centerline of the bore , each of the one or more port windows being formed in and extending into an opening and extending into the transverse walls of a port and continuing into the bore. a body having a bore with a plurality of internal grooves in flow zones that are outward from a longitudinal centerline of the body; a spool slidably engaged in the bore and having a plurality of seals to engage the bore, the seals being accommodated in seal grooves ; and a plurality of ports formed in the body and having transverse walls and openings into the bore, the openings being expanded transversely relative to the longitudinal centerline; characterised in that the spool valve further comprises one or more transverse port windows that are transverse to the longitudinal centerline of the bore , each of the one or more port windows being formed in and extending into an opening and extending into the transverse walls of a port and continuing into the bore.
A hookah device , comprising: a hookah head , the hookah head having: a bowl portion with a pod recess formed therein to receive a consumable pod ; a bowl top having an electronic heating mechanism positioned above the pod recess such that any consumable pod positioned within the pod recess is heated from above the pod recess; and an air pathway formed through the bowl top to include both a downward facing top inlet and an upward facing top outlet , the downward facing top inlet formed to align with a pod inlet and the upward facing top outlet formed to align with a pod outlet, whereby the air pathway is formed to draw air downward into a consumable pod, laterally through the consumable pod, and out of the consumable pod in an upward direction through the upward facing top outlet. a bowl portion with a pod recess formed therein to receive a consumable pod ; a bowl top having an electronic heating mechanism positioned above the pod recess such that any consumable pod positioned within the pod recess is heated from above the pod recess; and an air pathway formed through the bowl top to include both a downward facing top inlet and an upward facing top outlet , the downward facing top inlet formed to align with a pod inlet and the upward facing top outlet formed to align with a pod outlet, whereby the air pathway is formed to draw air downward into a consumable pod, laterally through the consumable pod, and out of the consumable pod in an upward direction through the upward facing top outlet.
Lateral spacer assembly for drawers , said lateral spacer assembly comprising a lateral spacer couplable to a wall of a piece of furniture to which the drawer belongs and to a linear translation guide for the drawer, the spacer assembly comprising said linear translation guide for the drawer, the guide comprising a first and second part which are movable relative to each other, the first part being connected to the spacer , while the second part being connected to the bottom and/or to the frame of the drawer , the first part comprising a cantilevered flap , vertical in use, with which to fasten it to the spacer , wherein the spacer consists or comprises a hollow tubular shell which extends along a longitudinal axis (X) parallel to the translation axis of the drawer, has a constant, closed cross-section on each plane orthogonal to the axis (X) and is in one piece, characterized in that a side wall of the shell ends up facing the guide and opposite to the wall , said side wall comprising an indentation or recess or pocket delimited by the side wall and by a wall which extends cantilevered projecting from the outer surface of the shell and is substantially flat and substantially parallel to the side wall . to a wall of a piece of furniture to which the drawer belongs and to a linear translation guide for the drawer, the spacer assembly comprising said linear translation guide for the drawer, the guide comprising a first and second part which are movable relative to each other, the first part being connected to the spacer , while the second part being connected to the bottom and/or to the frame of the drawer , the first part comprising a cantilevered flap , vertical in use, with which to fasten it to the spacer , a first and second part which are movable relative to each other, the first part being connected to the spacer , while the second part being connected to the bottom and/or to the frame of the drawer , the first part comprising a cantilevered flap , vertical in use, with which to fasten it to the spacer , wherein the spacer consists or comprises a hollow tubular shell which extends along a longitudinal axis (X) parallel to the translation axis of the drawer, has a constant, closed cross-section on each plane orthogonal to the axis (X) and is in one piece, extends along a longitudinal axis (X) parallel to the translation axis of the drawer, has a constant, closed cross-section on each plane orthogonal to the axis (X) and is in one piece, characterized in that a side wall of the shell ends up facing the guide and opposite to the wall , said side wall comprising an indentation or recess or pocket delimited by the side wall and by a wall which extends cantilevered projecting from the outer surface of the shell and is substantially flat and substantially parallel to the side wall .
A method of forming a photonic device comprising: providing a two-dimensional photonic crystal layer having a principal surface and an array of optical scatterers comprising holes extending into the photonic crystal layer from the principal surface; and forming on the principal surface of the photonic crystal layer, over a region of the photonic crystal layer containing a plurality of optical scatterers of said array of optical scatterers, a layer of material suitable for inkjet printing by inkjet printing so as to create defect(s) in the photonic bandgap, wherein forming the layer comprises: forming a continuous layer (20 1 ) which spans said plurality of optical scatterers of said array of optical scatterers, or forming a perforated layer (20 2 ) which goes around said plurality of optical scatterers of said array of optical scatterers, wherein said plurality of optical scatterers of said array of optical scatterers are not infiltrated with the material. providing a two-dimensional photonic crystal layer having a principal surface and an array of optical scatterers comprising holes extending into the photonic crystal layer from the principal surface; and forming on the principal surface of the photonic crystal layer, over a region of the photonic crystal layer containing a plurality of optical scatterers of said array of optical scatterers, a layer of material suitable for inkjet printing by inkjet printing so as to create defect(s) in the photonic bandgap, wherein forming the layer comprises: forming a continuous layer (20 1 ) which spans said plurality of optical scatterers of said array of optical scatterers, or forming a perforated layer (20 2 ) which goes around said plurality of optical scatterers of said array of optical scatterers, wherein said plurality of optical scatterers of said array of optical scatterers are not infiltrated with the material. forming a continuous layer (20 1 ) which spans said plurality of optical scatterers of said array of optical scatterers, or forming a perforated layer (20 2 ) which goes around said plurality of optical scatterers of said array of optical scatterers, wherein said plurality of optical scatterers of said array of optical scatterers are not infiltrated with the material.
A structure comprising: a plurality of light emitting devices , one of the light emitting devices in the plurality being configured to emit light having a first peak wavelength; a wavelength converting layer disposed in a path of light emitted by the plurality of light emitting devices , the wavelength converting layer for absorbing light emitted by the light emitting device and emitting light having a second peak wavelength; and a temporary handling substrate including an adhesive layer and a release layer , the release layer being for temporarily attaching the temporary handling substrate to the plurality of light emitting devices ; the plurality of light emitting devices being mechanically connected to each other only through the removable temporary handling substrate and the wavelength converting layer , and characterized in that the temporary handling substrate includes a carrier , and a double sided sticky tape including the adhesive layer , a tape layer and the release layer , and ,after processing, the double sided sticky tape is removable from the carrier , such that the carrier is reusable. a plurality of light emitting devices , one of the light emitting devices in the plurality being configured to emit light having a first peak wavelength; a wavelength converting layer disposed in a path of light emitted by the plurality of light emitting devices , the wavelength converting layer for absorbing light emitted by the light emitting device and emitting light having a second peak wavelength; and a temporary handling substrate including an adhesive layer and a release layer , the release layer being for temporarily attaching the temporary handling substrate to the plurality of light emitting devices ; the plurality of light emitting devices being mechanically connected to each other only through the removable temporary handling substrate and the wavelength converting layer , and characterized in that the temporary handling substrate includes a carrier , and a double sided sticky tape including the adhesive layer , a tape layer and the release layer , and ,after processing, the double sided sticky tape is removable from the carrier , such that the carrier is reusable.