mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigeration system, comprising: a compressor, a condenser , a throttle flow path , and an evaporator connected in sequence, wherein a non-adjustable main throttle element is disposed in the throttle flow path ; a liquid reservoir at an outlet of the condenser ; an economizer , wherein the throttle flow path is connected between the condenser and the economizer and/or connected between the economizer and the evaporator ; a liquid level sensor disposed in the liquid reservoir , the liquid level sensor being configured to detect the liquid level; a bypass flow path , wherein the bypass flow path is connected to the throttle flow path respectively at the upstream and downstream of the main throttle element , and provided with an adjustable auxiliary throttle element thereon; and a controller configured to control the opening of the auxiliary throttle element according to a liquid level signal from the liquid level sensor . a compressor, a condenser , a throttle flow path , and an evaporator connected in sequence, wherein a non-adjustable main throttle element is disposed in the throttle flow path ; a liquid reservoir at an outlet of the condenser ; an economizer , wherein the throttle flow path is connected between the condenser and the economizer and/or connected between the economizer and the evaporator ; a liquid level sensor disposed in the liquid reservoir , the liquid level sensor being configured to detect the liquid level; a bypass flow path , wherein the bypass flow path is connected to the throttle flow path respectively at the upstream and downstream of the main throttle element , and provided with an adjustable auxiliary throttle element thereon; and a controller configured to control the opening of the auxiliary throttle element according to a liquid level signal from the liquid level sensor .
A system for detecting the state of filling of a bottle of a diffuser , the bottle containing a product to be diffused, the system comprising an acquisition unit according to claim 9, a processing unit arranged to detect, from said light beam, whether a filling level (n) of the bottle is below a predetermined threshold, and a communication unit arranged to transmit a notification (N) relating to said filling level to a remote electronic device on the basis of said detection; the processing unit is arranged to determine that the fill level of the bottle is below said predetermined threshold when one of the optical sensors receives one of said infrared light beams.
A wind turbine , comprising; a substantially tubular tower structure extending from a nacelle to a tower foundation , the tower structure comprising a plurality of substantially tubular segments having an exterior wall and an interior wall , the tower foundation comprising an exterior portion and an interior portion ; the nacelle mounted atop the tower structure ; a rotor coupled to the nacelle , the rotor having one or more rotor blades attached thereto; at least one upper mount extending from the tower structure ; at least one lower mount extending from one of the tower structure or the tower foundation ; at least one damping device comprising an upper connector coupled with the upper mount , a lower connector coupled with the lower mount and at least one damper coupled between the upper connector and the lower connector ; and, characterised in that the at least one damping device extends only in a substantially vertical direction. a substantially tubular tower structure extending from a nacelle to a tower foundation , the tower structure comprising a plurality of substantially tubular segments having an exterior wall and an interior wall , the tower foundation comprising an exterior portion and an interior portion ; the nacelle mounted atop the tower structure ; a rotor coupled to the nacelle , the rotor having one or more rotor blades attached thereto; at least one upper mount extending from the tower structure ; at least one lower mount extending from one of the tower structure or the tower foundation ; at least one damping device comprising an upper connector coupled with the upper mount , a lower connector coupled with the lower mount and at least one damper coupled between the upper connector and the lower connector ; and, characterised in that the at least one damping device extends only in a substantially vertical direction.
An anchor assembly comprising: a tip comprising: a distal portion and a proximal portion ; a cavity (1 1c) defined within the tip , a wall of the cavity having threads, and an opening of the cavity located in the proximal portion of the tip ; and a through hole extending through the tip having a first region defined in the distal portion of the tip and a second region defined in the proximal portion of the tip ; a plug comprising outer threads and configured for locking a suture within the tip , the plug disposed within the cavity of the tip such that the threads of a proximal region of the plug are engaged with the threads of the cavity (1 1c) and the proximal region of the plug extends from the opening of the cavity ; and an anchor body disposed about the proximal portion of the tip and enclosing the proximal region of the plug ; wherein the second region of the through hole is covered by the anchor body and the first region of the through hole is not covered by the anchor body . a tip comprising: a distal portion and a proximal portion ; a cavity (1 1c) defined within the tip , a wall of the cavity having threads, and an opening of the cavity located in the proximal portion of the tip ; and a through hole extending through the tip having a first region defined in the distal portion of the tip and a second region defined in the proximal portion of the tip ; a distal portion and a proximal portion ; a cavity (1 1c) defined within the tip , a wall of the cavity having threads, and an opening of the cavity located in the proximal portion of the tip ; and a through hole extending through the tip having a first region defined in the distal portion of the tip and a second region defined in the proximal portion of the tip ; a plug comprising outer threads and configured for locking a suture within the tip , the plug disposed within the cavity of the tip such that the threads of a proximal region of the plug are engaged with the threads of the cavity (1 1c) and the proximal region of the plug extends from the opening of the cavity ; and an anchor body disposed about the proximal portion of the tip and enclosing the proximal region of the plug ; wherein the second region of the through hole is covered by the anchor body and the first region of the through hole is not covered by the anchor body .
A method of dispensing a volatile material, the method comprising the steps of: providing power to a volatile material diffuser having a diffusion element; and operating the diffusion element for a randomly determined period of time, wherein the diffusion element is continuously activated and deactivated during the period of time at a randomly determined duty cycle; wherein the method further includes the step of operating the diffusion element for a second randomly determined period of time after the first-named randomly determined period of time has elapsed, wherein the diffusion element is continuously activated and deactivated during the second period of time at a second randomly determined duty cycle. providing power to a volatile material diffuser having a diffusion element; and operating the diffusion element for a randomly determined period of time, wherein the diffusion element is continuously activated and deactivated during the period of time at a randomly determined duty cycle; wherein the method further includes the step of operating the diffusion element for a second randomly determined period of time after the first-named randomly determined period of time has elapsed, wherein the diffusion element is continuously activated and deactivated during the second period of time at a second randomly determined duty cycle.
An in-mold injection molding mold device that forms a resin molded product including a bent portion , the in-mold injection molding mold device comprising: a female mold including a cavity that defines a decorative surface side of the resin molded product ; a male mold including a core that defines a non-decorative surface side of the resin molded product ; and a clamper that holds a decorative film and is arranged outside the cavity of the female mold , wherein the female mold includes a first suction hole , a second suction hole , and a recessed suction groove that function as a discharge passage when air is discharged from a void (SA) between a cavity surface that defines the cavity and the decorative film , the first suction hole opens in a bottom surface of the cavity , the second suction hole opens in a clamp surface of the female mold , against which the male mold is abutted with the decorative film located in between, at a position located inward from the clamper , and the suction groove is formed in a surface of the female mold so as to connect the cavity and the second suction hole , characterized in that : the core includes a contact portion that contacts a side surface of the cavity by means of the decorative film , and the suction groove connects an inner surface portion , which is a portion in the side surface of the cavity where an edge of the bent portion of the resin molded product would be located, with the second suction hole . a female mold including a cavity that defines a decorative surface side of the resin molded product ; a male mold including a core that defines a non-decorative surface side of the resin molded product ; and a clamper that holds a decorative film and is arranged outside the cavity of the female mold , wherein the female mold includes a first suction hole , a second suction hole , and a recessed suction groove that function as a discharge passage when air is discharged from a void (SA) between a cavity surface that defines the cavity and the decorative film , the first suction hole opens in a bottom surface of the cavity , the second suction hole opens in a clamp surface of the female mold , against which the male mold is abutted with the decorative film located in between, at a position located inward from the clamper , and the suction groove is formed in a surface of the female mold so as to connect the cavity and the second suction hole , characterized in that : the core includes a contact portion that contacts a side surface of the cavity by means of the decorative film , and the suction groove connects an inner surface portion , which is a portion in the side surface of the cavity where an edge of the bent portion of the resin molded product would be located, with the second suction hole . the core includes a contact portion that contacts a side surface of the cavity by means of the decorative film , and the suction groove connects an inner surface portion , which is a portion in the side surface of the cavity where an edge of the bent portion of the resin molded product would be located, with the second suction hole .
Gripping tool comprising an elastically deformable body forming a suction cup, said body comprising an internal space configured to be in fluid communication with a fluid circuit for the generation and aspiration of fluid, said body comprising an upper part integral with a lower part , said lower part opening on to a sealing lip of said body , said upper part being elastically deformable under the effect of a vacuum in said internal space , said gripping tool comprising a stiffener arranged in said body being arranged inside and against said lower part , said stiffener being shaped at least locally to said lower part , said gripping tool comprising a diffuser provided with a tube arranged in an attachment section of said body surmounting said upper part , said diffuser delimiting a passage at least partially formed in said tube and in fluid communication with said internal space , said passage being configured to be in fluid communication with said fluid circuit for the generation and aspiration of fluid, said passage comprising a tapered outlet section opening on to said internal space . characterised in that said tube comprises a shoulder , said shoulder having a shape complementary to a shape of a guide section of the stiffener in order to position said tube in a reproducible manner in said guide section relative to the stiffener in an aspirated position (POSAP).
A nicotine-containing particulate material for release of nicotine, the material comprising a combination of a pharmaceutically acceptable salt of nicotine and a microcrystalline cellulose, wherein the pharmaceutically acceptable salt of nicotine mainly is located in the porous structure of the microcrystalline cellulose after said nicotine has been contacted with microcrystalline cellulose.
A screw for thin iron sheets, comprising: a shank including a straight rod portion and a tapered screw-in portion at a front end of the straight rod portion , with the screw-in portion having a sharp-cone cross section with a tip ; a first thread spirally developed on an outer circumference of the shank and extending to the straight rod portion from the tip of the screw-in portion , with the first thread including a plurality of first thread convolutions ; and a second thread spirally developed on the outer circumference of the shank and extending to the straight rod portion from the tip of the screw-in portion , with the second thread including a plurality of second thread convolutions spaced from the first thread convolutions of the first thread , wherein the first and second threads are spaced apart from each other and correspondingly extend to the straight rod portion from the tip ; characterized in that the screw-in portion is provided with at least five thread convolutions of the first and second thread convolutions , and the first and second thread convolutions on the screw-in portion have an identical thread height and in that the straight rod portion has a substantially triangular cross section. a shank including a straight rod portion and a tapered screw-in portion at a front end of the straight rod portion , with the screw-in portion having a sharp-cone cross section with a tip ; a first thread spirally developed on an outer circumference of the shank and extending to the straight rod portion from the tip of the screw-in portion , with the first thread including a plurality of first thread convolutions ; and a second thread spirally developed on the outer circumference of the shank and extending to the straight rod portion from the tip of the screw-in portion , with the second thread including a plurality of second thread convolutions spaced from the first thread convolutions of the first thread , wherein the first and second threads are spaced apart from each other and correspondingly extend to the straight rod portion from the tip ; characterized in that the screw-in portion is provided with at least five thread convolutions of the first and second thread convolutions , and the first and second thread convolutions on the screw-in portion have an identical thread height and in that the straight rod portion has a substantially triangular cross section.
A method of processing an audio signal, comprising: detecting , based on a power distribution of the audio signal, a type of content of a frame of the audio signal; generating a first gain based on a sound level of the frame for adjusting the sound level; processing the audio signal by applying the first gain to obtain a processed frame; and in response to the type of content being detected to be a breath sound, generating a second gain for mitigating the breath sound; and processing the audio signal by applying the second gain, such that both the first gain and the second gain are applied to obtain the processed frame; wherein, in response to the type of content being detected to be a breath sound and in response to the sound level of the frame being below a threshold, the method further comprises updating a value of the first gain so that the sound level of the audio signal for a current frame is maintained with regard to a previous frame. detecting , based on a power distribution of the audio signal, a type of content of a frame of the audio signal; generating a first gain based on a sound level of the frame for adjusting the sound level; processing the audio signal by applying the first gain to obtain a processed frame; and in response to the type of content being detected to be a breath sound, generating a second gain for mitigating the breath sound; and processing the audio signal by applying the second gain, such that both the first gain and the second gain are applied to obtain the processed frame; generating a second gain for mitigating the breath sound; and processing the audio signal by applying the second gain, such that both the first gain and the second gain are applied to obtain the processed frame; wherein, in response to the type of content being detected to be a breath sound and in response to the sound level of the frame being below a threshold, the method further comprises updating a value of the first gain so that the sound level of the audio signal for a current frame is maintained with regard to a previous frame.
A heat exchanger, comprising: a collecting pipe having a first end, a second end, a pipe wall and an inner cavity; a plurality of heat exchange tubes arranged along a length direction of the collecting pipe and spaced with a distance L 0 between each two adjacent heat exchange tubes , each of the heat exchange tubes having a first end and an inner channel, the inner channel of the heat exchange tube being in communication with the inner cavity of the collecting pipe ; a distribution pipe having a first end, a second end, a pipe wall and an inner space, the first end of the distribution pipe being a fluid inlet, the second end of the distribution pipe being closed, wherein the pipe wall of the distribution pipe defines a plurality of through holes which are in communication with the inner cavity of the collecting pipe and the inner space of the distribution pipe , the plurality of through holes are disposed along a length direction of the distribution pipe , and the plurality of through holes comprise a first through hole, a second through hole, a third through hole, ... an (n-1) th through hole and an n th through hole in sequence along a direction from the first end of the distribution pipe to the second end of the distribution pipe , characterized in that a distance between an (i+1) th through hole and an i th through hole is: d i = α i L 0 , i=1, 2, ... n-1, α = 0. 618. a collecting pipe having a first end, a second end, a pipe wall and an inner cavity; a plurality of heat exchange tubes arranged along a length direction of the collecting pipe and spaced with a distance L 0 between each two adjacent heat exchange tubes , each of the heat exchange tubes having a first end and an inner channel, the inner channel of the heat exchange tube being in communication with the inner cavity of the collecting pipe ; a distribution pipe having a first end, a second end, a pipe wall and an inner space, the first end of the distribution pipe being a fluid inlet, the second end of the distribution pipe being closed, wherein the pipe wall of the distribution pipe defines a plurality of through holes which are in communication with the inner cavity of the collecting pipe and the inner space of the distribution pipe , the plurality of through holes are disposed along a length direction of the distribution pipe , and the plurality of through holes comprise a first through hole, a second through hole, a third through hole, ... an (n-1) th through hole and an n th through hole in sequence along a direction from the first end of the distribution pipe to the second end of the distribution pipe , characterized in that a distance between an (i+1) th through hole and an i th through hole is: d i = α i L 0 , i=1, 2, ... n-1, α = 0. 618.
Vehicle restraint system comprising two adjacent concrete barrier elements and at least one post , coupled to the two adjacent concrete barrier elements , for a rockfall protection fence , the post having a coupling device at a lower end region for coupling the post to the two adjacent concrete barrier elements , characterized in that the coupling device is embodied in one piece and in that the two adjacent concrete barrier elements are coupled to one another only with the coupling device of the post .
A security information configuration method, comprising: generating , by a system on chip, SoC, an asymmetric key pair, wherein the asymmetric key pair comprises a public key and a private key; writing , by the SoC, the private key into an electrically programmable fuse, eFuse, of the SoC; encrypting , by the SoC, the public key; writing , by the SoC, the encrypted public key into a flash memory for storage; obtaining , by the SoC, target software information from the flash memory, and generating first digest information according to the target software information, wherein the target software information is used to start target software; using , by the SoC, the public key or the private key to make a signature for the first digest information, so as to obtain signature information; and writing , by the SoC, the signature information into the flash memory, wherein the encrypting , by the SoC, the public key comprises determining, by the SoC, a symmetric key according to the private key, and encrypting the public key by using the symmetric key. generating , by a system on chip, SoC, an asymmetric key pair, wherein the asymmetric key pair comprises a public key and a private key; writing , by the SoC, the private key into an electrically programmable fuse, eFuse, of the SoC; encrypting , by the SoC, the public key; writing , by the SoC, the encrypted public key into a flash memory for storage; obtaining , by the SoC, target software information from the flash memory, and generating first digest information according to the target software information, wherein the target software information is used to start target software; using , by the SoC, the public key or the private key to make a signature for the first digest information, so as to obtain signature information; and writing , by the SoC, the signature information into the flash memory, wherein the encrypting , by the SoC, the public key comprises determining, by the SoC, a symmetric key according to the private key, and encrypting the public key by using the symmetric key.