mhurhangee/patent-ind-claim-en huggingface dataset:
A safety system for unlocking at least one door lock , in particular for emergency exit security, wherein the safety system comprises a trigger element , in particular an emergency button , wherein the trigger element comprises a manually actuatable actuating element , wherein an actuation signal for unlocking the door lock can be generated by actuating the actuating element , wherein the actuating element is designed for mechanical non-latching actuation, wherein the safety system comprises an electronic device which is designed, as a result of the actuation signal, to electronically prevent by way of the electronic device a locking mechanism of the door lock from being actuatable for locking without the existence of a cancellation condition, characterized in that the safety system comprises a door locking controller, wherein the door locking controller is connected to the trigger element via a first bus system , wherein the trigger element is designed, to be stored electronically until the cancellation condition exists, that an actuation signal has been generated, wherein the trigger element is designed to repeatedly send a signal that an actuation signal has been generated to the door locking controller until the cancellation condition exists, wherein the trigger element is designed, to electronically store in a first trigger element processing unit and redundantly in a second trigger element processing unit the fact that an actuation signal has been generated. wherein the safety system comprises a trigger element , in particular an emergency button , wherein the trigger element comprises a manually actuatable actuating element , wherein an actuation signal for unlocking the door lock can be generated by actuating the actuating element , wherein the actuating element is designed for mechanical non-latching actuation, wherein the safety system comprises an electronic device which is designed, as a result of the actuation signal, to electronically prevent by way of the electronic device a locking mechanism of the door lock from being actuatable for locking without the existence of a cancellation condition, characterized in that the safety system comprises a door locking controller, wherein the door locking controller is connected to the trigger element via a first bus system , wherein the trigger element is designed, to be stored electronically until the cancellation condition exists, that an actuation signal has been generated, wherein the trigger element is designed to repeatedly send a signal that an actuation signal has been generated to the door locking controller until the cancellation condition exists, wherein the trigger element is designed, to electronically store in a first trigger element processing unit and redundantly in a second trigger element processing unit the fact that an actuation signal has been generated.
A liner segment for a gyratory or cone crusher, the crusher comprising a head assembly including a crusher head provided with a first crushing shell or mantle, and a frame provided with a second crushing shell or bowl, wherein the mantle and bowl define a crushing gap between them, and wherein the bowl is constituted by a plurality of liner segments , with outer surfaces of the liner segments facing an inner surface of the frame , characterized in that the liner segment is provided with an expandable ejector unit to be arranged between the outer surface of the liner segment and the opposite inner surface of the frame , and the ejector unit has a first part for abutting or engaging with the outer surface of the liner segment and a second part for abutting or engaging with the inner surface of the frame and is operable to increase a spacing between its first and second parts to thereby increase the spacing between the outer surface of the liner segment and the inner surface of the frame . the crusher comprising a head assembly including a crusher head provided with a first crushing shell or mantle, and a frame provided with a second crushing shell or bowl, wherein the mantle and bowl define a crushing gap between them, and wherein the bowl is constituted by a plurality of liner segments , with outer surfaces of the liner segments facing an inner surface of the frame , characterized in that the liner segment is provided with an expandable ejector unit to be arranged between the outer surface of the liner segment and the opposite inner surface of the frame , and the ejector unit has a first part for abutting or engaging with the outer surface of the liner segment and a second part for abutting or engaging with the inner surface of the frame and is operable to increase a spacing between its first and second parts to thereby increase the spacing between the outer surface of the liner segment and the inner surface of the frame .
An injection molding machine comprising: an operation unit which is configured to receive an operation; a display section which is configured to display a display screen belonging to either a first display screen group or a second display screen group ; a display screen control unit which is configured to switch the display screen of the display section based on the operation of the operation unit ; a storage unit which is configured to store history information of the display screen displayed on the display section , and a display screen determination unit which is configured to determine whether the display screen, of which the history information is stored in the storage unit , is a display screen belonging to a first display screen group or a display screen belonging to a second display screen group , wherein when the operation unit is operated, the display screen control unit is configured to display the display screen belonging to the first display screen group based on the history information stored in the storage unit and on a determination result of the display screen determination unit . an operation unit which is configured to receive an operation; a display section which is configured to display a display screen belonging to either a first display screen group or a second display screen group ; a display screen control unit which is configured to switch the display screen of the display section based on the operation of the operation unit ; a storage unit which is configured to store history information of the display screen displayed on the display section , and a display screen determination unit which is configured to determine whether the display screen, of which the history information is stored in the storage unit , is a display screen belonging to a first display screen group or a display screen belonging to a second display screen group , wherein when the operation unit is operated, the display screen control unit is configured to display the display screen belonging to the first display screen group based on the history information stored in the storage unit and on a determination result of the display screen determination unit .
A hinge , in particular a multi-joint hinge, having a mounting plate fixable on a body or door and a side part , which is held on the mounting plate and on which a hinge part is pivotably mounted, wherein the side part is displaceable on the mounting plate in a longitudinal direction via a depth adjustment unit and the side part is pivotable in relation to the mounting plate by a vertical adjustment unit , whereby the side part is fixed on the mounting plate via a catch element and is latched with a bolt , which is displaceably mounted in the mounting plate, whereby the catch element is held on the side part, in particular in a displaceable manner or springloaded on one side, characterized in that the catch element comprises at least one hook element , which partially encloses the bolt and secures the side part against lifting off from the mounting plate , whereby the side part is rotatably mounted around the bolt for a vertical adjustment.
A corner member for joining a side rail member and an end member of a reformer exercise apparatus frame , the corner member comprising: an elongated rigid extrusion having an L shape cross section forming right angle legs , the extrusion having an upper end and a lower end , and a boss formed at the distal end of each leg forming an elongated groove ; an elongated corner cover having right angle sides , the cover having distal edge ribs on the sides configured to slide within the boss grooves at the distal ends of each of the legs of the extrusion ; a top cover shaped to cover the upper end of the rigid extrusion and a top end portion of the corner cover ; and a foot pad receiving a bottom end of the rigid extrusion . an elongated rigid extrusion having an L shape cross section forming right angle legs , the extrusion having an upper end and a lower end , and a boss formed at the distal end of each leg forming an elongated groove ; an elongated corner cover having right angle sides , the cover having distal edge ribs on the sides configured to slide within the boss grooves at the distal ends of each of the legs of the extrusion ; a top cover shaped to cover the upper end of the rigid extrusion and a top end portion of the corner cover ; and a foot pad receiving a bottom end of the rigid extrusion .
A portable sanitizing system , comprising: a wand assembly comprising a sanitizing head having an ultraviolet (UV) lamp ; a container comprising an internal chamber , wherein the wand assembly is coupled to the container; and one or more component modules removably secured within the internal chamber , wherein the container further comprises a microcontroller configured to detect, based on a connector pin arrangement, make and model of the one or more component modules, wherein the microcontroller compares the installed connector pin arrangement data of one or more component modules to known arrangements stored in a memory to determine compatibility of the one or more component modules. a wand assembly comprising a sanitizing head having an ultraviolet (UV) lamp ; a container comprising an internal chamber , wherein the wand assembly is coupled to the container; and one or more component modules removably secured within the internal chamber , wherein the container further comprises a microcontroller configured to detect, based on a connector pin arrangement, make and model of the one or more component modules, wherein the microcontroller compares the installed connector pin arrangement data of one or more component modules to known arrangements stored in a memory to determine compatibility of the one or more component modules.
A hearing device, wherein said hearing device is one of the following: - an in-the-ear hearing aid; - an in-the-canal hearing aid; - a completely-in-the-canal hearing aid; - an in-the-ear hearing aid having a behind-the-ear battery; said hearing device comprising an ear-piece which is designed to be worn at least partially in an ear canal of a user of said hearing device, said ear-piece comprising a receiver opening for delivering sound into said ear canal , said ear-piece comprising a vent passage , wherein said vent passage is designed to connect, while said hearing device is worn, a space in said ear-canal in front of an eardrum of said user to an environment of said user, said vent passage having an inner opening towards said ear canal and an outer opening towards said environment, said inner opening being separate from said receiver opening , wherein a distance between a microphone opening of said ear-piece and said outer opening is larger than 20 mm, wherein said ear-piece further comprising a vent extension , said vent extension being a protrusion extending said vent passage beyond a body of said ear-piece , said vent extension having a length of at least 15 mm, wherein said vent extension is adapted for abutting on a surface of a body of said user. - an in-the-ear hearing aid; - an in-the-canal hearing aid; - a completely-in-the-canal hearing aid; - an in-the-ear hearing aid having a behind-the-ear battery;
A transmission method for transmitting a first broadcasting signal and a second broadcasting signal each generated using a multi-antenna encoding scheme, wherein the first broadcasting signal includes a first pilot signal, wherein the second broadcasting signal includes a second pilot signal, wherein a first transmit station transmits the first broadcasting signal to a first service area , wherein a second transmit station (8102A-8102D) transmits the second broadcasting signal to a second service area (8106A-8106D), at least part of the second service area (8106A-8106D) overlapping the first service area , wherein the first broadcasting signal and the second broadcasting signal are transmitted from the first transmit station and the second transmit station (8102A-8102D) at an identical time using an identical frequency band, and wherein a polarized wave used for transmitting the first broadcasting signal differs from a polarized wave used for transmitting the second broadcasting signal in polarization, characterized in that the second service area (8106A-8106D) is narrower than the first service area , wherein the first broadcasting signal and the second broadcasting signal are generated by performing multi-antenna encoding on first data and second data, wherein the first data and the second data are generated from identical program data, the first data and the second data differing from each other in a transmission rate, and wherein density of the second pilot signal in a frequency direction is lower than density of the first pilot signal in the frequency direction. wherein the first broadcasting signal includes a first pilot signal, wherein the second broadcasting signal includes a second pilot signal, wherein a first transmit station transmits the first broadcasting signal to a first service area , wherein a second transmit station (8102A-8102D) transmits the second broadcasting signal to a second service area (8106A-8106D), at least part of the second service area (8106A-8106D) overlapping the first service area , wherein the first broadcasting signal and the second broadcasting signal are transmitted from the first transmit station and the second transmit station (8102A-8102D) at an identical time using an identical frequency band, and wherein a polarized wave used for transmitting the first broadcasting signal differs from a polarized wave used for transmitting the second broadcasting signal in polarization, characterized in that the second service area (8106A-8106D) is narrower than the first service area , wherein the first broadcasting signal and the second broadcasting signal are generated by performing multi-antenna encoding on first data and second data, wherein the first data and the second data are generated from identical program data, the first data and the second data differing from each other in a transmission rate, and wherein density of the second pilot signal in a frequency direction is lower than density of the first pilot signal in the frequency direction.
Apparatus comprising a switchgear having at least one couple of stationary conducting terminals and a switching device , such as a circuit breaker, having at least one couple of corresponding movable conducting terminals , wherein the switching device is movable with respect to the switchgear along a connection/disconnection direction (CD) between a connection position, wherein the switching device is electrically and mechanically connected to the switchgear by engagement of the movable conducting terminals with the corresponding stationary contacting terminals by means of contact assemblies coupled either to the movable conducting terminals or to the stationary conducting terminals , and a disconnection position, wherein the switching device and the switchgear are electrically and mechanically disconnected, characterised in that the apparatus further comprises at least one vibration-limiting device made of an electrically non-conductive material and integrally coupled to either one movable conducting terminal of said at least one couple of movable conducting terminals or to one corresponding stationary conducting terminal of said at least one couple of stationary conducting terminals and conformed such that: - when the switching device is approaching the connection position moving along said connection/disconnection direction (CD) and when the switching device is in the connection position in absence of vibrations, the vibration-limiting device forms a gap (δ) with the other of the one movable conducting terminal or the one corresponding stationary conducting terminal so to not interfere with the latter; - when the switching device is in the connection position, in case of vibrations of the one movable conducting terminal transversal to said connection/disconnection direction (CD), the vibration-limiting device interferes with the other of the one movable conducting terminal or the one corresponding stationary conducting terminal so to limit the vibrations amplitude within said gap. - when the switching device is approaching the connection position moving along said connection/disconnection direction (CD) and when the switching device is in the connection position in absence of vibrations, the vibration-limiting device forms a gap (δ) with the other of the one movable conducting terminal or the one corresponding stationary conducting terminal so to not interfere with the latter; - when the switching device is in the connection position, in case of vibrations of the one movable conducting terminal transversal to said connection/disconnection direction (CD), the vibration-limiting device interferes with the other of the one movable conducting terminal or the one corresponding stationary conducting terminal so to limit the vibrations amplitude within said gap.
A general-purpose engine comprising an engine main body having an exhaust-system component connected to a cylinder ; a cooling mechanism which cools the engine main body , and an air cleaner which is arranged at a side of an intake side of the general-purpose engine , wherein the cooling mechanism includes: a cooling fan which generates a cooling air flow by rotating; a blowing part which is arranged at the side of the intake side of the cooling fan , and which blows the cooling air flow generated by rotation of the cooling fan into the general-purpose engine ; and an air guide which is arranged above the cooling fan and which guides the cooling air flow blown from the blowing part towards the cylinder and the exhaust-system component , wherein the exhaust-system component is disposed on one side of the general-purpose engine , and wherein the blowing part is disposed on another side of the general-purpose engine , wherein a convex part formed to project towards an inner side and directing the cooling air flow towards the air guide is provided at an outer circumferential part of the blowing part , characterized in that the air guide has an air guide main body which extends to slope from a front surface side of the general-purpose engine on which the cooling fan is provided to inwards of the general-purpose engine and towards a side of the exhaust-system component , as approaching the exhaust-system component from a side of the blowing part , wherein the air guide main body has a substantially L-shaped cross section which extends towards the blowing part in a state in which a bend faces the side of the exhaust-system component . a cooling fan which generates a cooling air flow by rotating; a blowing part which is arranged at the side of the intake side of the cooling fan , and which blows the cooling air flow generated by rotation of the cooling fan into the general-purpose engine ; and an air guide which is arranged above the cooling fan and which guides the cooling air flow blown from the blowing part towards the cylinder and the exhaust-system component , wherein the exhaust-system component is disposed on one side of the general-purpose engine , and wherein the blowing part is disposed on another side of the general-purpose engine , wherein a convex part formed to project towards an inner side and directing the cooling air flow towards the air guide is provided at an outer circumferential part of the blowing part , characterized in that the air guide has an air guide main body which extends to slope from a front surface side of the general-purpose engine on which the cooling fan is provided to inwards of the general-purpose engine and towards a side of the exhaust-system component , as approaching the exhaust-system component from a side of the blowing part , wherein the air guide main body has a substantially L-shaped cross section which extends towards the blowing part in a state in which a bend faces the side of the exhaust-system component .
A connector comprising: a first and a second waveguide support for supporting, but not being permanently attached to, an optical waveguide coupled to the connector ; a housing which has a first attachment area where the optical waveguide can be received and permanently attached and contacts the housing in via holes ; a light coupling unit including a mechanical mating tongue portion and being configured to receive light from an optical waveguide coupled to the connector ,the optical waveguide supported by the support from an input side of the light coupling unit and transmit the received light to a mating connector from an output side of the light coupling unit along a direction different than a mating direction of the connector , such that when an optical waveguide is coupled to the connector and supported by the support , the light coupling unit rotates and the optical waveguide separates from the support when the connector mates with the mating connector . a first and a second waveguide support for supporting, but not being permanently attached to, an optical waveguide coupled to the connector ; a housing which has a first attachment area where the optical waveguide can be received and permanently attached and contacts the housing in via holes ; a light coupling unit including a mechanical mating tongue portion and being configured to receive light from an optical waveguide coupled to the connector ,the optical waveguide supported by the support from an input side of the light coupling unit and transmit the received light to a mating connector from an output side of the light coupling unit along a direction different than a mating direction of the connector , such that when an optical waveguide is coupled to the connector and supported by the support , the light coupling unit rotates and the optical waveguide separates from the support when the connector mates with the mating connector .
Kit for applying a liquid composition 18 on or in the skin, comprising an injection device 2 and one or more cartridges 1, provided with a container 10 appropriate for receiving a liquid composition 18, in which the injection device 2 comprises a casing 16, in which the casing 16 is provided at the distal end 4 with means 7 for receiving the cartridge 1, and whereby the injection device 2 is provided with a force-displacing element 13, adjustable in a longitudinal axis of the injection device 2 by means of a spring 14 mechanism, characterized in that the force-displacing element 13 comprises a guiding path 30, adjustably coupled to the casing 16.