mhurhangee/patent-ind-claim-en huggingface dataset:
Household appliance or commercial appliance for cleaning, storing or cooking items, comprising a housing formed by walls , by means of which housing an interior space is spatially enclosed, and at least one support device which can be removed from the interior space , • the support device comprising at least one rail system having at least two rails (436 and 438) which are connected to one another and can move relative to one another, and at least one support element , • when the support device is in an installed state, the rail system being mounted on the housing in a force-transmitting manner, such that the support element can move relative to the housing by the rail system being pulled out, • it being possible to transfer a locking unit , which is arranged on the support device and comprises at least one locking element , between a blocking state and a free state, • the locking unit being in its blocking state when the support device is in its uninstalled state, in which the support device is physically separated from the housing , and, when the locking unit is in said blocking state, by forming a form fit, the locking element blocks the rail system from being pulled out, and • the locking unit being in its free state when the support device is in its installed state, and, when the locking unit is in said free state, the locking element allows the rail system to be pulled out, characterised in that at least when the locking unit is in the free state, the locking element is preloaded against the force of a spring . • the support device comprising at least one rail system having at least two rails (436 and 438) which are connected to one another and can move relative to one another, and at least one support element , • when the support device is in an installed state, the rail system being mounted on the housing in a force-transmitting manner, such that the support element can move relative to the housing by the rail system being pulled out, • it being possible to transfer a locking unit , which is arranged on the support device and comprises at least one locking element , between a blocking state and a free state, • the locking unit being in its blocking state when the support device is in its uninstalled state, in which the support device is physically separated from the housing , and, when the locking unit is in said blocking state, by forming a form fit, the locking element blocks the rail system from being pulled out, and • the locking unit being in its free state when the support device is in its installed state, and, when the locking unit is in said free state, the locking element allows the rail system to be pulled out,
Insulator arrangement for a high-voltage or medium-voltage switchgear assembly having at least one axially symmetrical insulating ceramic structure element , characterized in that the structure element has a conductive annular structure arranged on the inner surface thereof and a conductive annular structure arranged on the outer surface thereof, said annular structures being insulated from one another by the insulating structure element, wherein the outer and the inner annular structure are mounted with respect to one another in such a way that they have an overlap with respect to a perpendicular on the longitudinal axis of the structure element , and the two annular structures are capacitively coupled to one another.
A revolvable active diffuser for vehicle, comprising a diffuser bracket immovably fixed relative to a vehicle body, an electrical motor fixed on the diffuser bracket and a driving rod driven by the electrical motor to rotate, the diffuser further comprises a diffuser inner plate mounted on the diffuser bracket, a middle part of the diffuser inner plate being connected to the driving rod by means of a connecting rod , wherein under the driving of the electrical motor, the diffuser inner plate performs rotation movement relative to the diffuser bracket, so as to form an airflow channel for air to flow between the diffuser inner plate and the diffuser bracket, wherein the diffuser inner plate comprises a baseplate extending horizontally and a flap extending at an angle to the baseplate, wherein an edge of the diffuser inner plate is fixed to the diffuser bracket by means of a plurality of fixing shafts and bearing blocks , and the diffuser inner plate takes the fixing shafts as its rotation axis, and wherein the bearing blocks are independently formed with the diffuser bracket .
A computer-implemented method for diagnosing mechanical default of a mechanical watch , comprising a first step of acquiring at least one vibration signal from the mechanical watch and a second step of analyzing said vibration signal by an artificial intelligence trained to detect mechanical default in mechanical watches to determine a diagnosis whether said mechanical watch is working properly or not, wherein the artificial intelligence is trained to detect a mechanical default of the mechanical watch, chosen between: - a mechanical default of a timepiece mechanism of the mechanical watch , chosen between a fatigue of mechanical elements of the mechanical watch and a bad level of tension of the spring of the mechanical watch , and/or - a tightness default of a casing of the mechanical watch . - a mechanical default of a timepiece mechanism of the mechanical watch , chosen between a fatigue of mechanical elements of the mechanical watch and a bad level of tension of the spring of the mechanical watch , and/or - a tightness default of a casing of the mechanical watch .
A hair curler, wherein, the hair curler comprises main body , and the main body comprises a first proximal end and a first distal end ; a first internal space is formed inside the main body ; a first elongated slot communicated with the first internal space is formed on the first proximal end ; a first opening of the first elongated slot is formed on the first proximal end ; the hair curler further comprises a first movable arm movably disposed in the first internal space ; a heating member for heating hair is disposed on a slot wall of the first elongated slot and/or the first movable arm ; wherein, a connecting member is further formed on the main body ; the connecting member comprises a movable mechanical structure; the movable mechanical structure is a hinge structure ; the first movable arm is connected with the main body through the hinge structure ; wherein, the first elongated slot extends from the first opening to the first distal end , a bottom is formed at an adjacent first proximal end of the first elongated slot close to the first distal end ; the hinge structure is disposed between the bottom and the first distal end ; an axis of the hinge structure is perpendicular to an extending direction of the first elongated slot ; the first movable arm is pivoted with the axis of the hinge structure and forms a clip with the slot wall of the first elongated slot .
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, control signalling for scheduling of uplink transmission, the control signalling including information associated with a reference starting position of a physical uplink shared channel, PUSCH; and transmitting, to the base station, data based on the information for the reference starting position of the PUSCH, wherein the information associated with the reference starting position of the PUSCH comprises first information on a starting symbol to which the PUSCH is allocated and second information for determining a starting position, preceding the starting symbol, for transmitting a signal which is a part of time-domain signal of the PUSCH, and wherein the second information is associated with a timing offset. receiving, from a base station, control signalling for scheduling of uplink transmission, the control signalling including information associated with a reference starting position of a physical uplink shared channel, PUSCH; and transmitting, to the base station, data based on the information for the reference starting position of the PUSCH, wherein the information associated with the reference starting position of the PUSCH comprises first information on a starting symbol to which the PUSCH is allocated and second information for determining a starting position, preceding the starting symbol, for transmitting a signal which is a part of time-domain signal of the PUSCH, and wherein the second information is associated with a timing offset.
A pharmaceutical composition comprising a lyophilized fecal microbe preparation comprising microbial cells and a lyophilization formulation, wherein, prior to lyophilization, said lyophilization formulation comprises at least 10% trehalose and a reducing agent, and wherein said lyophilization formulation is capable of providing a cell integrity maintenance ratio of at least 20% (defined as the percentage of microbial cells maintaining integral cell membrane post-lyophilization relative to pre-lyophilization).
A process for producing 1,3-butanediol, comprising contacting an ester of poly-(R)-3-hydroxybutyrate with a source of hydrogen in the presence of a skeletal copper-based catalyst under elevated temperature conditions, wherein the term ester of poly-(R)-3-hydroxybutyrate refers to an ester formed by reaction of poly-(R)-3-hydroxybutyrate with an alcohol and wherein the term skeletal copper-based catalyst refers to a porous catalytic alloy based material comprising copper and aluminum.
Wiper of a wiper system for a vehicle comprising at least one wiper blade carried by a support and configured to wipe a glazed surface of a vehicle , the wiper blade comprising a spoiler configured to be connected to a cleaning system distributing cleaning liquid, the spoiler comprising a body in which is formed a spray manifold of the cleaning liquid configured to be connected to the cleaning system , the spray manifold extending along a main longitudinal direction (A) of the spoiler and comprising at least one row of spray holes , characterized in that at least one of the spray holes comprises a cleaning liquid passage section of between 0.002 mm 2 and 0.070 mm 2 , and in that the spray holes of a row are spaced apart by a pitch of between 0.15 and 10 mm along the main longitudinal direction (A) of the spoiler .
Sheet-like security feature , which changes its appearance when being tilted over a tilting angle range and has a structure which presents a main motif and an additional motif , the structure having microelements which present the main motif and the additional motif , - the microelements presenting the main motif such that it is visible in a surface region in a certain starting tilted position and, when the tilted position is being shifted towards a certain end tilted position within the tilting angle range , the size of the surface region in which the main motif is visible decreases as the degree to which the tilted position is shifted increases, and - the microelements presenting the additional motif such that it moves onto the main motif when the tilted position is being shifted towards the end tilted position , characterized in that the microelements present at least two parts of the additional motif such that the parts of the additional motif move onto the main motif when the tilted position is being shifted in different directions (26; 26a, 26b), and the microelements present the main motif such that at least two portions of an edge of the surface region recede along the different directions (26; 26a, 26b) prior to the movement of the additional motif towards the main motif . - the microelements presenting the main motif such that it is visible in a surface region in a certain starting tilted position and, when the tilted position is being shifted towards a certain end tilted position within the tilting angle range , the size of the surface region in which the main motif is visible decreases as the degree to which the tilted position is shifted increases, and - the microelements presenting the additional motif such that it moves onto the main motif when the tilted position is being shifted towards the end tilted position , the microelements present at least two parts of the additional motif such that the parts of the additional motif move onto the main motif when the tilted position is being shifted in different directions (26; 26a, 26b), and the microelements present the main motif such that at least two portions of an edge of the surface region recede along the different directions (26; 26a, 26b) prior to the movement of the additional motif towards the main motif .
A facial recognition method, comprising: acquiring a face image by a mobile terminal ; extracting face feature information from the face image and matching the face feature information with a predetermined face feature template by a central processing unit of the mobile terminal ; performing liveness detection according to the face image by a graphics processing unit of the mobile terminal , when the central processing unit extracts the face feature information from the face image and matches the face feature information with the predetermined face feature template; wherein the liveness detection comprises blink detection and depth of field detection, and performing the liveness detection according to the face image comprises: performing the blink detection and the depth of field detection in parallel; wherein the blink detection and the matching of face feature information are performed within a time period during which the depth of field detection is performed. acquiring a face image by a mobile terminal ; extracting face feature information from the face image and matching the face feature information with a predetermined face feature template by a central processing unit of the mobile terminal ; performing liveness detection according to the face image by a graphics processing unit of the mobile terminal , when the central processing unit extracts the face feature information from the face image and matches the face feature information with the predetermined face feature template; wherein the liveness detection comprises blink detection and depth of field detection, and performing the liveness detection according to the face image comprises: performing the blink detection and the depth of field detection in parallel; wherein the blink detection and the matching of face feature information are performed within a time period during which the depth of field detection is performed. performing the blink detection and the depth of field detection in parallel; wherein the blink detection and the matching of face feature information are performed within a time period during which the depth of field detection is performed.
A method performed by a base station (105-120, 403) in a wireless communication system, the method comprising: transmitting, to a terminal connected to the base station (105-120, 403) in a licensed frequency band, a first message for configuring a secondary cell, SCell, of an unlicensed frequency band; identifying whether a packet is present on a first bearer for a predetermined time, wherein the first bearer is allowed for transmission on the SCell; and in case that no packet is present on the first bearer for the predetermined time, transmitting, a second message for deactivating the SCell, wherein a quality of service, QoS, requirement of the first bearer is lower than a QoS requirement of a second bearer transmitting control information, wherein an access procedure of the terminal to a wireless local area network, WLAN, is initiated based on the first message in case that the SCell is a cell of the WLAN, and wherein the SCell is deactivated based on the second message. transmitting, to a terminal connected to the base station (105-120, 403) in a licensed frequency band, a first message for configuring a secondary cell, SCell, of an unlicensed frequency band; identifying whether a packet is present on a first bearer for a predetermined time, wherein the first bearer is allowed for transmission on the SCell; and in case that no packet is present on the first bearer for the predetermined time, transmitting, a second message for deactivating the SCell, wherein a quality of service, QoS, requirement of the first bearer is lower than a QoS requirement of a second bearer transmitting control information, wherein an access procedure of the terminal to a wireless local area network, WLAN, is initiated based on the first message in case that the SCell is a cell of the WLAN, and wherein the SCell is deactivated based on the second message.
A method for lifting and moving an object that is underwater, the method comprising the steps of: deploying an apparatus with a first and a second chamber from the sea surface to the seabed, both chambers comprising a first and a second fluid , wherein the first fluid is brine and the second fluid is a buoyant fluid with density of 0.4 to 0.7 kg/L, the first chamber housing a first and a second container, the brine in the first container , the buoyant fluid in the second container ; and the second chamber housing a third and a fourth container, the brine in the third container , the buoyant fluid in the fourth container ; providing a first conduit in fluid communication with the first container of the first chamber and the third container of the second chamber , and a second conduit in fluid communication with the second container of the first chamber and the fourth container of the second chamber ; securing the object to the second chamber ; lifting the object by increasing the buoyancy of the second chamber , wherein the step of lifting the object comprises moving a volume of the brine from the third container along the first conduit and into the first container and, simultaneously, substantially the same volume of the buoyant fluid from the second container along the second conduit and into the fourth container . deploying an apparatus with a first and a second chamber from the sea surface to the seabed, both chambers comprising a first and a second fluid , wherein the first fluid is brine and the second fluid is a buoyant fluid with density of 0.4 to 0.7 kg/L, the first chamber housing a first and a second container, the brine in the first container , the buoyant fluid in the second container ; and the second chamber housing a third and a fourth container, the brine in the third container , the buoyant fluid in the fourth container ; providing a first conduit in fluid communication with the first container of the first chamber and the third container of the second chamber , and a second conduit in fluid communication with the second container of the first chamber and the fourth container of the second chamber ; securing the object to the second chamber ; lifting the object by increasing the buoyancy of the second chamber , wherein the step of lifting the object comprises moving a volume of the brine from the third container along the first conduit and into the first container and, simultaneously, substantially the same volume of the buoyant fluid from the second container along the second conduit and into the fourth container .
A cooking appliance comprising: a body that defines a cooking chamber therein; a door rotatably connected to the body and configured to open or close at least a portion of the cooking chamber ; a hinge mechanism that rotatably connects the door to the body ; and a control device , disposed in the door , comprising a component cooling flow path configured to allow air to pass through the control device to cool one or more components within the control device , wherein the door comprises a door cooling flow path (P1, P2) configured to cool the door , being separate from the component cooling flow path, characterized by the control device comprising a control housing , configured to accommodate one or more components, comprising a first sidewall that defines an air inlet and a second sidewall that defines an air outlet ; and at least one cooling fan disposed between the air inlet and the air outlet , wherein the air inlet , an inner space of the control housing , and the air outlet define the component cooling flow path, and wherein the at least one cooling fan includes: an inlet-side cooling fan disposed at a first position of the control housing closer to the air inlet than the air outlet , and an outlet-side cooling fan disposed at a second position of the control housing closer to the air outlet than the air inlet . a body that defines a cooking chamber therein; a door rotatably connected to the body and configured to open or close at least a portion of the cooking chamber ; a hinge mechanism that rotatably connects the door to the body ; and a control device , disposed in the door , comprising a component cooling flow path configured to allow air to pass through the control device to cool one or more components within the control device , wherein the door comprises a door cooling flow path (P1, P2) configured to cool the door , being separate from the component cooling flow path, characterized by the control device comprising a control housing , configured to accommodate one or more components, comprising a first sidewall that defines an air inlet and a second sidewall that defines an air outlet ; and at least one cooling fan disposed between the air inlet and the air outlet , wherein the air inlet , an inner space of the control housing , and the air outlet define the component cooling flow path, and wherein the at least one cooling fan includes: an inlet-side cooling fan disposed at a first position of the control housing closer to the air inlet than the air outlet , and an outlet-side cooling fan disposed at a second position of the control housing closer to the air outlet than the air inlet . an inlet-side cooling fan disposed at a first position of the control housing closer to the air inlet than the air outlet , and an outlet-side cooling fan disposed at a second position of the control housing closer to the air outlet than the air inlet .