mhurhangee/patent-ind-claim-en huggingface dataset:
A base station for use in a wireless telecommunications system, configured to selectively operate at multiple coverage enhancement, CE, modes for communication with a terminal device , the base station comprising: a transceiver configured to perform wireless communication with a terminal device ; and a controller configured to: control the transceiver to send a wireless paging signal to the terminal device , the paging signal comprising information defining an allocation of a communications resource for use by the terminal device to send a connection request message to the base station, and to send multiple paging signals at different respective CE modes, each paging signal defining a respective communications resource for use by the terminal device , and each of the multiple CE modes corresponding to a different respective number of repetitions of wireless data signals transmitted to or received from the terminal device via the respective communications resources defined by the respective paging signal; and control the transceiver to establish wireless communication with the terminal device by receiving the connection request message using the allocated communications resource. a transceiver configured to perform wireless communication with a terminal device ; and a controller configured to: control the transceiver to send a wireless paging signal to the terminal device , the paging signal comprising information defining an allocation of a communications resource for use by the terminal device to send a connection request message to the base station, and to send multiple paging signals at different respective CE modes, each paging signal defining a respective communications resource for use by the terminal device , and each of the multiple CE modes corresponding to a different respective number of repetitions of wireless data signals transmitted to or received from the terminal device via the respective communications resources defined by the respective paging signal; and control the transceiver to establish wireless communication with the terminal device by receiving the connection request message using the allocated communications resource. control the transceiver to send a wireless paging signal to the terminal device , the paging signal comprising information defining an allocation of a communications resource for use by the terminal device to send a connection request message to the base station, and to send multiple paging signals at different respective CE modes, each paging signal defining a respective communications resource for use by the terminal device , and each of the multiple CE modes corresponding to a different respective number of repetitions of wireless data signals transmitted to or received from the terminal device via the respective communications resources defined by the respective paging signal; and control the transceiver to establish wireless communication with the terminal device by receiving the connection request message using the allocated communications resource.
A reservoir configured to hold a predetermined maximum volume of water, comprising: a base ; a lid structured to connect to the base to allow the reservoir to be convertible between an open configuration and a closed configuration; an inlet tube configured to deliver a flow of air into the cavity, the inlet tube having an inlet tube interior end and an inlet tube exterior end; and an outlet tube configured to deliver a humidified flow of air from the cavity, the outlet tube having an outlet tube interior end and an outlet tube exterior end, wherein the reservoir comprises a cavity configured to hold the predetermined maximum volume of water; wherein the inlet tube interior end and the outlet tube interior end are located within the cavity and the inlet tube exterior end and the outlet tube exterior end are located in a wall of the reservoir; characterised in that the inlet tube passes below the outlet tube or the outlet tube passes below the inlet tube. a base ; a lid structured to connect to the base to allow the reservoir to be convertible between an open configuration and a closed configuration; an inlet tube configured to deliver a flow of air into the cavity, the inlet tube having an inlet tube interior end and an inlet tube exterior end; and an outlet tube configured to deliver a humidified flow of air from the cavity, the outlet tube having an outlet tube interior end and an outlet tube exterior end, wherein the reservoir comprises a cavity configured to hold the predetermined maximum volume of water; wherein the inlet tube interior end and the outlet tube interior end are located within the cavity and the inlet tube exterior end and the outlet tube exterior end are located in a wall of the reservoir; characterised in that the inlet tube passes below the outlet tube or the outlet tube passes below the inlet tube.
Support element , in particular a bridge, arranged in a trunk of a motor vehicle , comprising a first mounting face , a second mounting face and a third mounting face , one of the mounting faces, in particular the first face , being adapted to cooperate with an articulation arm of a trunk lid when it is in a completely open position the mounting faces are contained in respective planes forming between them angles greater than or equal to 90°.
A power tool comprising a motor and a pulse unit intermittently driving an output shaft , wherein the pulse unit comprises a cylinder with an inner cavity arranged to withhold a hydraulic fluid, and an anvil located inside said inner cavity , the anvil being connected to the output shaft , characterised in that at least one recess is arranged inside the inner cavity wherein at least one magnet is provided inside said recess , and wherein the at least one recess is deeper than the at least one magnet , such that a pocket is formed in the recess outside the magnet .
Accessory for adjusting the distance between a hinge of a window or door for a building and a profile of a window or door, whereby this accessory is composed of two essentially plate-shaped parts (12a and 12b) that are affixed against one another by one side and which are movably affixed with respect to one another by these sides in a certain sliding direction (X-X'), whereby the sides that are affixed against one another are each provided with one or more wedge-shaped elements that are such that when both parts (12a and 12b) are moved with respect to one another with their wedge-shaped elements in one or another direction according to the aforementioned sliding direction (X-X'), the thickness D of the accessory increases or decreases, wherein both plate-shaped parts (12a and 12b) are formed such that they are freely movable, manually without tools, over a distance with respect to one another in the mounted situation of the accessory , between the hinge and the aforementioned profile of the window or door, characterised in that both plate-shaped parts are held together by means of an elastic lip that is affixed on one of the two plate-shaped parts and which is elastically tightly hooked behind the other plate-shaped part and whereby the elastic lip extends in the sliding direction (X-X') and is hooked behind the other plate-shaped part through a passage in the other plate-shaped part .
A method for detecting an inkjet drive bubble in a print head, the print head having a number of nozzles and a drive bubble formation mechanism positioned over a nozzle passage of the nozzle, within an ink chamber associated with each nozzle, the drive bubble formation mechanism creating a drive bubble within the ink chamber to expel a droplet out of the inkjet nozzle over the nozzle passage , the method comprising: sending a firing command to the drive bubble formation mechanism in the ink chamber in fluid communication with the inkjet nozzle ; taking at least one impedance measurement after the firing command is sent to the drive bubble formation mechanism in the inkjet chamber ; and taking at least another impedance measurement , wherein the at least one impedance measurement and the at least another impedance measurement represent the drive bubble's coverage of an impedance sensor positioned near the drive bubble formation mechanism inside the ink chamber for detecting a presence of the drive bubble in the ink chamber; wherein, when at the time that the at least one impedance measurement is taken, an impedance value exceeds an impedance threshold value a presence of a drive bubble in the inkjet chamber is detected, and wherein, when at the time that the at least another impedance measurement is taken, an impedance value is below the impedance threshold value a collapse of the drive bubble is detected. sending a firing command to the drive bubble formation mechanism in the ink chamber in fluid communication with the inkjet nozzle ; taking at least one impedance measurement after the firing command is sent to the drive bubble formation mechanism in the inkjet chamber ; and taking at least another impedance measurement , wherein the at least one impedance measurement and the at least another impedance measurement represent the drive bubble's coverage of an impedance sensor positioned near the drive bubble formation mechanism inside the ink chamber for detecting a presence of the drive bubble in the ink chamber; wherein, when at the time that the at least one impedance measurement is taken, an impedance value exceeds an impedance threshold value a presence of a drive bubble in the inkjet chamber is detected, and wherein, when at the time that the at least another impedance measurement is taken, an impedance value is below the impedance threshold value a collapse of the drive bubble is detected.
A dehumidifier comprising: a main body including an inlet port and an outlet port ; a heat exchanger which exchanges heat with air introduced through the inlet port; and a water container which accommodates condensate and is separably coupled to the main body in a sliding manner, wherein the water container includes a handle rotatably coupled to the water container, wherein the handle is configured to be gripped to separate the water container from the main body in a sliding manner and to lift the water container once separated from the main body, characterised in that the handle is separably coupled to the water container, and in that a recessed member recessively formed inward of the water container is formed at a front surface of the water container to be adjacent to the handle. a main body including an inlet port and an outlet port ; a heat exchanger which exchanges heat with air introduced through the inlet port; and a water container which accommodates condensate and is separably coupled to the main body in a sliding manner, wherein the water container includes a handle rotatably coupled to the water container, wherein the handle is configured to be gripped to separate the water container from the main body in a sliding manner and to lift the water container once separated from the main body, characterised in that the handle is separably coupled to the water container, and in that a recessed member recessively formed inward of the water container is formed at a front surface of the water container to be adjacent to the handle.
A preparation method of trimethylolpropane, the preparation method comprising: preparing trimethylolpropane (TMP) by subjecting dimethylolbutanal (DMB) to a hydrogenation reaction under a metal catalyst and 2-ethyl hexanol, wherein during the hydrogenation reaction, a weight ratio of 2-ethyl hexanol based on dimethylolbutanal is 2 to 10. preparing trimethylolpropane (TMP) by subjecting dimethylolbutanal (DMB) to a hydrogenation reaction under a metal catalyst and 2-ethyl hexanol, wherein during the hydrogenation reaction, a weight ratio of 2-ethyl hexanol based on dimethylolbutanal is 2 to 10.
A non-transitory machine-readable medium storing a program executable by at least one processing unit of a device, the program comprising sets of instructions for: receiving a first set of data and a first greenhouse gas emission value associated with the first set of data; storing, in a cache of the device, the first set of data and the first greenhouse gas emission value; receiving a second set of data and a second greenhouse. gas emission value associated with the second set of data; storing, in the cache of the device, the second set of data and the second greenhouse gas emission value; receiving a third set of data and a third greenhouse gas emission value associated with the third set of data; characterised by : determining one of the first and second sets of data to remove from the cache of the device based on the first greenhouse gas emission value and the second greenhouse gas emission value; and replacing, in the cache of the device, the one of the first and second sets of data and the corresponding first or second greenhouse gas emission value with the third set of data and the third greenhouse gas emission value. receiving a first set of data and a first greenhouse gas emission value associated with the first set of data; storing, in a cache of the device, the first set of data and the first greenhouse gas emission value; receiving a second set of data and a second greenhouse. gas emission value associated with the second set of data; storing, in the cache of the device, the second set of data and the second greenhouse gas emission value; receiving a third set of data and a third greenhouse gas emission value associated with the third set of data; characterised by : determining one of the first and second sets of data to remove from the cache of the device based on the first greenhouse gas emission value and the second greenhouse gas emission value; and replacing, in the cache of the device, the one of the first and second sets of data and the corresponding first or second greenhouse gas emission value with the third set of data and the third greenhouse gas emission value. determining one of the first and second sets of data to remove from the cache of the device based on the first greenhouse gas emission value and the second greenhouse gas emission value; and replacing, in the cache of the device, the one of the first and second sets of data and the corresponding first or second greenhouse gas emission value with the third set of data and the third greenhouse gas emission value.
Method for collision avoidance during the operation of an industrial truck , wherein the industrial truck comprises a camera , which scans a monitoring region and transmits image data thus captured to an image processing apparatus which, by the evaluation of image data, generates instructions and/or control commands for the operation of the industrial truck , characterized in that the camera is oriented in the direction of travel towards a surface of travel ahead of the industrial truck , and scans a monitoring region ahead of the industrial truck in the direction of travel, the camera scans a surface of travel which is located in the monitoring region, the image processing apparatus, from image data thus captured, identifies the surface of travel as a coherent region and, in the event of the detection of objects which contrast from the surface of travel , generates instructions and/or control commands for collision avoidance, whereas during the travel of an industrial truck , odometry data for the industrial truck are captured and transmitted to the image processing apparatus, which generates stereo images from images which are captured in a temporally sequential manner during travel, the base line of which represents the distance of travel (dx) determined from odometry data.
A display device, comprising: a display panel configured to display an image; and a winder configured to fix a first end portion of the display panel thereinto, wherein the winder includes: a first fixing portion including a first external surface which is curved, and a second fixing portion including a second external surface which is curved and that faces the first external surface, wherein the first end portion of the display panel is interposed between the first external surface and the second external surface, characterized in that : the first external surface and the second external surface are curved in an S-shape. a display panel configured to display an image; and a winder configured to fix a first end portion of the display panel thereinto, wherein the winder includes: a first fixing portion including a first external surface which is curved, and a second fixing portion including a second external surface which is curved and that faces the first external surface, wherein the first end portion of the display panel is interposed between the first external surface and the second external surface, characterized in that : the first external surface and the second external surface are curved in an S-shape. a first fixing portion including a first external surface which is curved, and a second fixing portion including a second external surface which is curved and that faces the first external surface, wherein the first end portion of the display panel is interposed between the first external surface and the second external surface, characterized in that : the first external surface and the second external surface are curved in an S-shape.
An inductive position sensor for determining the position of a moving body along a linear or rotary path (F), including: - a target moving along the path adapted to modify an electromagnetic field; - a fixed circuit board extending in relation to the target along a limited portion with respect to the path and including a primary coil surrounding two secondary coils having substantially identical lengths (L) and having shapes of sine and cosine functions, each secondary coil including at least one outward track and at least one return track ; - a current generator for the primary coil or the secondary coils to create between the primary coil and the secondary coils an inductive coupling modulated by the position of the target; - a detector of the linear or angular position of the target from the induced signals derived from the secondary coils or from the primary coil; - and a system for balancing the coupling between the primary coil and the secondary coils for which the amplitude of the secondary coils located at the end segments of the primary coil is decreasing with respect to the amplitude of the secondary coils extending between the said secondary coils located at the end segments to compensate for the measurement offset induced by the proximity between the secondary coils and the end segments of the primary coil . - a target moving along the path adapted to modify an electromagnetic field; - a fixed circuit board extending in relation to the target along a limited portion with respect to the path and including a primary coil surrounding two secondary coils having substantially identical lengths (L) and having shapes of sine and cosine functions, each secondary coil including at least one outward track and at least one return track ; - a current generator for the primary coil or the secondary coils to create between the primary coil and the secondary coils an inductive coupling modulated by the position of the target; - a detector of the linear or angular position of the target from the induced signals derived from the secondary coils or from the primary coil; - and a system for balancing the coupling between the primary coil and the secondary coils for which the amplitude of the secondary coils located at the end segments of the primary coil is decreasing with respect to the amplitude of the secondary coils extending between the said secondary coils located at the end segments to compensate for the measurement offset induced by the proximity between the secondary coils and the end segments of the primary coil .
Stool sample device [A"] for collecting a stool sample from a region of a human rectum, which device comprises an outer part and an inner part, wherein the outer part comprises an outer unit [G"], wherein an inner unit [E"] is mounted, further wherein the outer unit [G"] has a round tip and comprises openings for collecting sample from the human rectum; and the inner part comprises the inner unit [E"] fitted with gaskets [D"], a first gasket [D"] is placed at the tip end of the inner unit [E"], and a second gasket is placed at the opposite end of a spiral-shaped part or snail, and at distance of a handle [B"]; characterised in that the inner unit [E"] is equipped with the spiral-shaped part or snail placed at the tip end relative to the outer unit [G"] and with the handle for turning [B"] and pulling [C"] at the opposite end relative to the spiral-shaped part or snail; and that the inner unit [E"] can be turned and pulled back by the handle [B", C"] with respect to the outer unit [G'']. the outer part comprises an outer unit [G"], wherein an inner unit [E"] is mounted, further wherein the outer unit [G"] has a round tip and comprises openings for collecting sample from the human rectum; and the inner part comprises the inner unit [E"] fitted with gaskets [D"], a first gasket [D"] is placed at the tip end of the inner unit [E"], and a second gasket is placed at the opposite end of a spiral-shaped part or snail, and at distance of a handle [B"]; characterised in that the inner unit [E"] is equipped with the spiral-shaped part or snail placed at the tip end relative to the outer unit [G"] and with the handle for turning [B"] and pulling [C"] at the opposite end relative to the spiral-shaped part or snail; and that the inner unit [E"] can be turned and pulled back by the handle [B", C"] with respect to the outer unit [G''].
A labeling machine (1; 1') configured to receive, at an input station , a web of labeling material comprising a series of label sheets joined to each other and to feed separated label sheets to respective articles at an application station ; said machine (1; 1') comprising: - a conveyor member configured to convey said web along a path (Q) from said input station toward said application station , said conveyor member comprising at least two separate label holders moving along said path (Q) and receiving, in use, said web at said input station such to cooperate in contact with respective successive label sheets of the web itself; and - a separation station arranged along said path (Q) between said input station and said application station , and at which at least one of said label sheets at a time is separated from said web ; characterized in that said label holders are independently controllable along said path (Q) and are configured to - move away from one another at said separation station to tension said web between said label holders . - a conveyor member configured to convey said web along a path (Q) from said input station toward said application station , said conveyor member comprising at least two separate label holders moving along said path (Q) and receiving, in use, said web at said input station such to cooperate in contact with respective successive label sheets of the web itself; and - a separation station arranged along said path (Q) between said input station and said application station , and at which at least one of said label sheets at a time is separated from said web ; - move away from one another at said separation station to tension said web between said label holders .