mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a gas management assembly and a high pressure heat-treatment apparatus (HA), the gas management assembly configured for being used with the high pressure heat-treatment apparatus, the assembly comprising: a housing having an inner space ; a gas supply module disposed in the inner space and configured to supply a gas to internal chamber (IC) and external chamber (EC) of the high pressure heat-treatment apparatus; a gas exhaust module disposed in the inner space and configured to exhaust the gas caused by heat treatment of an object from the internal chamber; a detection module connected to the gas exhaust module in the inner space and configured to detect the residual gas remaining in the internal chamber; and a control module configured to control at least one of the gas supply module and the gas exhaust module based on a detection result of the residual gas by the detection module. a housing having an inner space ; a gas supply module disposed in the inner space and configured to supply a gas to internal chamber (IC) and external chamber (EC) of the high pressure heat-treatment apparatus; a gas exhaust module disposed in the inner space and configured to exhaust the gas caused by heat treatment of an object from the internal chamber; a detection module connected to the gas exhaust module in the inner space and configured to detect the residual gas remaining in the internal chamber; and a control module configured to control at least one of the gas supply module and the gas exhaust module based on a detection result of the residual gas by the detection module.
A tensioning device configured to tension a wire , the tensioning device comprising: a frame body ; a slider slidably mounted onto the frame body ; a roller rotatably mounted onto the slider and configured to tension the wire thereon; and a spring compressed between the slider and the frame body , wherein the spring is configured to push the slider to move in a direction to tension the wire so as to increase a tension force on the wire when the tension force on the wire is less than a predetermined minimum tension force; and the slider is configured to be moved in a direction to loosen the wire against the pushing of the spring so as to reduce the tension force on the wire when the tension force on the wire is greater than a predetermined maximum tension force; characterized in that the slider is provided with a receiving hole , and one end of the spring is received in the receiving hole of the slider and is pushed against the slider . a frame body ; a slider slidably mounted onto the frame body ; a roller rotatably mounted onto the slider and configured to tension the wire thereon; and a spring compressed between the slider and the frame body , wherein the spring is configured to push the slider to move in a direction to tension the wire so as to increase a tension force on the wire when the tension force on the wire is less than a predetermined minimum tension force; and the slider is configured to be moved in a direction to loosen the wire against the pushing of the spring so as to reduce the tension force on the wire when the tension force on the wire is greater than a predetermined maximum tension force; characterized in that the slider is provided with a receiving hole , and one end of the spring is received in the receiving hole of the slider and is pushed against the slider .
A computer implemented method enabling a user to inform a group of emergency contacts about an occurrence of emergency associated with the user, the method comprising: detecting, by a processing device, a triggering event indicating an emergency, wherein the triggering event is detected from user input received by a wearable mobile device ; determining, by the processing device, a location of the wearable mobile device , the location of the wearable mobile device corresponding to a location of the emergency; providing, by the processing device, an indication of the emergency and the location of the emergency to a personal safety service server, wherein the personal safety service server is configured to send a notification message via a push notification displayed on user devices of the predefined group of emergency contacts indicating the occurrence of the emergency associated with the user, wherein members of the group of emergency contacts were previously defined by the user, and an indication of the members stored by the personal safety service server ; providing confirmation that the notification message sent via a push notification was displayed on the user device of at least one member of the group of emergency contacts ; and periodically providing, by the processing device, updates for the location of the wearable mobile device to the personal safety service server . detecting, by a processing device, a triggering event indicating an emergency, wherein the triggering event is detected from user input received by a wearable mobile device ; determining, by the processing device, a location of the wearable mobile device , the location of the wearable mobile device corresponding to a location of the emergency; providing, by the processing device, an indication of the emergency and the location of the emergency to a personal safety service server, wherein the personal safety service server is configured to send a notification message via a push notification displayed on user devices of the predefined group of emergency contacts indicating the occurrence of the emergency associated with the user, wherein members of the group of emergency contacts were previously defined by the user, and an indication of the members stored by the personal safety service server ; providing confirmation that the notification message sent via a push notification was displayed on the user device of at least one member of the group of emergency contacts ; and periodically providing, by the processing device, updates for the location of the wearable mobile device to the personal safety service server .
A dish rack assembly comprising: a dish rack defining an interior ; and an adjustable tine assembly located within the interior and comprising first and second sets of tines , which are coaxial about a common rotational axis , and rotatable about the rotational axis , the first set of tines having a first cross member from which multiple first tines extend, and the second set of tines having a second cross member from which multiple second tines extend, the second cross member having a C-shaped cross section defining a hollow interior , which receives the first cross member . a dish rack defining an interior ; and an adjustable tine assembly located within the interior and comprising first and second sets of tines , which are coaxial about a common rotational axis , and rotatable about the rotational axis , the first set of tines having a first cross member from which multiple first tines extend, and the second set of tines having a second cross member from which multiple second tines extend, the second cross member having a C-shaped cross section defining a hollow interior , which receives the first cross member .
A tester for testing electronic boards including: a test station , a conveyor for loading/unloading the boards into/from the test station ; a plurality of flying probes configured to interact with pre-set points of each board , when disposed in the test station , according to a pre-set test cycle; the conveyor including at least a pair of conveyor elements configured to cooperate with opposite lateral edges of the boards and located at opposite sides of a working volume of the flying probes ; the tester including at least one contacting device disposed in the test station over at least one of the conveyor elements , the contacting device including a plurality of contacts aligned with one another in a conveying direction and configured to cooperate with respective contact areas aligned with one another along at least one of the lateral edges of said boards , the contacting device being movable between a first position allowing loading/unloading the board into/from the test station and a second position in which it blocks the board on the conveying element and establishes an electric connection between said contacts of the contacting device and said contact areas of the board . a test station , a conveyor for loading/unloading the boards into/from the test station ; a plurality of flying probes configured to interact with pre-set points of each board , when disposed in the test station , according to a pre-set test cycle; the conveyor including at least a pair of conveyor elements configured to cooperate with opposite lateral edges of the boards and located at opposite sides of a working volume of the flying probes ; the tester including at least one contacting device disposed in the test station over at least one of the conveyor elements , the contacting device including a plurality of contacts aligned with one another in a conveying direction and configured to cooperate with respective contact areas aligned with one another along at least one of the lateral edges of said boards , the contacting device being movable between a first position allowing loading/unloading the board into/from the test station and a second position in which it blocks the board on the conveying element and establishes an electric connection between said contacts of the contacting device and said contact areas of the board .
An abnormality detection apparatus for at least two rail vehicles (A, B), comprising: a vibration data acquisition unit which acquires vibration data of the rail vehicles (A, B); an operation data acquisition unit which acquires operation data of the rail vehicles (A, B); and a data analysis unit which distinguishes whether each of the rail vehicles (A, B) traveling on a same track is placed in normal or abnormal condition, based on the vibration data and the operation data, and extracts vibration data of the rail vehicles (A, B) in association with a normal or abnormal condition, characterised in that the apparatus further comprises: a comparison processing unit which compares the vibration data of a rail vehicle (A) placed in normal condition and the vibration data of a rail vehicle (B) placed in abnormal condition and calculates a result of comparison; and a diagnosis unit which decides on a cause of abnormality of vibration in the rail vehicle (B) distinguished as being placed in abnormal condition, based on the result of comparison. a vibration data acquisition unit which acquires vibration data of the rail vehicles (A, B); an operation data acquisition unit which acquires operation data of the rail vehicles (A, B); and a data analysis unit which distinguishes whether each of the rail vehicles (A, B) traveling on a same track is placed in normal or abnormal condition, based on the vibration data and the operation data, and extracts vibration data of the rail vehicles (A, B) in association with a normal or abnormal condition, characterised in that the apparatus further comprises: a comparison processing unit which compares the vibration data of a rail vehicle (A) placed in normal condition and the vibration data of a rail vehicle (B) placed in abnormal condition and calculates a result of comparison; and a diagnosis unit which decides on a cause of abnormality of vibration in the rail vehicle (B) distinguished as being placed in abnormal condition, based on the result of comparison. a comparison processing unit which compares the vibration data of a rail vehicle (A) placed in normal condition and the vibration data of a rail vehicle (B) placed in abnormal condition and calculates a result of comparison; and a diagnosis unit which decides on a cause of abnormality of vibration in the rail vehicle (B) distinguished as being placed in abnormal condition, based on the result of comparison.
A coupling device for coupling a rod to a bone anchoring element , the coupling device including a receiving part comprising a first end and a second end , a central longitudinal axis (C) extending through the first end and the second end , an accommodation space for accommodating a head of the bone anchoring element with an opening at the second end and a recess for receiving the rod adjacent to the first end , the recess defining two free legs , and a pressure member arranged at least partially in the accommodation space , the pressure member being movable from at least a first position in which an inserted head is pivotable in the accommodation space and a second position in which the pressure member exerts pressure onto an inserted head such that the head is provisionally locked; wherein in the second position the pressure member is configured to engage the receiving part by a latching connection such that the pressure member is at least temporarily prevented from moving to the first position, wherein the pressure member comprises a head contacting portion configured to contact the head when the pressure member is in the accommodation space and two arms extending away from the head contacting portion and wherein each of the legs comprises a slot arranged between an outer wall and an inner wall of the legs and wherein the arms extend into the slot , respectively, and wherein a free end of the arms of the pressure member is exposed at or close to the first end of the receiving part .. a receiving part comprising a first end and a second end , a central longitudinal axis (C) extending through the first end and the second end , an accommodation space for accommodating a head of the bone anchoring element with an opening at the second end and a recess for receiving the rod adjacent to the first end , the recess defining two free legs , and a pressure member arranged at least partially in the accommodation space , the pressure member being movable from at least a first position in which an inserted head is pivotable in the accommodation space and a second position in which the pressure member exerts pressure onto an inserted head such that the head is provisionally locked; wherein in the second position the pressure member is configured to engage the receiving part by a latching connection such that the pressure member is at least temporarily prevented from moving to the first position,
Process for the manufacture of food flakes of biscuits or plant food type comprising: - mix materials to form a nonfermented food mixture, - arrange on a support the nonfermented food mixture in the form of sheets strips of pastry, or in the form of individual pieces, - cook the nonfermented food mixture in an oven or a stove until an intermediate moisture content of between 7% and 24% is achieved, in order to obtain a cooked composition, then - cooling the cooked composition so that the texture of the cooked composition is suitable for granulation, the cooling being carried out at a temperature of between 0°C and 35°C for a period of time of between 1 h and 48 h, then - granulating the cooked composition by virtue of a granulator in order to obtain food flakes, in which the granulator comprises a rotor and a sieve, the rotor being provided with fins or vanes or slats to press the cooked composition against the sieve, and in which the rotor carries out an oscillating or rotating movement, in which the sieve exhibits a mesh size of between 0.2 mm and 25 mm, in which the food flakes exhibit a dimension of less than or equal to 25 mm, - drying the food flakes in an oven or a stove to reduce the moisture content in the food flakes. - mix materials to form a nonfermented food mixture, - arrange on a support the nonfermented food mixture in the form of sheets strips of pastry, or in the form of individual pieces, - cook the nonfermented food mixture in an oven or a stove until an intermediate moisture content of between 7% and 24% is achieved, in order to obtain a cooked composition, then - cooling the cooked composition so that the texture of the cooked composition is suitable for granulation, the cooling being carried out at a temperature of between 0°C and 35°C for a period of time of between 1 h and 48 h, then - granulating the cooked composition by virtue of a granulator in order to obtain food flakes, in which the granulator comprises a rotor and a sieve, the rotor being provided with fins or vanes or slats to press the cooked composition against the sieve, and in which the rotor carries out an oscillating or rotating movement, in which the sieve exhibits a mesh size of between 0.2 mm and 25 mm, in which the food flakes exhibit a dimension of less than or equal to 25 mm, - drying the food flakes in an oven or a stove to reduce the moisture content in the food flakes.
A lighting arrangement including - a light source , - a light guide , said light guide including at least a first and second outer surface , said first and second outer surface being arranged on opposite sides of said light guide , a forward direction (F) along said light guide extending from said light source in parallel to said first said outer surface , and - a collimator , said collimator comprising a first reflector surface facing towards said second outer surface , said first reflector surface being arranged at least substantially parallel to said forward direction (F) and extending into said forward direction (F) for a first reflector length (L1) measured from said light source , wherein the light source and the collimator are embedded within the light guide , characterized in that , the collimator comprises a second reflector surface facing towards said first outer surface and extending into said forward direction (F) for a second reflector length (L2) measured from said light source , said second reflector length (L2) being greater than said first reflector length (L1), wherein at least a portion of said second reflector surface is arranged under an angle (α) to said forward direction (F) and said angle α is chosen at 2.5°-25°, the light source is arranged to emit light between said first and second reflector surfaces , and said angle (α) and the first and second lengths (L1, L2) of the first and second reflector surfaces respectively are chosen such that light emitted from said light source is directed along said light guide into such directions that an angle of incidence (Θ) at said first or second outer surface is above a critical angle (Θc), such that total internal reflection occurs. - a light source , - a light guide , said light guide including at least a first and second outer surface , said first and second outer surface being arranged on opposite sides of said light guide , a forward direction (F) along said light guide extending from said light source in parallel to said first said outer surface , and - a collimator , said collimator comprising a first reflector surface facing towards said second outer surface , said first reflector surface being arranged at least substantially parallel to said forward direction (F) and extending into said forward direction (F) for a first reflector length (L1) measured from said light source ,
A non-transitory computer readable storage medium including executable instructions that, when executed by a processor, cause the processor to: using at least one of a kernel module and management instrumentation of an operating system, assign a callback to a creation event of an application process ; and in response to detecting the creation event of the application process , execute the callback that is assigned to the creation event of the application process , the execution of the callback causing data flow control object code to be injected into the application process prior to the application process making system calls to the operating system, the data flow control object code to provide functionality modification of the application process by enforcing policies relating to the leakage of sensitive data by the application process , wherein, the data flow control object code is operable to enforce the policies by intercepting a system call by the application process that requests a flow of data out of the application process against the policies, and by controlling the flow of data according to the policies. using at least one of a kernel module and management instrumentation of an operating system, assign a callback to a creation event of an application process ; and in response to detecting the creation event of the application process , execute the callback that is assigned to the creation event of the application process , the execution of the callback causing data flow control object code to be injected into the application process prior to the application process making system calls to the operating system, the data flow control object code to provide functionality modification of the application process by enforcing policies relating to the leakage of sensitive data by the application process , wherein, the data flow control object code is operable to enforce the policies by intercepting a system call by the application process that requests a flow of data out of the application process against the policies, and by controlling the flow of data according to the policies.
A casing assembly, comprising: a casing , having an outer surface and an inner surface opposite the outer surface, the casing defining a first through hole , the first through hole extending through the outer surface and the inner surface; a flash lens , covering the first through hole ; and a decorative ring , passing through the first through hole and coupled to the flash lens and the casing , the decorative ring extending out of the outer surface, wherein the flash lens comprises a first lateral portion and a first longitudinal portion , the first longitudinal portion extending through the first through hole , wherein the decorative ring comprises a second lateral portion and a second longitudinal portion , the decorative ring being coupled to the flash lens by disposing the second lateral portion between the first lateral portion and the inner surface and by disposing the second longitudinal portion to sleeve on the first longitudinal portion . a casing , having an outer surface and an inner surface opposite the outer surface, the casing defining a first through hole , the first through hole extending through the outer surface and the inner surface; a flash lens , covering the first through hole ; and a decorative ring , passing through the first through hole and coupled to the flash lens and the casing , the decorative ring extending out of the outer surface, wherein the flash lens comprises a first lateral portion and a first longitudinal portion , the first longitudinal portion extending through the first through hole , wherein the decorative ring comprises a second lateral portion and a second longitudinal portion , the decorative ring being coupled to the flash lens by disposing the second lateral portion between the first lateral portion and the inner surface and by disposing the second longitudinal portion to sleeve on the first longitudinal portion .
An assembly containing a shelf-stable formulation for decontaminating skin exposed to toxic compounds comprising: a package forming a first chamber and a second chamber ; water located in the first chamber ; and a dry sponge , polyethylene glycol , and diacetylmonoxime or derivatives thereof, located in the second chamber , wherein the polyethylene glycol and the diacetylmonoxime are distributed within the sponge . a package forming a first chamber and a second chamber ; water located in the first chamber ; and a dry sponge , polyethylene glycol , and diacetylmonoxime or derivatives thereof, located in the second chamber , wherein the polyethylene glycol and the diacetylmonoxime are distributed within the sponge .