mhurhangee/patent-ind-claim-en huggingface dataset:
Thermostat comprising: - a thermostat body ; - a tubular element projecting from said thermostat body ; - a rod with differential thermal expansion, axially inserted in said tubular element and protruding at a proximal end inside said thermostat body ; - a temperature regulation system associated with said rod and configured to reversibly open at least one electric contact in said thermostat body upon reaching an operating temperature; characterized in that it further comprises: - a safety lever arranged transversally to said rod and configured for a displacement under a thermal expansion action transmitted through said rod , said safety lever comprising a first engagement element , said safety lever being configured to open at least one electric contact (5, 7; 11, 7) in said thermostat body upon reaching a safety temperature; - a reset element arranged transversally to said rod and sliding under an action of a first bias member , said reset element comprising a second engagement element configured to cooperate with said first engagement element , defining a trip of said reset element between a first operating position and a second safety position wherein said reset element allows a movement of said safety lever to open said at least one electric contact (5, 7; 11, 7) upon reaching said safety temperature. - a thermostat body ; - a tubular element projecting from said thermostat body ; - a rod with differential thermal expansion, axially inserted in said tubular element and protruding at a proximal end inside said thermostat body ; - a temperature regulation system associated with said rod and configured to reversibly open at least one electric contact in said thermostat body upon reaching an operating temperature; - a safety lever arranged transversally to said rod and configured for a displacement under a thermal expansion action transmitted through said rod , said safety lever comprising a first engagement element , said safety lever being configured to open at least one electric contact (5, 7; 11, 7) in said thermostat body upon reaching a safety temperature; - a reset element arranged transversally to said rod and sliding under an action of a first bias member , said reset element comprising a second engagement element configured to cooperate with said first engagement element , defining a trip of said reset element between a first operating position and a second safety position wherein said reset element allows a movement of said safety lever to open said at least one electric contact (5, 7; 11, 7) upon reaching said safety temperature.
An absorbent article , comprising: a topsheet which forms a skin-facing face; a backsheet which forms a non-skin-facing face; and an absorbent member which is arranged between both the sheets , characterized in that the absorbent member is structured to include an absorbent core which contains absorbent polymer without substantially containing hydrophilic fibers, an upper core wrap sheet which covers a skin-facing face of the absorbent core , and a lower core wrap sheet which covers a non-skin-facing face of the absorbent core , and the upper core wrap sheet includes a thick region having a larger thickness than the lower core wrap sheet . a topsheet which forms a skin-facing face; a backsheet which forms a non-skin-facing face; and an absorbent member which is arranged between both the sheets , characterized in that the absorbent member is structured to include an absorbent core which contains absorbent polymer without substantially containing hydrophilic fibers, an upper core wrap sheet which covers a skin-facing face of the absorbent core , and a lower core wrap sheet which covers a non-skin-facing face of the absorbent core , and the upper core wrap sheet includes a thick region having a larger thickness than the lower core wrap sheet .
A light emitting diode package module comprising: a heat radiation substrate , which includes a heat radiation unit made of a conductive material and an electrode unit electrically insulated from the heat radiation unit; a package substrate arranged on the heat radiation substrate ; a light emitting diode chip mounted on one surface of the package substrate , wherein the package substrate includes a first substrate and a second substrate layered on the first substrate , the second substrate having a cavity formed therewithin to receive the light emitting diode chip ; a circuit pattern formed between the first substrate and the second substrate of the package substrate and electrically connected to the light emitting diode chip ; and an electrode pad electrically connected to the light emitting diode chip ; and characterized in that the light emitting diode package module comprises a heat radiation pad formed on the other surface of the package substrate , electrically insulated from the electrode pad , and being in contact with the heat radiation unit of the heat radiation substitute ; the electrode pad is formed on the other surface of the package substrate and is bonded to the electrode unit of the heat radiation substrate ; and a via is formed within the first substrate to allow the circuit pattern and the electrode pad to be electrically interconnected. a heat radiation substrate , which includes a heat radiation unit made of a conductive material and an electrode unit electrically insulated from the heat radiation unit; a package substrate arranged on the heat radiation substrate ; a light emitting diode chip mounted on one surface of the package substrate , wherein the package substrate includes a first substrate and a second substrate layered on the first substrate , the second substrate having a cavity formed therewithin to receive the light emitting diode chip ; a circuit pattern formed between the first substrate and the second substrate of the package substrate and electrically connected to the light emitting diode chip ; and an electrode pad electrically connected to the light emitting diode chip ; and characterized in that the light emitting diode package module comprises a heat radiation pad formed on the other surface of the package substrate , electrically insulated from the electrode pad , and being in contact with the heat radiation unit of the heat radiation substitute ; the electrode pad is formed on the other surface of the package substrate and is bonded to the electrode unit of the heat radiation substrate ; and a via is formed within the first substrate to allow the circuit pattern and the electrode pad to be electrically interconnected.
A method in a network node for enabling DL scheduling of an UE configured with Discontinuous reception, DRX, including preconfigured recurring On-duration periods, to enable the DL scheduling in periods outside the On-duration periods, the UE further being configured with an UL semipersistent scheduling, SPS, granting the UE UL transmission in recurring Transmission Time Intervals, TTIs, short TTIs, slots or sub-slots said method comprising the steps of: - monitoring a receipt of a transmission from the UE in any of the recurring TTIs, short TTI, slots or sub-slots of the SPS configuration; and responsive to the receipt of an UL transmission, - transmitting , according to a synchronous HARQ process, a HARQ response to the UL transmission and at the same occasion transmitting a dynamic UL grant or a DL assignment to the UE, wherein the transmitted of the UL grant and the DL assignment triggers the UE to stay in DRX active mode for a period, and, - sending a scheduling assignment to the UE during the period of the UE staying in DRX active mode. - monitoring a receipt of a transmission from the UE in any of the recurring TTIs, short TTI, slots or sub-slots of the SPS configuration; and responsive to the receipt of an UL transmission, - transmitting , according to a synchronous HARQ process, a HARQ response to the UL transmission and at the same occasion transmitting a dynamic UL grant or a DL assignment to the UE, wherein the transmitted of the UL grant and the DL assignment triggers the UE to stay in DRX active mode for a period, and, - sending a scheduling assignment to the UE during the period of the UE staying in DRX active mode.
Optical article comprising a polymer coating having an outer surface and a substrate with two main surfaces, at least one of which is covered by said polymer coating having an outer surface, said coating comprising a first superficial layer beneath the outer surface having a first refractive index n 1 and a second layer beneath the first superficial layer having a second refractive index n 2 , said coating exhibiting antireflective properties due to the difference between refractive indexes n1 and n2 characterized in that n 2 < n 1 and the second layer has the lowest refractive index of said polymer coating, wherein said refractive index difference within the coating results from a plasma treatment of an initial polymer coating, through the outer surface, said plasma treatment is obtained by a radio frequency source with a surface power density ranging from 0.05 to 1.5 W/cm 2 , and wherein the polymer coating comprises at least one epoxysilane polymer. wherein said refractive index difference within the coating results from a plasma treatment of an initial polymer coating, through the outer surface, said plasma treatment is obtained by a radio frequency source with a surface power density ranging from 0.05 to 1.5 W/cm 2 , and wherein the polymer coating comprises at least one epoxysilane polymer.
Cutting device for cutting corrugated pipes to length, comprising cutting jaws consisting of two jaw portions, the two jaw portions each having a blade and a guide projection which is perpendicularly spaced apart from the blade and extends in the same direction as the blade , characterised in that the blades , together with the guide projections , are each formed in a longitudinal direction at the end of a shell part having a shell longitudinal axis, that first and second longitudinal edges (5 to 8) of each of the shell parts extend perpendicularly to an orientation of the blades , that the cutting jaws , in the closed state, with respect to a central plane (M) of the cutting jaws that extends through the first and second longitudinal edges (5 to 8), has a greatest opening dimension (d) in the extension direction of the central plane (M), that an extension dimension (a) of the shell parts in the longitudinal direction corresponds to 1.2 to 10 times the greatest opening dimension (d), and in that peripheral edges of the guide projections project beyond the cutting edges of the blades inwardly in the direction of the cutting jaws .
A method of sleep monitoring comprising: measuring a quantity relating to a first subject (A) with a first sensor positioned on or in proximity of the first subject (A) and configured to provide a first movement signal; measuring a quantity relating to a second subject (B) with a second sensor positioned on or in proximity of the second subject (B) and configured to provide a second movement signal; the first subject (A) and the second subject (B) being in a bed ; analyzing, using a control unit, the first signal, the second signal, and an interrelation of the first signal and the second signal to determine a movement event relating to one of the first subject or the second subject; the analyzing comprising: detecting a first signal amplitude associated with the movement event in the first signal and a second signal amplitude associated with the movement event in the second signal; comparing the first signal amplitude to the second signal amplitude, and a delay between the movement event in the first signal and the movement event in the second signal; and assigning the movement event to one of the first subject or the second subject based on the comparison. measuring a quantity relating to a first subject (A) with a first sensor positioned on or in proximity of the first subject (A) and configured to provide a first movement signal; measuring a quantity relating to a second subject (B) with a second sensor positioned on or in proximity of the second subject (B) and configured to provide a second movement signal; the first subject (A) and the second subject (B) being in a bed ; analyzing, using a control unit, the first signal, the second signal, and an interrelation of the first signal and the second signal to determine a movement event relating to one of the first subject or the second subject; the analyzing comprising: detecting a first signal amplitude associated with the movement event in the first signal and a second signal amplitude associated with the movement event in the second signal; comparing the first signal amplitude to the second signal amplitude, and a delay between the movement event in the first signal and the movement event in the second signal; and assigning the movement event to one of the first subject or the second subject based on the comparison. detecting a first signal amplitude associated with the movement event in the first signal and a second signal amplitude associated with the movement event in the second signal; comparing the first signal amplitude to the second signal amplitude, and a delay between the movement event in the first signal and the movement event in the second signal; and assigning the movement event to one of the first subject or the second subject based on the comparison.
A console frame structure comprising: first and second frame modules , each said frame module comprising respective first and second spaced apart leg frames , and respective upper and lower elongated frame sections , extending between and interconnecting the first and second leg frames ; at least one pivot connection between the second leg frame of the first frame module and the first leg frame of the second frame module , thereby allowing adjustment of a relative angle between the first and second frame modules ; each said pivot connection comprises a respective first pivot hinge piece attached to the second leg frame of the first frame module , a respective second pivot hinge piece attached to the first leg frame of the second frame module , and a respective third pivot hinge piece , a corresponding support member comprising the third pivot hinge piece , wherein the first, second and third pivot hinge pieces are pivotably connected, for each at least one pivot connection , the respective support member is pivotably connected to the first and second frame modules by the pivot connection , thereby allowing adjustment of relative angles between the support member and the first and second frame modules , and characterized in that each said pivot connection further comprises a pin pivotably connecting the first, second and third pivot hinge pieces (614, 634; 616, 636; 622, 638). first and second frame modules , each said frame module comprising respective first and second spaced apart leg frames , and respective upper and lower elongated frame sections , extending between and interconnecting the first and second leg frames ; at least one pivot connection between the second leg frame of the first frame module and the first leg frame of the second frame module , thereby allowing adjustment of a relative angle between the first and second frame modules ; each said pivot connection comprises a respective first pivot hinge piece attached to the second leg frame of the first frame module , a respective second pivot hinge piece attached to the first leg frame of the second frame module , and a respective third pivot hinge piece , a corresponding support member comprising the third pivot hinge piece , wherein the first, second and third pivot hinge pieces are pivotably connected, for each at least one pivot connection , the respective support member is pivotably connected to the first and second frame modules by the pivot connection , thereby allowing adjustment of relative angles between the support member and the first and second frame modules , and characterized in that each said pivot connection further comprises a pin pivotably connecting the first, second and third pivot hinge pieces (614, 634; 616, 636; 622, 638).
A side airbag device comprising: a main bag which is formed in a bag shape, is built in a seat of a vehicle, and inflates and deploys toward a side of an occupant and a vehicle front side; an inner bag which is formed in a bag shape independent of the main bag , and inflates and deploys on a vehicle rear side inside the main bag ; an inflator which is provided inside the inner bag to supply gas; characterized by a tension member which spans between the vehicle front side and the vehicle rear side inside the inner bag and is tensioned as the inner bag inflates and deploys, wherein a length of the inner bag in a front-back direction of the vehicle at the time of inflation is restricted by the tension member to a predetermined range, and due to the restriction, the inner bag further inflates in a vehicle width direction and pushes and spreads the vehicle rear side of the main bag from the inside of the main bag to both sides in the vehicle width direction. a main bag which is formed in a bag shape, is built in a seat of a vehicle, and inflates and deploys toward a side of an occupant and a vehicle front side; an inner bag which is formed in a bag shape independent of the main bag , and inflates and deploys on a vehicle rear side inside the main bag ; an inflator which is provided inside the inner bag to supply gas; characterized by a tension member which spans between the vehicle front side and the vehicle rear side inside the inner bag and is tensioned as the inner bag inflates and deploys, wherein a length of the inner bag in a front-back direction of the vehicle at the time of inflation is restricted by the tension member to a predetermined range, and due to the restriction, the inner bag further inflates in a vehicle width direction and pushes and spreads the vehicle rear side of the main bag from the inside of the main bag to both sides in the vehicle width direction.
A medical device for facilitating a repair and/or replacement of a defective heart valve of a heart of a patient, said device comprising a downsizing element comprising a first loop shaped element configured to be positioned on a first side of an area of valve tissue oriented towards a cardiac chamber of said heart comprising a plurality of chordae , a second loop shaped element connected to said first loop shaped element to form a coiled configuration, wherein said second loop shaped element is configured to be positioned on a second, opposite side oriented towards an atrium of the area of the valve tissue to thereby arrange the valve tissue between said first loop shaped element and said second loop shaped element , said second loop shaped element comprises at least one fixation element for releasable attachment of an annuloplasty implant or a heart valve prosthesis, wherein said first loop shaped element of said downsizing element comprises at least a portion of a shape memory material, wherein said first loop shaped element has a first shape configured to facilitate access to circumflex said chordae and a second shape, obtained by a change of shape of said portion of said shape memory material, characterised in that said second shape is configured to reposition said chordae towards a centre of said valve, wherein said downsizing element is adjustable in a diameter thereof to provide adjustment of said annulus for said downsizing.
A method for operating an electronic device, the method comprising: receiving an input for folding a flexible display of the electronic device, the input comprising a voice command; identifying a state of the electronic device by using at least one sensor of the electronic device; determining a degree of freedom indicating a possibility of folding the flexible display, based on the identified state of the electronic device; identifying whether the flexible display is capable of being folded, based on the degree of freedom and physical properties of the flexible display; when identifying that the flexible display is capable of being folded, controlling an actuator of the electronic device to fold the flexible display; and when identifying that the flexible display is not capable of being folded, generating an alert for indicating that the flexible display is not capable of being folded, wherein the alert comprises an audio alert, a visual alert, or a Natural Language alert. receiving an input for folding a flexible display of the electronic device, the input comprising a voice command; identifying a state of the electronic device by using at least one sensor of the electronic device; determining a degree of freedom indicating a possibility of folding the flexible display, based on the identified state of the electronic device; identifying whether the flexible display is capable of being folded, based on the degree of freedom and physical properties of the flexible display; when identifying that the flexible display is capable of being folded, controlling an actuator of the electronic device to fold the flexible display; and when identifying that the flexible display is not capable of being folded, generating an alert for indicating that the flexible display is not capable of being folded, wherein the alert comprises an audio alert, a visual alert, or a Natural Language alert.
A residual air reduction device for use in a manufacturing line to reduce the amount of air in a pouch package, comprising: a. a bump surface having a first end section and a second end section; b. a first alignment side connected to the first end section of the bump surface; c. a second alignment side connected to the second end section of the bump surface; d. a bump angle defined as the angle formed between a line perpendicular to the first alignment side and the bump surface that ranges from 25° to 65°; and, e. an attachment device , wherein the attachment device allows attachment of the residual air reduction device to the manufacturing line; wherein the bump surface is configured to contact the pouch package directly, by the device being placed upon the natural path that each pouch will follow to ensure that each pouch hits the device as the pouch package passes the device during a manufacturing process and wherein the pouch package contains a finished product. a. a bump surface having a first end section and a second end section; b. a first alignment side connected to the first end section of the bump surface; c. a second alignment side connected to the second end section of the bump surface; d. a bump angle defined as the angle formed between a line perpendicular to the first alignment side and the bump surface that ranges from 25° to 65°; and, e. an attachment device , wherein the attachment device allows attachment of the residual air reduction device to the manufacturing line;
Safety device designed to cover an element or hole (S) to be placed in a safe condition, the safety device comprising: a coded body , a safety cover , a locking element positioned between the coded body and the safety cover , wherein the coded body comprises a first contact surface and a second contact surface , wherein the locking element comprises an abutting element configured so that it abuts the first contact surface and the second contact surface , wherein the coded body comprises a release locking element positioned between the first contact surface and the second contact surface , characterized in that the coded body comprises a coding cavity inside which the abutting element and the release locking element can be at least partially positioned. a coded body , a safety cover , a locking element positioned between the coded body and the safety cover , wherein the coded body comprises a first contact surface and a second contact surface , wherein the locking element comprises an abutting element configured so that it abuts the first contact surface and the second contact surface , wherein the coded body comprises a release locking element positioned between the first contact surface and the second contact surface , characterized in that the coded body comprises a coding cavity inside which the abutting element and the release locking element can be at least partially positioned.