mhurhangee/patent-ind-claim-en huggingface dataset:
A developing device comprising: developing means including a developer bearing member and a developing frame member , the developing frame member being configured to support the developer bearing member ; an end supporting member (38; 48) configured to pivotably support the developing means on one end side in an axis direction of the developer bearing member ; an other-end supporting member configured to pivotably support the developing means on the other end side in the axis direction; a first shaft provided on the developing means ; a second shaft provided either in the developing means or in the other-end supporting member ; a first hole (38a; 48a) provided in the end supporting member (38; 48), the first hole (38a; 48a) configured to support the first shaft so that the developing means pivots about the first shaft and the second shaft , and also configured to allow the first shaft to move in a direction intersecting the axis direction; a second hole provided in the other of the developing means and the other-end supporting member , the second hole being configured to support the second shaft so that the developing means pivots about the first shaft and the second shaft , and also being configured to restrain the second shaft from moving in the direction intersecting the axis direction; and a biasing member (40: 41, 140) configured to bias the first shaft in the direction intersecting the axis direction. developing means including a developer bearing member and a developing frame member , the developing frame member being configured to support the developer bearing member ; an end supporting member (38; 48) configured to pivotably support the developing means on one end side in an axis direction of the developer bearing member ; an other-end supporting member configured to pivotably support the developing means on the other end side in the axis direction; a first shaft provided on the developing means ; a second shaft provided either in the developing means or in the other-end supporting member ; a first hole (38a; 48a) provided in the end supporting member (38; 48), the first hole (38a; 48a) configured to support the first shaft so that the developing means pivots about the first shaft and the second shaft , and also configured to allow the first shaft to move in a direction intersecting the axis direction; a second hole provided in the other of the developing means and the other-end supporting member , the second hole being configured to support the second shaft so that the developing means pivots about the first shaft and the second shaft , and also being configured to restrain the second shaft from moving in the direction intersecting the axis direction; and a biasing member (40: 41, 140) configured to bias the first shaft in the direction intersecting the axis direction.
A system for guiding a dielectric cable from a conductor to an elevated support structure comprising: an insulator arranged to be attached to a conductor comprising a first bore for receiving a dielectric cable ; an earth bond extending to a lower end of the insulator ; and a downpipe extending between first and second ends, the first end connected to the lower end of the insulator and the second end arranged to be supported by an elevated support structure , the downpipe for receiving the dielectric cable from the bore of the insulator , characterised in that the downpipe is formed of a flexible material. an insulator arranged to be attached to a conductor comprising a first bore for receiving a dielectric cable ; an earth bond extending to a lower end of the insulator ; and a downpipe extending between first and second ends, the first end connected to the lower end of the insulator and the second end arranged to be supported by an elevated support structure , the downpipe for receiving the dielectric cable from the bore of the insulator ,
A use of a solder alloy for preventing electromigration of a solder joint of an electronic device, the solder joint carrying a current with a current density of 5 - 100 kA/cm 2 , the solder alloy consisting of: - at least 2 mass% and at most 4 mass% of Ag, - at least 2 mass% and at most 4 mass% of Bi, - at least 2 mass% and at most 5 mass % of In, optionally at least one element selected from 0.01 - 0.3 mass % of Ni, 0.01 - 0.3 mass % of Co, and 0.01 - 0.1 mass % of Fe, and a remainder of Sn. - at least 2 mass% and at most 4 mass% of Ag, - at least 2 mass% and at most 4 mass% of Bi, - at least 2 mass% and at most 5 mass % of In, optionally at least one element selected from 0.01 - 0.3 mass % of Ni, 0.01 - 0.3 mass % of Co, and 0.01 - 0.1 mass % of Fe, and a remainder of Sn.
An external rear view device (1, 1', 101', 101", 201) for a motor vehicle, comprising a housing , and at least one light emitting and/or receiving device, comprising • at least one light producing device (10; 50; 70) and/or at least one camera device arranged within said housing , and • at least one at least partially transparent element closing an opening provided by said housing , wherein the at least partially transparent element is provided in form of a first module attached to the housing , and wherein the light producing device (10; 50; 70) and/or the camera device is provided in form of a second module attached to the first module, wherein first module and the second module are mechanically releaseably coupled, and characterized in that a single first module is coupled to a plurality of second modules and is provided with a plurality of light trunks for inputting or outputting light. • at least one light producing device (10; 50; 70) and/or at least one camera device arranged within said housing , and • at least one at least partially transparent element closing an opening provided by said housing , the at least partially transparent element is provided in form of a first module attached to the housing , and wherein the light producing device (10; 50; 70) and/or the camera device is provided in form of a second module attached to the first module, wherein first module and the second module are mechanically releaseably coupled, and characterized in that a single first module is coupled to a plurality of second modules and is provided with a plurality of light trunks for inputting or outputting light.
A motor driven viewing device for use on a vehicle, comprising - a base structure for mounting the viewing device on the vehicle; - a rotatable housing ; - a device in the housing , the device selected from a group comprising a mirror ; - an electric DC motor coupled to the housing for driving a rotation of the housing relative to the base structure around a first rotation axis; - a control circuit having an input for receiving an adjustment input signal or signals for communicating user control of orientation of the device from said group, the control circuit comprising a pulse width modulation circuit , the pulse width modulation circuit being coupled between the electric DC motor and a power supply input, the control circuit being configured to cause the housing to be rotated by causing the pulse width modulation circuit to supply current from the power supply input to the electric DC motor using a first supply current duty cycle level, and - to cause the housing to be rotated under control of the adjustment input signal or signals by causing the pulse width modulation circuit to supply the current using a second supply current duty cycle level, lower than the first supply current duty cycle level wherein the group consists of a mirror and a camera and wherein said rotation of the housing using the first supply current duty cycle level is a rotation from a folded orientation to an operational orientation when the motor driven viewing device is powered on. - a base structure for mounting the viewing device on the vehicle; - a rotatable housing ; - a device in the housing , the device selected from a group comprising a mirror ; - an electric DC motor coupled to the housing for driving a rotation of the housing relative to the base structure around a first rotation axis; - a control circuit having an input for receiving an adjustment input signal or signals for communicating user control of orientation of the device from said group, the control circuit comprising a pulse width modulation circuit , the pulse width modulation circuit being coupled between the electric DC motor and a power supply input, the control circuit being configured to cause the housing to be rotated by causing the pulse width modulation circuit to supply current from the power supply input to the electric DC motor using a first supply current duty cycle level, and - to cause the housing to be rotated under control of the adjustment input signal or signals by causing the pulse width modulation circuit to supply the current using a second supply current duty cycle level, lower than the first supply current duty cycle level wherein the group consists of a mirror and a camera and wherein said rotation of the housing using the first supply current duty cycle level is a rotation from a folded orientation to an operational orientation when the motor driven viewing device is powered on.
An information processing device comprising: an information compression unit configured to acquire pixel output information including a plurality of pixel outputs from an image capturing element (121; 221), wherein the plurality of pixel outputs are indicative of received object light that has entered the image capturing element without passing through any of an image capturing lens and a pinhole, and wherein at least two of the plurality of pixel outputs have incident angle directivity modulated into different incident angle directivity according to an incident angle of the object light, wherein the incident angle directivity of each pixel output is a light-receiving sensitivity of that pixel output according to the incident angle of incident light; wherein the information compression unit classifies each pixel output into one of a plurality of classifications on a basis of the incident angle directivity, and performs compression processing on each of the plurality of classifications to reduce an amount of data of the acquired pixel output information. an information compression unit configured to acquire pixel output information including a plurality of pixel outputs from an image capturing element (121; 221), wherein the plurality of pixel outputs are indicative of received object light that has entered the image capturing element without passing through any of an image capturing lens and a pinhole, and wherein at least two of the plurality of pixel outputs have incident angle directivity modulated into different incident angle directivity according to an incident angle of the object light, wherein the incident angle directivity of each pixel output is a light-receiving sensitivity of that pixel output according to the incident angle of incident light; wherein the information compression unit classifies each pixel output into one of a plurality of classifications on a basis of the incident angle directivity, and performs compression processing on each of the plurality of classifications to reduce an amount of data of the acquired pixel output information.
A driver assembly to be detachably coupled between a flexible shaft drive transmission having an outer casing assembly and an elongated drive transmitting shaft rotatable within the outer casing assembly and a handle assembly of a power operated tool to provide rotational power from a coupler fitting of the drive transmitting shaft to a drive train of the power operated tool , the driver assembly comprising: a) a tube assembly comprising a main tube defining a throughbore and first and second bushings disposed within the throughbore at respective first and second ends of the main tube and a casing coupler secured to and extending beyond the second end of the main tube , the casing coupler configured to releasably attach the driver assembly to the outer casing assembly ; and b) an elongated shaft supported for rotation by the first and second bushings of the tube assembly, a first end portion of the shaft rotatably supported in the first bushing and a second end portion of the elongated shaft rotatably supported in the second bushing , characterized in the first end portion of the elongated shaft including a driver fitting extending axially beyond the first end of the main tube , the first bushing defining an end wall to constrain axial movement of the elongated shaft with respect to the tube assembly in a first direction (PRXTOOL), the second end portion of the elongated shaft including a driven fitting extending axially beyond the second end of the main tube , the second bushing including an end wall to constrain axial movement of the elongated shaft with respect to the tube assembly in a direction (DISTOOL) opposite of the first direction (PRXTOOL). a) a tube assembly comprising a main tube defining a throughbore and first and second bushings disposed within the throughbore at respective first and second ends of the main tube and a casing coupler secured to and extending beyond the second end of the main tube , the casing coupler configured to releasably attach the driver assembly to the outer casing assembly ; and b) an elongated shaft supported for rotation by the first and second bushings of the tube assembly, a first end portion of the shaft rotatably supported in the first bushing and a second end portion of the elongated shaft rotatably supported in the second bushing , characterized in the first end portion of the elongated shaft including a driver fitting extending axially beyond the first end of the main tube , the first bushing defining an end wall to constrain axial movement of the elongated shaft with respect to the tube assembly in a first direction (PRXTOOL), the second end portion of the elongated shaft including a driven fitting extending axially beyond the second end of the main tube , the second bushing including an end wall to constrain axial movement of the elongated shaft with respect to the tube assembly in a direction (DISTOOL) opposite of the first direction (PRXTOOL).
Automatic concrete pump with at least one front and at least one rear pivot leg , wherein the pivot legs are coupled to a substructure of the automatic concrete pump via an upper and a lower pivot pin part with a common pivot axis , characterised in that the pivot legs are coupled to the upper pivot pin part respectively via an upper contact surface , in particular in the form of a partial cylinder jacket, which does not fully encompass the upper pivot pin part .
A method of creating a trusted bond between a hearing device and a user accessory device , wherein the method comprises: - transmitting (S2), by a hearing device fitting system , an authentication key to the hearing device; - creating (S5), by the hearing device fitting system, authentication data comprising the authentication key in encrypted form; - obtaining (S7), by the user accessory device, the created authentication data; - receiving (S8), by the user accessory device, identification information from the hearing device, the identification information identifying the hearing device; - decrypting (S10), by the user accessory device, the encrypted authentication key comprised in the obtained authentication data using at least the received identification information; - establishing communication (S11) between the hearing device and the user accessory device based on the authentication key. - transmitting (S2), by a hearing device fitting system , an authentication key to the hearing device; - creating (S5), by the hearing device fitting system, authentication data comprising the authentication key in encrypted form; - obtaining (S7), by the user accessory device, the created authentication data; - receiving (S8), by the user accessory device, identification information from the hearing device, the identification information identifying the hearing device; - decrypting (S10), by the user accessory device, the encrypted authentication key comprised in the obtained authentication data using at least the received identification information; - establishing communication (S11) between the hearing device and the user accessory device based on the authentication key.
Method for controlling the feed of threads of a system with several thread feeders (VC, ATC) with a pre-determined thread tension to workstations (A1, A2, A3, ... A16) of a textile machine (T), wherein the thread tension of at least one thread of a thread feeder (ATC) is regulated to a reference value (Mref) by a tensioning unit of the thread feeder (ATC), wherein at least one thread feeder (ATC) with a tensioning unit is operated as a master thread feeder and at least one further thread feeder (VC) as a slave thread feeder, wherein the thread tension of the thread of the slave thread feeder(s) is/are controlled via the tensioning unit of the master thread feeder or the slave thread feeders of the master thread feeders with a setpoint controller, wherein the threads of the thread feeders (VC, ATC), which each have a storage body and a braking device in the thread path downstream from the storage body , are each drawn off from the storage body by the workstation of the textile machine (T), wherein the thread tensioning of the respective thread of the thread feeder (VC, ATC) is adjusted by a adjusting device of the braking device and the adjusting device is controlled with a braking signal, wherein the braking signal is adjusted by the respective tensioning unit of the master thread feeder for regulating the thread tension of the thread of the master thread feeder(s), wherein, to the thread feeders (VC, ATC) of the system, specific data (spD) are each allocated, wherein the specific data (spD) comprises an allocation of values of a braking force determining the thread tension to values of the braking signal, and the thread tension of the thread(s) of the slave thread feeder(s) is controlled in that the setpoint controller calculates a setpoint value for the braking force for the slave thread feeder(s) from the value(s) of the braking signal of the master thread feeder(s) and presets this to the slave thread feeder(s).
A method for controlling a laser apparatus configured to fragment a stone, comprising: emitting a low energy check pulse from a laser fiber , detecting a response based upon the low energy check pulse, and based, at least partially, upon the detected response, determining if a portion of a basket is in a path of the laser pulse, and to: allow delivery of a high energy laser pulse from the laser fiber , if the basket is not detected, or prevent delivery of a high energy laser pulse from the laser fiber , if the basket is detected. emitting a low energy check pulse from a laser fiber , detecting a response based upon the low energy check pulse, and based, at least partially, upon the detected response, determining if a portion of a basket is in a path of the laser pulse, and to: allow delivery of a high energy laser pulse from the laser fiber , if the basket is not detected, or prevent delivery of a high energy laser pulse from the laser fiber , if the basket is detected. allow delivery of a high energy laser pulse from the laser fiber , if the basket is not detected, or prevent delivery of a high energy laser pulse from the laser fiber , if the basket is detected.
A system for providing artificial tooth elements, comprising a detection device for figurative/visual detection of at least one incomplete tooth set , wherein the detection device generates an image of the tooth set , an image evaluation device for determining the type of tooth set and for determining the at least one missing tooth element , and a provision device providing the at least one tooth element determined as missing by the image evaluation device . a detection device for figurative/visual detection of at least one incomplete tooth set , wherein the detection device generates an image of the tooth set , an image evaluation device for determining the type of tooth set and for determining the at least one missing tooth element , and a provision device providing the at least one tooth element determined as missing by the image evaluation device .
A data transmission method performed by a primary base station, the method comprising: determining an indication of a first carrier for communication between the primary base station and a terminal; determining an indication of a second carrier for communication between a secondary base station and the terminal; and sending to the terminal a parameter and an indication of a rejection rule, the parameter being for determining the second carrier, the rejection rule being a rule for the terminal to select, when inter-modulation distortion in downlink reception caused by simultaneous uplink transmissions on the first carrier and the second carrier occurs, between: performing data transmission on the first carrier but not on the second carrier, the second carrier being called rejected carrier, and performing data transmission on the second carrier but not on the first carrier, the first carrier being called rejected carrier, characterized in that the rejection rule comprises a first number and a second number, the data transmission on the first carrier and the data transmission on the second carrier are uplink subframe transmissions, the first number is a number of consecutive subframes for applying the selection by the rejection rule; and the second number is a number of times for allowing to reject uplink subframe transmissions on the rejected carrier within the first number of consecutive subframes. determining an indication of a first carrier for communication between the primary base station and a terminal; determining an indication of a second carrier for communication between a secondary base station and the terminal; and sending to the terminal a parameter and an indication of a rejection rule, the parameter being for determining the second carrier, the rejection rule being a rule for the terminal to select, when inter-modulation distortion in downlink reception caused by simultaneous uplink transmissions on the first carrier and the second carrier occurs, between: performing data transmission on the first carrier but not on the second carrier, the second carrier being called rejected carrier, and performing data transmission on the second carrier but not on the first carrier, the first carrier being called rejected carrier, performing data transmission on the first carrier but not on the second carrier, the second carrier being called rejected carrier, and performing data transmission on the second carrier but not on the first carrier, the first carrier being called rejected carrier, characterized in that the rejection rule comprises a first number and a second number, the data transmission on the first carrier and the data transmission on the second carrier are uplink subframe transmissions, the first number is a number of consecutive subframes for applying the selection by the rejection rule; and the second number is a number of times for allowing to reject uplink subframe transmissions on the rejected carrier within the first number of consecutive subframes.