mhurhangee/patent-ind-claim-en huggingface dataset:
A device mount of a camera , the device mount comprising: a base including: a coupling portion configured to couple to the camera ; and a hinge portion protruding from the coupling portion ; and first and second finger members with opposed planar surfaces and apertures extending therethrough in a normal direction to the opposed planar surfaces , wherein the first and second finger members are rotatably coupled to the base about axes extending perpendicular to a direction that the apertures extend through the first and second fingers members , the first and second finger members corresponding to slots of a support mount on an external support such that the device mount and the support mount couple to each other. a base including: a coupling portion configured to couple to the camera ; and a hinge portion protruding from the coupling portion ; and a coupling portion configured to couple to the camera ; and a hinge portion protruding from the coupling portion ; and first and second finger members with opposed planar surfaces and apertures extending therethrough in a normal direction to the opposed planar surfaces , wherein the first and second finger members are rotatably coupled to the base about axes extending perpendicular to a direction that the apertures extend through the first and second fingers members , the first and second finger members corresponding to slots of a support mount on an external support such that the device mount and the support mount couple to each other.
A canvas cleaning device for cleaning a canvas (K1, K2) of a paper machine while transporting the canvas (K1, K2), comprising: a base part that is slidable along a rail part extending in the width direction of the canvas (K1, K2); a cone part that is attached to the base part so as to extend straightly; a high pressure water spraying device for spraying high pressure water onto the canvas (K1, K2) formed inside the cone part ; an arm part that is formed so as to extend onto a downstream side from the base part ; and a nozzle device that is attached to the tip of the arm part and used for spraying a chemical solution onto the canvas (K1, K2), wherein the cone part and the nozzle device are disposed straightly along the transporting direction, the nozzle device is positioned on the downstream side from the cone part ; and inside the cone part , the high pressure water is sprayed onto the canvas (K1, K2) from the high pressure water spraying device ; characterized in that the nozzle device comprises a chemical solution nozzle part for spraying a chemical solution and a pair of air nozzle parts formed so as to sandwich the chemical solution nozzle part , and wherein the chemical solution nozzle part and the pair of air nozzle parts are disposed straightly along the transporting direction. a base part that is slidable along a rail part extending in the width direction of the canvas (K1, K2); a cone part that is attached to the base part so as to extend straightly; a high pressure water spraying device for spraying high pressure water onto the canvas (K1, K2) formed inside the cone part ; an arm part that is formed so as to extend onto a downstream side from the base part ; and a nozzle device that is attached to the tip of the arm part and used for spraying a chemical solution onto the canvas (K1, K2), wherein the cone part and the nozzle device are disposed straightly along the transporting direction, the nozzle device is positioned on the downstream side from the cone part ; and inside the cone part , the high pressure water is sprayed onto the canvas (K1, K2) from the high pressure water spraying device ; characterized in that the nozzle device comprises a chemical solution nozzle part for spraying a chemical solution and a pair of air nozzle parts formed so as to sandwich the chemical solution nozzle part , and wherein the chemical solution nozzle part and the pair of air nozzle parts are disposed straightly along the transporting direction.
Process for production, in an injection mold, of a plastics molding with a UV-cured lacquer and with a visible area designed as functional area, where the UV-cured lacquer forms said visible area, where - a film segment that has not been preformed and that is in essence flat, composed of a carrier layer made of a thermoplastic and of a partially thermally cured UV-curable lacquer is arranged in a cavity of the injection mold in such a way that the partially cured lacquer layer faces toward a female-mold surface replicating the negative form of the visible area of the molding, and - where the film segment arranged in the cavity is subjected to insert molding with a thermoplastic on a reverse-side surface facing away from the partially thermally cured UV-curable lacquer, in such a way that the carrier layer of the film segment bonds to the injected hot melt, and - that a compressive force resulting from the injection pressure of the injected melt acts in the direction of the female-mold surface, whereupon, with exposure to the compressive force and to heating resulting from the direct contact with the hot melt, the entire area of the film segment is forced onto the female-mold surface and subjected to a three-dimensional forming process, and - after removal of the molding, the partially thermally cured UV-curable lacquer is cured to completion by UV radiation and, on the molding, forms the visible area designed as functional area. - a film segment that has not been preformed and that is in essence flat, composed of a carrier layer made of a thermoplastic and of a partially thermally cured UV-curable lacquer is arranged in a cavity of the injection mold in such a way that the partially cured lacquer layer faces toward a female-mold surface replicating the negative form of the visible area of the molding, and - where the film segment arranged in the cavity is subjected to insert molding with a thermoplastic on a reverse-side surface facing away from the partially thermally cured UV-curable lacquer, in such a way that the carrier layer of the film segment bonds to the injected hot melt, and - that a compressive force resulting from the injection pressure of the injected melt acts in the direction of the female-mold surface, whereupon, with exposure to the compressive force and to heating resulting from the direct contact with the hot melt, the entire area of the film segment is forced onto the female-mold surface and subjected to a three-dimensional forming process, and - after removal of the molding, the partially thermally cured UV-curable lacquer is cured to completion by UV radiation and, on the molding, forms the visible area designed as functional area.
A contact gasket configured to be provided in a receiving space for an SSD substrate so as to be brought into contact with a lower case and an upper case , wherein the lower case includes a bottom wall and an open upper portion and the upper case is fastened with the lower case to cover the open upper portion and forms the receiving space in which the SSD substrate is accommodated, the contact gasket comprising: a lower case contact part configured to make contact with the lower case ; and an upper case contact part configured to extend from the lower case contact part and make contact with the upper case , wherein one of the lower case contact part and the upper case contact part is configured to be fixedly fastened to the lower case or the upper case in contact therewith, and wherein a contact protrusion configured to protrude toward the lower case or the upper case such that an end is brought into contact with the lower case or the upper case is formed on the other one of the lower case contact part and the upper case contact part . a lower case contact part configured to make contact with the lower case ; and an upper case contact part configured to extend from the lower case contact part and make contact with the upper case , wherein one of the lower case contact part and the upper case contact part is configured to be fixedly fastened to the lower case or the upper case in contact therewith, and wherein a contact protrusion configured to protrude toward the lower case or the upper case such that an end is brought into contact with the lower case or the upper case is formed on the other one of the lower case contact part and the upper case contact part .
A method performed by a terminal in a wireless communication system, the method comprising: determining whether the terminal and a mobility management entity, MME , support an attach without establishing a packet data network, PDN, connection; determining whether a condition for not establishing the PDN connection is satisfied, in case that the terminal and the MME support the attach without establishing the PDN connection; transmitting, to the MME , an attach request message, wherein the attach request message includes information for requesting the attach without establishing the PDN connection in case that the first condition for not establishing the PDN connection is satisfied; and receiving, from the MME , an attach response message, wherein the condition for not establishing the PDN connection comprises at least one of whether the terminal is configured to use only a circuit switched, CS, service, whether the terminal has a usage limit not to use a packet switched, PS, data service during roaming, whether the terminal is limited not to use the PS data service any more, whether the terminal is a terminal requiring only a control signal to use the service, or whether information for indicating not to establish the PDN connection is received from a user. determining whether the terminal and a mobility management entity, MME , support an attach without establishing a packet data network, PDN, connection; determining whether a condition for not establishing the PDN connection is satisfied, in case that the terminal and the MME support the attach without establishing the PDN connection; transmitting, to the MME , an attach request message, wherein the attach request message includes information for requesting the attach without establishing the PDN connection in case that the first condition for not establishing the PDN connection is satisfied; and receiving, from the MME , an attach response message, wherein the condition for not establishing the PDN connection comprises at least one of whether the terminal is configured to use only a circuit switched, CS, service, whether the terminal has a usage limit not to use a packet switched, PS, data service during roaming, whether the terminal is limited not to use the PS data service any more, whether the terminal is a terminal requiring only a control signal to use the service, or whether information for indicating not to establish the PDN connection is received from a user.
Pelletising press for pressing pellets, wherein the pelletising press comprises - at least one pan grinder , - at least one tapered roller bearing for supporting the at least one pan grinder , and - an adjusting device for automatically adjusting a preload for the tapered roller bearing of the pan grinder , wherein the adjusting device comprises at least one mechanical spring element which is configured to press the at least one tapered roller bearing into a predetermined position with a predetermined force, wherein the at least one mechanical spring element comprises an annular spring tensioning element, characterised in that the at least one mechanical spring element of the adjusting device , the at least one tapered roller bearing and the at least one pan grinder are arranged together in a casing which is closed off from an environment. - at least one pan grinder , - at least one tapered roller bearing for supporting the at least one pan grinder , and - an adjusting device for automatically adjusting a preload for the tapered roller bearing of the pan grinder ,
A metal closure for containers defining a cap made with metallic material having a thickness between 0.12 mm and 0.16 mm, comprising a capsule defining the body of the metal closure, designed to be applied to cover an opening of a container for closing the container, the capsule comprising a circular part , having an upper face, from which extends a perimeter edge designed to wrap circumferentially around the opening , so as to form the seal of the cap relative to the above-mentioned container , wherein the perimeter of the edge has a rounding or folding obtained by curling and performed towards the outside of the capsule , wherein the edge extends in the direction at right angles or practically at right angles to the circular part and has a series of deformations made in a radial direction (R) towards the centre of the capsule , designed to apply a pressure below a swelling of the opening to obtain a pulling action of the circular part against the opening and form a seal, the deformations being made by exerting radial pressures in predetermined areas of the edge , along the entire circumference of the edge , characterised in that the radial pressures do not affect the rounding or folding and wherein the distance (H1) between a start of the rounding or folding , that is the end of the perimeter edge , and a bottom of the cap, that is a inner surface of the circular part , is greater than 4 mm.
Method for operating an order-picking system , including: providing goods (10.1-10.3) gathered in batches in a batch buffer , sorting of the goods (10.1-10.3) in a matrix sorter , wherein the goods (10.1-10.3) are conveyed in the order-picking system by a multiplicity of transport units (9.1-9.3) which comprise in each case a receiving unit (9.15, 9.25, 9.35) for receiving the goods (10.1-10.3), and the transport units (9.1-9.3) in the matrix sorter are conveyed at least in sections by a matrix conveyor (22, 22.1'-22.4'), characterized in that a control unit dynamically controls the conveying speed of the matrix conveyor (22, 22.1'-22.4') in such a manner that the conveying speed is dependent on at least one parameter of the conveyed transport units (9.1-9.3) and/or goods (10.1-10.3), and the goods (10.1-10.3) are sorted in a batch-wise manner in the matrix sorter .
A dental light irradiation device comprising a first light source for emitting blue light, a camera and at least a first detector, wherein the device is operable in a camera mode (C) in which the camera is activated and in a non-camera mode (N) in which the camera is deactivated, wherein in the non-camera mode (N) a user input on the first detector activates the camera mode (C), wherein in the camera mode (C) a detection of a "freeze image" instruction of the user input via the first detector triggers a freeze of an image captured by the camera and a detection of a "camera-off" instruction of the user input via the first detector causes the device to switch in the non-camera mode (N).
A tobacco- and smokeless product for use in treatment of tobacco smoking addiction, comprising: a first quantity of nicotine or a pharmaceutically acceptable salt, resin or complex thereof, in a form suitable to release in-vivo in a human body a dose of nicotine, which dose is tolerable by the human body and effective to treat symptoms of a nicotine deficiency induced by the human body being deprived from smoking tobacco; and a second quantity of cannabidiol or a pharmaceutically acceptable salt, resin or complex thereof, in a form suitable to release in-vivo in the human body a dose of cannabidiol, which dose is tolerable by the human body and effective to treat a craving for smoking tobacco; said treatment comprising: administering via a transdermal patch the dose of nicotine to treat the symptoms of the nicotine deficiency and the dose of cannabidiol to treat the craving for smoking tobacco. a first quantity of nicotine or a pharmaceutically acceptable salt, resin or complex thereof, in a form suitable to release in-vivo in a human body a dose of nicotine, which dose is tolerable by the human body and effective to treat symptoms of a nicotine deficiency induced by the human body being deprived from smoking tobacco; and a second quantity of cannabidiol or a pharmaceutically acceptable salt, resin or complex thereof, in a form suitable to release in-vivo in the human body a dose of cannabidiol, which dose is tolerable by the human body and effective to treat a craving for smoking tobacco; said treatment comprising: administering via a transdermal patch the dose of nicotine to treat the symptoms of the nicotine deficiency and the dose of cannabidiol to treat the craving for smoking tobacco.
An inlet arrangement for a roller mill comprising: - a storage container with at least one milling material inlet and at least one milling material outlet , - at least one metering device arranged in the storage container for metering milling material into a milling gap of the roller mill through the milling material outlet , - a force transducer arranged on the storage container for determining a weight force (FG) exerted by the milling material, - a control unit which is connected or connectable to the force transducer , characterized in that the inlet arrangement further comprises: - a level sensor arranged on the storage container for determining when a milling material level (B) has been reached in the storage container , and that the control unit is connected or connectable to the level sensor , and that the control unit is designed to determine a first fill level (A) of the storage container from the weight force (FG) determined by the force transducer , wherein the control unit is further designed to determine a characteristic fill level curve (K) based on the determined first fill level (A) and the milling material level (B) determined by the level sensor . - a storage container with at least one milling material inlet and at least one milling material outlet , - at least one metering device arranged in the storage container for metering milling material into a milling gap of the roller mill through the milling material outlet , - a force transducer arranged on the storage container for determining a weight force (FG) exerted by the milling material, - a control unit which is connected or connectable to the force transducer , - a level sensor arranged on the storage container for determining when a milling material level (B) has been reached in the storage container , and that the control unit is connected or connectable to the level sensor , and that the control unit is designed to determine a first fill level (A) of the storage container from the weight force (FG) determined by the force transducer , wherein the control unit is further designed to determine a characteristic fill level curve (K) based on the determined first fill level (A) and the milling material level (B) determined by the level sensor .
A controller for a switched mode power supply , the switched mode power supply comprising a flyback converter having a transformer with a primary , a secondary and an auxiliary winding , the controller comprising: a fixed speed timer ; a threshold setter configured to set a threshold for the timer in accordance with a peak value of a current through the primary winding of the transformer; a secondary stroke detector configured to start the fixed speed timer upon detection of the start of a secondary stroke of the switched mode power supply; a sampler configured to sample a voltage across the auxiliary winding of the transformer when a count of the fixed speed timer reaches the threshold; the controller being further configured to: determine the length of the secondary stroke; determine a sampling moment as the Instant that the sampler samples the voltage across the auxiliary winding when the threshold is reached; wherein the threshold setter is configured to modify the threshold for use in a subsequent switching cycle of the switched mode power supply in accordance with either the ratio between the length of the secondary stroke and the time between start of secondary stroke and the sampling moment, or the difference between the length of the secondary stroke and the time between start of secondary stroke and the sampling moment. a fixed speed timer ; a threshold setter configured to set a threshold for the timer in accordance with a peak value of a current through the primary winding of the transformer; a secondary stroke detector configured to start the fixed speed timer upon detection of the start of a secondary stroke of the switched mode power supply; a sampler configured to sample a voltage across the auxiliary winding of the transformer when a count of the fixed speed timer reaches the threshold; the controller being further configured to: determine the length of the secondary stroke; determine a sampling moment as the Instant that the sampler samples the voltage across the auxiliary winding when the threshold is reached; wherein the threshold setter is configured to modify the threshold for use in a subsequent switching cycle of the switched mode power supply in accordance with either the ratio between the length of the secondary stroke and the time between start of secondary stroke and the sampling moment, or the difference between the length of the secondary stroke and the time between start of secondary stroke and the sampling moment. determine the length of the secondary stroke; determine a sampling moment as the Instant that the sampler samples the voltage across the auxiliary winding when the threshold is reached; wherein the threshold setter is configured to modify the threshold for use in a subsequent switching cycle of the switched mode power supply in accordance with either the ratio between the length of the secondary stroke and the time between start of secondary stroke and the sampling moment, or the difference between the length of the secondary stroke and the time between start of secondary stroke and the sampling moment.
A signal transmission method in a radio frequency network, wherein the radio frequency network comprises a detection device (U), at least one antenna line device (B, C), and an antenna (A) that are sequentially connected in series through a radio frequency channel, and the method comprises: obtaining , by the detection device (U), port information and switch information of the at least one antenna line device (B, C), and port information and switch information of the antenna (A); sequentially controlling , by the detection device (U) based on the switch information of the at least one antenna line device (B, C) and the antenna (A), at least one switch of the at least one antenna line device (B, C) to perform state switching, performing port scanning on at least one antenna line device (B, C) and the antenna (A) each time after the state switching is performed, and recording port information of a scanned port and a corresponding switch state; and determining , by the detection device (U), a port connection relationship of the devices in the radio frequency network based on port and switch state information obtained after a plurality of times of state switching and a plurality of times of port scanning, and the previously obtained port information; wherein the switch information includes a switch and a location of each switch between ports. obtaining , by the detection device (U), port information and switch information of the at least one antenna line device (B, C), and port information and switch information of the antenna (A); sequentially controlling , by the detection device (U) based on the switch information of the at least one antenna line device (B, C) and the antenna (A), at least one switch of the at least one antenna line device (B, C) to perform state switching, performing port scanning on at least one antenna line device (B, C) and the antenna (A) each time after the state switching is performed, and recording port information of a scanned port and a corresponding switch state; and determining , by the detection device (U), a port connection relationship of the devices in the radio frequency network based on port and switch state information obtained after a plurality of times of state switching and a plurality of times of port scanning, and the previously obtained port information; wherein the switch information includes a switch and a location of each switch between ports.