mhurhangee/patent-ind-claim-en huggingface dataset:
Imaging apparatus having a tubular receptacle for receiving an object that is to be examined by the imaging apparatus , wherein the imaging apparatus has an air channel device which is configured to draw air from the tubular receptacle at an intake device of the air channel device , to guide the drawn-in air through an air filter device of the air channel device for the purpose of decontamination, and to output the decontaminated air into the tubular receptacle at an output device of the air channel device , characterised in that the air channel device is configured to guide a main airstream of the air along the tubular receptacle from the output device to the intake device , wherein the main airstream runs through the tubular receptacle towards a receptacle opening of the tubular receptacle . the imaging apparatus has an air channel device which is configured to draw air from the tubular receptacle at an intake device of the air channel device , to guide the drawn-in air through an air filter device of the air channel device for the purpose of decontamination, and to output the decontaminated air into the tubular receptacle at an output device of the air channel device , characterised in that the air channel device is configured to guide a main airstream of the air along the tubular receptacle from the output device to the intake device , wherein the main airstream runs through the tubular receptacle towards a receptacle opening of the tubular receptacle .
A nail gun, comprising a housing and a driving arm reciprocating relative to the housing , the driving arm being provided with a recess , the housing is provided with a locking block capable of reciprocating relative to the housing , characterized in that , the housing is further provided with a stopper capable of moving relative to the housing , the locking block is arranged between the stopper and the driving arm , the locking block is capable of abutting against the driving arm under the action of a return spring, and the locking block is provided with an outwardly convex or inwardly concave first locking portion and an outwardly convex second locking portion capable of being pawled in the recess of the driving arm ; Wherein when the stopper moves and blocks the first locking portion , the second locking portion is pawled in the recess so that the second locking portion keeps being pawled with the driving arm ; and when the stopper moves backward to disengage from the first locking portion , the second locking portion is pushed by the driving arm and disengaged from the recess of the driving arm . the housing is further provided with a stopper capable of moving relative to the housing , the locking block is arranged between the stopper and the driving arm , the locking block is capable of abutting against the driving arm under the action of a return spring, and the locking block is provided with an outwardly convex or inwardly concave first locking portion and an outwardly convex second locking portion capable of being pawled in the recess of the driving arm ; Wherein when the stopper moves and blocks the first locking portion , the second locking portion is pawled in the recess so that the second locking portion keeps being pawled with the driving arm ; and when the stopper moves backward to disengage from the first locking portion , the second locking portion is pushed by the driving arm and disengaged from the recess of the driving arm .
A nacelle assembly for a gas turbine engine, comprising: a fan nacelle bounding a bypass flow path (B), the fan nacelle including a first nacelle section and a second nacelle section , the second nacelle section including a moveable portion movable relative to a forward portion to define a secondary flow passage , the first nacelle section including an inlet lip ; and a thrust reverser configured to selectively communicate a portion of bypass airflow between the bypass flow path and the secondary flow passage ; and characterised by further comprising: a bi-directional pump configured to selectively communicate airflow between surfaces of the inlet lip and surfaces of the secondary flow passage ; and a controller configured to cause the pump to operate in at least a first mode and a second mode in response to determining one or more operability conditions of the nacelle assembly ; such and that: airflow is communicated from the forward portion to the inlet lip in the first mode, and airflow is communicated from the inlet lip to a location downstream of the inlet lip in the second mode. a fan nacelle bounding a bypass flow path (B), the fan nacelle including a first nacelle section and a second nacelle section , the second nacelle section including a moveable portion movable relative to a forward portion to define a secondary flow passage , the first nacelle section including an inlet lip ; and a thrust reverser configured to selectively communicate a portion of bypass airflow between the bypass flow path and the secondary flow passage ; and characterised by further comprising: a bi-directional pump configured to selectively communicate airflow between surfaces of the inlet lip and surfaces of the secondary flow passage ; and a controller configured to cause the pump to operate in at least a first mode and a second mode in response to determining one or more operability conditions of the nacelle assembly ; such and that: airflow is communicated from the forward portion to the inlet lip in the first mode, and airflow is communicated from the inlet lip to a location downstream of the inlet lip in the second mode.
A method for wireless communications performed by a first user equipment, UE, of a first cell, the method comprising: receiving , from a first base station, a set of cross-link interference measurement configurations and location information, wherein the location information comprises a location of one or more second UEs of a second cell or a location of a second base station of the second cell; removing at least one cross-link interference measurement configuration from the set of cross-link interference measurement configurations or removing at least one location of a second UE of the second cell from the location information; performing a cross-link interference measurement procedure on signals received based at least in part on the remaining cross-link interference measurement configurations of the set of cross-link interference measurement configurations, or the remaining locations of the location information, or a combination thereof; and transmitting , to the first base station, a measurement value based at least in part on the performed cross-link interference measurement procedure. receiving , from a first base station, a set of cross-link interference measurement configurations and location information, wherein the location information comprises a location of one or more second UEs of a second cell or a location of a second base station of the second cell; removing at least one cross-link interference measurement configuration from the set of cross-link interference measurement configurations or removing at least one location of a second UE of the second cell from the location information; performing a cross-link interference measurement procedure on signals received based at least in part on the remaining cross-link interference measurement configurations of the set of cross-link interference measurement configurations, or the remaining locations of the location information, or a combination thereof; and transmitting , to the first base station, a measurement value based at least in part on the performed cross-link interference measurement procedure.
A vacuum cleaner having a body with an exterior surface, the body having a dirt-collection chamber , a motor and an impeller , the body having an inlet duct upstream of the dirt-collection chamber, the inlet duct being connected to an inlet tube adapted to fit to an opening of a disposable bag, the inlet duct being located at the top of the body, a wall of the inlet duct adjacent to the inlet tube being transparent, characterised in that the transparent wall provides a part of the exterior surface.
An orthopaedic implant system comprising: an implant including a baseplate and an augment ; wherein the baseplate includes a plate body extending between front and rear faces , and the front face is configured to face towards an opposed articular surface associated with a bone; and wherein the augment includes an augment body extending from the rear face of the plate body , and the augment body includes a network of internal passages that branch to respective ports along an external surface of the augment body , characterized in that the implant includes at least one fixation aperture extending at least partially through the plate body and the augment body ; and the at least one fixation aperture is configured to receive a respective fastener to secure the implant to bone. an implant including a baseplate and an augment ; wherein the baseplate includes a plate body extending between front and rear faces , and the front face is configured to face towards an opposed articular surface associated with a bone; and wherein the augment includes an augment body extending from the rear face of the plate body , and the augment body includes a network of internal passages that branch to respective ports along an external surface of the augment body , characterized in that the implant includes at least one fixation aperture extending at least partially through the plate body and the augment body ; and the at least one fixation aperture is configured to receive a respective fastener to secure the implant to bone.
A method of routing signals and controlling a plurality of home devices, the method comprising: using a mobile device (1.04; 3.04; 5.04; 8.02; 9.04; 16.04, 16.04.2, 16.04.3) to detect a triggering event, the triggering event comprising a crossing by the mobile device of a specified geofence (1.06; 16.06) based on geolocation capability and geofence detecting capability of the mobile device; and in response to the triggering event being detected, the mobile device generating a control signal, wherein the control signal is a control signal for controlling each of the plurality of home devices and is associated with the triggering event; and the mobile device transmitting the control signal to each of the plurality of home devices through a router (1.10.1, ..., 1.10.n; 3.14; 5.14; 8.10.1; 9.10.1) and a secure communication tunnel between the router and a customer terminal (1.02; 3.02; 5.02; 8.02; 9.02; 16.02) enabled to locally control the plurality of home devices (3.40; 5.40; 8.40; 9.40). using a mobile device (1.04; 3.04; 5.04; 8.02; 9.04; 16.04, 16.04.2, 16.04.3) to detect a triggering event, the triggering event comprising a crossing by the mobile device of a specified geofence (1.06; 16.06) based on geolocation capability and geofence detecting capability of the mobile device; and in response to the triggering event being detected, the mobile device generating a control signal, wherein the control signal is a control signal for controlling each of the plurality of home devices and is associated with the triggering event; and the mobile device transmitting the control signal to each of the plurality of home devices through a router (1.10.1, ..., 1.10.n; 3.14; 5.14; 8.10.1; 9.10.1) and a secure communication tunnel between the router and a customer terminal (1.02; 3.02; 5.02; 8.02; 9.02; 16.02) enabled to locally control the plurality of home devices (3.40; 5.40; 8.40; 9.40).
A wiper blade for cleaning vehicle windscreens having a wiper rubber with groove-like holding fixtures formed in the longitudinal sides of the wiper rubber , in which spring strips are partially contained, wherein the spring strips project laterally from the holding fixtures with their longitudinal sides, and having an adapter element consisting at least essentially of plastic for the at least indirect attachment of the wiper blade to a wiper arm , wherein a covering element formed in the manner of a spoiler is placed on each front edge of the adapter element , wherein the adapter element exhibits groove-like guides which are disposed on the two longitudinal sides of the adapter element on sides facing one another, wherein the guides encompass the two spring strips on the sections of the spring strips projecting from the holding fixtures , characterized in that the adapter element is connected to at least one separate reinforcing element which encompasses the spring strips on the sections of said spring strips projecting from the holding fixtures at least section-wise.
An electronic timepiece comprising: a solar cell that receives light and generates power; a detection circuit configured to detect an output value of the solar cell ; a storage battery charged by power generated by the solar cell ; a charging control circuit configured to connect and disconnect the solar cell and the storage battery ; and a control unit configured to control the detection circuit and the charging control circuit , characterized in that : the control unit is configured to set a detection period in which the control unit detects the output value of the solar cell and receives an optical signal, and a charging period in which the storage battery can be charged, during a reception period for receiving a data signal of transmission data transmitted from a communication target, is configured to control the charging control circuit to disconnect the solar cell and the storage battery , and is configured to cause the detection circuit to detect the output value of the solar cell , during the detection period, and is configured to control the charging control circuit to connect the solar cell and the storage battery during the charging period. a solar cell that receives light and generates power; a detection circuit configured to detect an output value of the solar cell ; a storage battery charged by power generated by the solar cell ; a charging control circuit configured to connect and disconnect the solar cell and the storage battery ; and a control unit configured to control the detection circuit and the charging control circuit , characterized in that : the control unit is configured to set a detection period in which the control unit detects the output value of the solar cell and receives an optical signal, and a charging period in which the storage battery can be charged, during a reception period for receiving a data signal of transmission data transmitted from a communication target, is configured to control the charging control circuit to disconnect the solar cell and the storage battery , and is configured to cause the detection circuit to detect the output value of the solar cell , during the detection period, and is configured to control the charging control circuit to connect the solar cell and the storage battery during the charging period. is configured to set a detection period in which the control unit detects the output value of the solar cell and receives an optical signal, and a charging period in which the storage battery can be charged, during a reception period for receiving a data signal of transmission data transmitted from a communication target, is configured to control the charging control circuit to disconnect the solar cell and the storage battery , and is configured to cause the detection circuit to detect the output value of the solar cell , during the detection period, and is configured to control the charging control circuit to connect the solar cell and the storage battery during the charging period.
A flap gate provided in an opening and configured to tilt up to block said opening when water flows in from said opening , the flap gate comprising: a door body whose movable end portion is located forward of its supported end portion , the movable end portion being on a side from which water flows in, when said door body is in a down position, and the door body being configured to change its position between said down position and a maximum up position by turning on said supported end portion serving as a support; and a flap ancillary part that applies tilt-up moment to said door body only when said door body is located in a position between said down position and a first position that is between said down position and said maximum up position, and applies tilt-down moment to said door body only when said door body is located in a position between said maximum up position and a second position that is between said first position and said maximum up position, and wherein when said door body is located in a position between said first position and said second position, tilt-up moment produced by the water and tilt-down moment produced by the weight of said door body act on said door body , and no moment is applied from flap ancillary part to said door body . a door body whose movable end portion is located forward of its supported end portion , the movable end portion being on a side from which water flows in, when said door body is in a down position, and the door body being configured to change its position between said down position and a maximum up position by turning on said supported end portion serving as a support; and a flap ancillary part that applies tilt-up moment to said door body only when said door body is located in a position between said down position and a first position that is between said down position and said maximum up position, and applies tilt-down moment to said door body only when said door body is located in a position between said maximum up position and a second position that is between said first position and said maximum up position, and wherein when said door body is located in a position between said first position and said second position, tilt-up moment produced by the water and tilt-down moment produced by the weight of said door body act on said door body , and no moment is applied from flap ancillary part to said door body .
A medical observation apparatus comprising: a microscope unit that outputs a signal of a captured image of an observation target; a support unit that movably supports the microscope unit and that includes a plurality of arm portions and a plurality of joint portions , each of which holds the arm portions rotatably about a predetermined axis; a rotation-target arm portion ; and one or a plurality of cables connected to the microscope unit and inserted through an interior of the support unit, wherein at least one of the joint portions includes a twisting joint portion that rotates the rotation-target arm portion about an axis (O 3 ) parallel to a central axis of the rotation-target arm portion, and the twisting joint portion includes a rotational-shaft portion that extends in parallel to a central axis (O 3 ) and rotates about said axis parallel to the central axis of the rotation-target arm portion, a rotational portion that holds the rotation-target arm portion, fixes the cable at a position offset from a central axis (O 3 ) of the rotational-shaft portion, and is rotatable about said central axis (O 3 ) of the rotational shaft portion, and an extending portion that extends along the longitudinal direction of the central axis (O 3 ) from the rotational-shaft portion and fixes the cable at a position where the central axis (O 3 ) of the rotational-shaft portion passes through the cable. a microscope unit that outputs a signal of a captured image of an observation target; a support unit that movably supports the microscope unit and that includes a plurality of arm portions and a plurality of joint portions , each of which holds the arm portions rotatably about a predetermined axis; a rotation-target arm portion ; and one or a plurality of cables connected to the microscope unit and inserted through an interior of the support unit, wherein at least one of the joint portions includes a twisting joint portion that rotates the rotation-target arm portion about an axis (O 3 ) parallel to a central axis of the rotation-target arm portion, and the twisting joint portion includes a rotational-shaft portion that extends in parallel to a central axis (O 3 ) and rotates about said axis parallel to the central axis of the rotation-target arm portion, a rotational portion that holds the rotation-target arm portion, fixes the cable at a position offset from a central axis (O 3 ) of the rotational-shaft portion, and is rotatable about said central axis (O 3 ) of the rotational shaft portion, and an extending portion that extends along the longitudinal direction of the central axis (O 3 ) from the rotational-shaft portion and fixes the cable at a position where the central axis (O 3 ) of the rotational-shaft portion passes through the cable.
An ultrasonic transceiver comprising: a piezoelectric element ; and a plurality of acoustic matching layers stacked on and joined to the piezoelectric element directly or via another layer, wherein at least a part of a joining part between the plurality of acoustic matching layers is disposed inside an outer periphery of a joining surface of the acoustic matching layer disposed on a side of the piezoelectric element , and the plurality of acoustic matching layers includes: a first acoustic matching layer joined to the piezoelectric element directly or via another layer; and a second acoustic matching layer stacked on and joined to the first acoustic matching layer , characterized in that the first acoustic matching layer has a disk shape, the second acoustic matching layer has a rectangular shape, and a short side of a joining surface via which the second acoustic matching layer and the first acoustic matching layer are joined together is shorter than a diameter of the first acoustic matching layer . a piezoelectric element ; and a plurality of acoustic matching layers stacked on and joined to the piezoelectric element directly or via another layer, wherein at least a part of a joining part between the plurality of acoustic matching layers is disposed inside an outer periphery of a joining surface of the acoustic matching layer disposed on a side of the piezoelectric element , and the plurality of acoustic matching layers includes: a first acoustic matching layer joined to the piezoelectric element directly or via another layer; and a second acoustic matching layer stacked on and joined to the first acoustic matching layer , characterized in that the first acoustic matching layer has a disk shape, the second acoustic matching layer has a rectangular shape, and a short side of a joining surface via which the second acoustic matching layer and the first acoustic matching layer are joined together is shorter than a diameter of the first acoustic matching layer . a first acoustic matching layer joined to the piezoelectric element directly or via another layer; and a second acoustic matching layer stacked on and joined to the first acoustic matching layer , characterized in that the first acoustic matching layer has a disk shape, the second acoustic matching layer has a rectangular shape, and a short side of a joining surface via which the second acoustic matching layer and the first acoustic matching layer are joined together is shorter than a diameter of the first acoustic matching layer .