mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner system, comprising a compressor , an indoor heat exchanger , a first throttle device , and an outdoor heat exchanger connected in series in a main circuit, wherein the main circuit is also provided with a heat exchanger and a first gas-liquid separator ; one side of the heat exchanger is connected to a first pipeline (M) between the first throttle device and the indoor heat exchanger, and the other side of the heat exchanger is connected to a second pipeline (N) between the first throttle device and the outdoor heat exchanger, so that a refrigerant passing through the first pipeline and a refrigerant passing through the second pipeline can exchange heat in the heat exchanger; and wherein the first pipeline (M) passes through one side of the heat exchanger and/or the second pipeline (N) passes through the other side of the heat exchanger , characterised in that the first gas-liquid separator is positioned in a second pipeline (N) section between the heat exchanger and the outdoor heat exchanger, and in that a bypass pipeline (L) is disposed between the first gas-liquid separator and the compressor. wherein the main circuit is also provided with a heat exchanger and a first gas-liquid separator ; one side of the heat exchanger is connected to a first pipeline (M) between the first throttle device and the indoor heat exchanger, and the other side of the heat exchanger is connected to a second pipeline (N) between the first throttle device and the outdoor heat exchanger, so that a refrigerant passing through the first pipeline and a refrigerant passing through the second pipeline can exchange heat in the heat exchanger; and wherein the first pipeline (M) passes through one side of the heat exchanger and/or the second pipeline (N) passes through the other side of the heat exchanger , characterised in that the first gas-liquid separator is positioned in a second pipeline (N) section between the heat exchanger and the outdoor heat exchanger, and in that a bypass pipeline (L) is disposed between the first gas-liquid separator and the compressor.
Method for producing a cycloaliphatic diester of formula (Ia) or (Ib), in which A each independently is an aliphatic or aromatic radical and n is a number between 0 and 3, comprising the steps of (i) reacting a mixture comprising at least one cycloaliphatic dicarboxylic acid and at least one aliphatic and/or aromatic carbonate, in the presence of a basic catalyst, to give a cycloaliphatic diester of formulae (Ia) or (Ib) and (ii) separating the cycloaliphatic diester of formula (Ia) or (Ib) from the mixture of method step (i) by means of distillation at a temperature of 180°C to 280°C. A each independently is an aliphatic or aromatic radical and n is a number between 0 and 3, comprising the steps of (i) reacting a mixture comprising at least one cycloaliphatic dicarboxylic acid and at least one aliphatic and/or aromatic carbonate, in the presence of a basic catalyst, to give a cycloaliphatic diester of formulae (Ia) or (Ib) and (ii) separating the cycloaliphatic diester of formula (Ia) or (Ib) from the mixture of method step (i) by means of distillation at a temperature of 180°C to 280°C. (i) reacting a mixture comprising at least one cycloaliphatic dicarboxylic acid and at least one aliphatic and/or aromatic carbonate, in the presence of a basic catalyst, to give a cycloaliphatic diester of formulae (Ia) or (Ib) and (ii) separating the cycloaliphatic diester of formula (Ia) or (Ib) from the mixture of method step (i) by means of distillation at a temperature of 180°C to 280°C.
Method for minimizing harmonic distortion and/or intermodulation distortion of a radiofrequency signal propagating in a radiofrequency circuit (L) formed on a semiconductor substrate coated with an electrically insulating layer , wherein a curve representing said distortion as a function of a power of the input or output signal exhibits a trough around a given power (P Dip ), said method being characterized in that it comprises applying, between the radiofrequency circuit (L) and the semiconductor substrate , an electrical potential difference (V GB ) chosen so as to move said trough towards a given operating power of the radiofrequency circuit.
A dimeric complex of a selectively deglycosylated vitamin D-binding protein (GcMAF) and cholecalciferol (calciol).
Helicopter comprising a structural framework , at least one main rotor for lift and propulsion integral with said structural framework and a drive train for moving said main rotor comprising a power transmission gearbox and at least one main motor , further comprising a plurality of booster power units fixed to said structural framework and configured to be able to supply extra lift to the helicopter in case of failure of the drive train of the helicopter, characterised in that each booster power unit is removably mounted on the structural framework .
A gas turbine engine comprising: a fan rotor delivering air into a bypass duct defined between an outer fan case and an outer interior housing, said fan rotor also delivering air into a compressor section , a combustor , and a turbine section , said turbine section including at least a high pressure turbine and a low pressure turbine ; a chamber defined between said outer interior housing and an inner housing , said inner housing containing said compressor section , said combustor and said turbine section ; and a first conduit for tapping hot compressed air to be cooled and passing said air to at least one heat exchanger , said air being cooled in said heat exchanger and returned to a return conduit , said return conduit passing the cooled air to at least one of said turbine section and said compressor section , and said heat exchanger having a core exhaust plane , characterized in that : said turbine section has at least a first and a downstream second rotor blade row , with said core exhaust plane located downstream of a center plane of said second blade row , positioned downstream of an axially downstream most end of said high pressure turbine , and positioned downstream of an axially downstream most end of said low pressure turbine . a fan rotor delivering air into a bypass duct defined between an outer fan case and an outer interior housing, said fan rotor also delivering air into a compressor section , a combustor , and a turbine section , said turbine section including at least a high pressure turbine and a low pressure turbine ; a chamber defined between said outer interior housing and an inner housing , said inner housing containing said compressor section , said combustor and said turbine section ; and a first conduit for tapping hot compressed air to be cooled and passing said air to at least one heat exchanger , said air being cooled in said heat exchanger and returned to a return conduit , said return conduit passing the cooled air to at least one of said turbine section and said compressor section , and said heat exchanger having a core exhaust plane , characterized in that : said turbine section has at least a first and a downstream second rotor blade row , with said core exhaust plane located downstream of a center plane of said second blade row , positioned downstream of an axially downstream most end of said high pressure turbine , and positioned downstream of an axially downstream most end of said low pressure turbine .
A cosmetic, non-therapeutic method with a bio-revitalizing action for improving the appearance of the skin comprising the cross-linking by photo-induction of hyaluronic acid or a physiologically acceptable salt thereof positioned or implanted subcutaneously characterized in that cross-linking is carried out by irradiation with laser light with a combination of three wavelengths of 450, 650 and 1064 nm, emitted by a laser device of low level laser therapy, LLLT, type.
A multifunction peripheral apparatus comprising: a scanner configured to optically scan a target object to obtain scan data; a communication interface configured to communicate with another apparatus ; and a processor configured to: transmit, with the communication interface , the scan data to a service device for executing an optical character recognition, OCR, function for recognizing characters in the scan data to generate a text data, and notifies the service device that another multifunction peripheral apparatus is an alternative apparatus for acquiring the text data; the multifunction peripheral apparatus being characterized in that the processor is further configured to: encrypt processing information for acquiring the text data of the service device and transmitting the text data to a file (server ; and transmit, with the communication interface , the encrypted processing information to the another alternative multifunction peripheral apparatus , wherein the multifunction peripheral apparatus performs polling to the service device as to whether or not generation of the text data is completed, and acquires the text data from the service device and transmits the text data to the file server when receiving a response to the polling from the service device. a scanner configured to optically scan a target object to obtain scan data; a communication interface configured to communicate with another apparatus ; and a processor configured to: transmit, with the communication interface , the scan data to a service device for executing an optical character recognition, OCR, function for recognizing characters in the scan data to generate a text data, and notifies the service device that another multifunction peripheral apparatus is an alternative apparatus for acquiring the text data; the multifunction peripheral apparatus being characterized in that the processor is further configured to: encrypt processing information for acquiring the text data of the service device and transmitting the text data to a file (server ; and transmit, with the communication interface , the encrypted processing information to the another alternative multifunction peripheral apparatus , wherein encrypt processing information for acquiring the text data of the service device and transmitting the text data to a file (server ; and transmit, with the communication interface , the encrypted processing information to the another alternative multifunction peripheral apparatus , wherein the multifunction peripheral apparatus performs polling to the service device as to whether or not generation of the text data is completed, and acquires the text data from the service device and transmits the text data to the file server when receiving a response to the polling from the service device.
Microfluidic device (M), comprising at least two layers arranged one above the other, namely a first layer and a second layer ; an elastic diaphragm which is arranged between the two layers ; a cavity which is arranged in a clearance of the first layer and is pneumatically connected to a first displacement volume formed in the clearance of the first layer ; and at least one duct in the second layer for applying pressure to the diaphragm , wherein the duct is pneumatically connected to a second displacement volume formed in the second layer , wherein the second displacement volume is pneumatically connected to the diaphragm such that, depending on the application of pressure by the duct into the first displacement volume or into the second displacement volume , the diaphragm can expand to increase or decrease a pressure in the cavity , characterized in that , to limit the pressure variation in the cavity , the diaphragm is connected, via a weld seam or adhesive bond , to the first layer in the region of the duct and to the second layer in the region of the cavity , with the result that the first displacement volume is determined by the clearance and by the extent of the weld seam or adhesive bond on the second layer and the cavity is formed by that part of the clearance in which the diaphragm cannot expand as a result of the weld seam or the adhesive bond with the second layer .
A moulded part comprising a wall having a hole , along an axis (A), produced during the moulding of this part, said hole being intended to receive a guide for assembling another part on said moulded part , said hole being surrounded by an edge , situated on one of the sides of the wall , for guiding the engagement of the guide in said hole along the axis (A) of said hole , the edge having a zone forming an angle with the wall , the end of which is connected to said wall by a connecting part forming with said zone of the edge a recess which opens out on the surface of the wall opposed to the edge and which has, in a plane perpendicular to said wall , a substantially V-shaped section, so that the moulded part is obtained by means of a mould composed of two separable parts along a demoulding axis (B) different from the axis (A) of the hole of the moulded part, said edge zone forming an angle with the wall is undercut with respect to the demoulding axis (B), and the connecting element is not undercut with respect to the demoulding axis (B).
A downhole pipe cutting tool comprising: a tool body having a piston assembly disposed in a central bore thereof, the piston assembly having an indexing track configured to engage with a pin , wherein the piston assembly is configured to translate longitudinally along a central axis of the tool body ; and a plurality of cutter knife sets , wherein each of the plurality of cutter knife sets includes at least two individual cutter knives circumferentially spaced about the central axis of the tool body , wherein each of the plurality of cutter knife sets is configured to selectively engage with the piston assembly to extend outward to perform a pipe cutting operation and wherein the indexing track comprises longitudinal track sections disposed on the piston assembly ; angular track sections disposed between the longitudinal track sections ; and transition slots , wherein engagement of the pin and the longitudinal track sections is configured to selectively engage at least one of the plurality of cutter knife sets , characterised in that , said pin is a fixed pin secured to the tool body . a tool body having a piston assembly disposed in a central bore thereof, the piston assembly having an indexing track configured to engage with a pin , wherein the piston assembly is configured to translate longitudinally along a central axis of the tool body ; and a plurality of cutter knife sets , wherein each of the plurality of cutter knife sets includes at least two individual cutter knives circumferentially spaced about the central axis of the tool body , wherein each of the plurality of cutter knife sets is configured to selectively engage with the piston assembly to extend outward to perform a pipe cutting operation and wherein the indexing track comprises longitudinal track sections disposed on the piston assembly ; angular track sections disposed between the longitudinal track sections ; and transition slots , wherein engagement of the pin and the longitudinal track sections is configured to selectively engage at least one of the plurality of cutter knife sets , characterised in that , said pin is a fixed pin secured to the tool body .
An inner core assembly for a vibration mixer, comprising a motor assembly and a compression assembly located above the motor assembly , wherein the motor assembly comprises a vibration motor , a rotor shaft of the vibration motor is connected to the compression assembly by using an eccentric structure, the compression assembly comprises a stage , the stage is connected to a pressure plate mounting bracket by using a guiding shaft , the pressure plate mounting bracket is capable of sliding along the guiding shaft , the rotor shaft of the vibration motor is configured to rotate and drive, by using the eccentric structure, the compression assembly to perform reciprocating motion, characterized in that : the motor assembly further comprises a motor fixing plate , the vibration motor is fixed on the motor fixing plate , a vibration reduction column is fixed at each vertex of the motor fixing plate , a vibration reduction support is fixed at an upper end of the vibration reduction column , the vibration reduction support is connected to a vibration reduction assembly , the vibration reduction assembly is fixed on a base assembly , a connecting plate is fixed above the pressure plate mounting bracket , a connecting rod is fixed at each of two ends of a connecting plate , two connecting rods are connected to an upper end portion of a rear connecting rod by using a connecting rod fixing plate , a lower end portion of the rear connecting rod is fixed on the vibration reduction column by using a connecting rod bracket .
A method at a remote server for use in providing push notifications to a client device , the method comprising: receiving , from the client device , a request including identification information for an email address of a user of the client device ; generating a public key-private key pairing associated with the email address of the user; providing the public key to the client device ; receiving encrypted user credentials which have been encrypted by the client device using the public key; generating a callback Uniform Resource Locator 'URL' comprising at least a portion of the encrypted user credentials embedded in the callback URL; instructing an email service to contact the callback URL in response to a change in an email account associated with the user credentials; receiving contact at the callback URL from the email service ; decrypting , using the private key, the encrypted user credentials embedded in the callback URL; fetching email information from the email service using the decrypted user credentials; causing a push notification to be transmitted to the client device , the push notification comprising at least a portion of the fetched email information. receiving , from the client device , a request including identification information for an email address of a user of the client device ; generating a public key-private key pairing associated with the email address of the user; providing the public key to the client device ; receiving encrypted user credentials which have been encrypted by the client device using the public key; generating a callback Uniform Resource Locator 'URL' comprising at least a portion of the encrypted user credentials embedded in the callback URL; instructing an email service to contact the callback URL in response to a change in an email account associated with the user credentials; receiving contact at the callback URL from the email service ; decrypting , using the private key, the encrypted user credentials embedded in the callback URL; fetching email information from the email service using the decrypted user credentials; causing a push notification to be transmitted to the client device , the push notification comprising at least a portion of the fetched email information.
A modular conveyor belt comprising: a plurality of first rows (B) of first belt modules and a plurality of second rows (A) of second belt modules wherein the first rows and the second rows are alternately connected to each other at hinge joints between consecutive first and second rows; wherein each of the first rows (B) has a drive face (56;57) for receiving a drive tooth and wherein all the second rows (A) are devoid of drive faces and wherein the first rows (B) of first belt modules and the second rows (A) of second belt modules each comprise: a plurality of links ( 50, 52; 42, 44) extending in a direction of belt travel from a first link end to a second link end and separated by gaps (47; 46) between facing sides of consecutive links; a plurality of bridges ( 48; 49) extending between facing sides of consecutive links across the gaps between the first link ends and the second link ends characterized in that the modular conveyor belt further comprises a drive pocket formed in one of the links in each of the first rows (B) and bounded by the drive face to receive a drive tooth . a plurality of first rows (B) of first belt modules and a plurality of second rows (A) of second belt modules wherein the first rows and the second rows are alternately connected to each other at hinge joints between consecutive first and second rows; wherein each of the first rows (B) has a drive face (56;57) for receiving a drive tooth and wherein all the second rows (A) are devoid of drive faces and wherein the first rows (B) of first belt modules and the second rows (A) of second belt modules each comprise: a plurality of links ( 50, 52; 42, 44) extending in a direction of belt travel from a first link end to a second link end and separated by gaps (47; 46) between facing sides of consecutive links; a plurality of bridges ( 48; 49) extending between facing sides of consecutive links across the gaps between the first link ends and the second link ends characterized in that the modular conveyor belt further comprises a drive pocket formed in one of the links in each of the first rows (B) and bounded by the drive face to receive a drive tooth . a plurality of links ( 50, 52; 42, 44) extending in a direction of belt travel from a first link end to a second link end and separated by gaps (47; 46) between facing sides of consecutive links; a plurality of bridges ( 48; 49) extending between facing sides of consecutive links across the gaps between the first link ends and the second link ends characterized in that the modular conveyor belt further comprises a drive pocket formed in one of the links in each of the first rows (B) and bounded by the drive face to receive a drive tooth .
An electrical conveyance system, comprising: an electrical power manifold stationary from rotation and comprising a housing , a chamber formed within the housing , an upper, threaded, connection formed on an uphole end of the housing , and a lower, threaded, connection formed on a downhole end of the housing ; a drill string coupled to the electrical power manifold , wherein the electrical power manifold is a structural element of the drill string ; a multi-conductor conduit extending through an interior of the drill string ; a stinger assembly extending from an exterior of the electrical power manifold to an interior of the electrical power manifold to couple the multi-conductor conduit to an electrical power source wherein the stinger assembly further includes a stationary cable, a rotating cable , and a slip ring coupling the stationary cable and the rotating cable, wherein the multi-conductor conduit rotates together with the drill string and a downhole tool coupled to the drill string and the multi-conductor conduit such that the conduit transmits power from the surface to the downhole tool, and a pulsed-power electrocrushing drill bit coupled to the drill string and the multi-conductor conduit . an electrical power manifold stationary from rotation and comprising a housing , a chamber formed within the housing , an upper, threaded, connection formed on an uphole end of the housing , and a lower, threaded, connection formed on a downhole end of the housing ; a drill string coupled to the electrical power manifold , wherein the electrical power manifold is a structural element of the drill string ; a multi-conductor conduit extending through an interior of the drill string ; a stinger assembly extending from an exterior of the electrical power manifold to an interior of the electrical power manifold to couple the multi-conductor conduit to an electrical power source wherein the stinger assembly further includes a stationary cable, a rotating cable , and a slip ring coupling the stationary cable and the rotating cable, wherein the multi-conductor conduit rotates together with the drill string and a downhole tool coupled to the drill string and the multi-conductor conduit such that the conduit transmits power from the surface to the downhole tool, and a pulsed-power electrocrushing drill bit coupled to the drill string and the multi-conductor conduit .