mhurhangee/patent-ind-claim-en huggingface dataset:
A tomographic image capturing apparatus comprising: a light source configured to generate measuring light; scanning means configured to scan a fundus of a subject's eye with the measuring light; detection means configured to detect light obtained by combining return light acquired by scanning the fundus of the subject's eye with the measuring light by the scanning means with reference light; a fixation lamp comprising turn-on positions configured to guide a line of sight of the subject's eye; instruction acquisition means configured to acquire an imaging position instruction from an operator selecting a predetermined position in a fundus image of the subject's eye with an initial fixation lamp turn-on position; fixation lamp setting means configured to set, so that an imaging position on the fundus is irradiated with the measuring light according to the imaging position instruction, a turn-on position on the fixation lamp; scanning position setting means configured to set a scanning position of the measuring light so that in a case where the set fixation lamp turn-on position is turned on, the imaging position on the fundus is scanned with the measuring light. a light source configured to generate measuring light; scanning means configured to scan a fundus of a subject's eye with the measuring light; detection means configured to detect light obtained by combining return light acquired by scanning the fundus of the subject's eye with the measuring light by the scanning means with reference light; a fixation lamp comprising turn-on positions configured to guide a line of sight of the subject's eye; instruction acquisition means configured to acquire an imaging position instruction from an operator selecting a predetermined position in a fundus image of the subject's eye with an initial fixation lamp turn-on position; fixation lamp setting means configured to set, so that an imaging position on the fundus is irradiated with the measuring light according to the imaging position instruction, a turn-on position on the fixation lamp; scanning position setting means configured to set a scanning position of the measuring light so that in a case where the set fixation lamp turn-on position is turned on, the imaging position on the fundus is scanned with the measuring light.
A document , comprising: ▪ a support ; and ▪ a security element bearing an authentication data (OK; F), which security element comprises a plurality of layers (10, 11, 20; 30, 40, 41, 42, 50) superimposed and fixed one to each other to define two opposite sides (A, B) of the security element , wherein at least two main layers (10, 20; 41, 42) of said plurality each bears a respective component (O, K; F 1 , F 2 , F 3 ) of said authentication data (OK; F) arranged in mutual register, and wherein said plurality of layers comprises at least one interfering layer (11; 41, 42) interposed among at least two main layers, said interfering layer being configured to selectively transmit first wavelengths and to reflect second wavelengths of an incident electromagnetic radiation (R) thereon, such that said components (O, K; F 1 , F 2 , F 3 ) of said authentication data (OK; F) are all observable or detectable to form said authentication data (OK; F) exclusively from one observation direction in transmitted radiation related to only one of said two opposite faces (A, B) of the security element , in such a way that the document allows to verify the congruity of said authentication data (OK; F) with reference data. ▪ a support ; and ▪ a security element bearing an authentication data (OK; F), which security element comprises a plurality of layers (10, 11, 20; 30, 40, 41, 42, 50) superimposed and fixed one to each other to define two opposite sides (A, B) of the security element ,
An industrial printhead comprising a flow channel enclosed in a chamber and a single vibration distributor, the vibration distributor comprising a mass resonator , a piezoelectric exciter and a wave concentrator arranged in an axial configuration, wherein the flow channel is resonated, in use, by the vibration distributor; characterized in that the flow channel has at least one fluid inlet and two or more fluid outlets , and wherein the wave concentrator is conical in shape.
A method implemented by a user equipment in a wireless communication network, said method comprising: initiating a 2-step random access procedure while in a connected mode in an active BWP; selecting 2-step random access resources from among first 2-step random access resources in an inactive BWP configured for the UE to use in both connected and idle/inactive modes and second 2-step random access resources in an active BWP overlapping the inactive BWP configured for the UE to use in connected mode, wherein selecting 2-step random access resources comprises selecting the 2-step random access resources depending on a size or a priority of the random access message; and transmitting a random access message in the inactive BWP without changing the active BWP. initiating a 2-step random access procedure while in a connected mode in an active BWP; selecting 2-step random access resources from among first 2-step random access resources in an inactive BWP configured for the UE to use in both connected and idle/inactive modes and second 2-step random access resources in an active BWP overlapping the inactive BWP configured for the UE to use in connected mode, wherein selecting 2-step random access resources comprises selecting the 2-step random access resources depending on a size or a priority of the random access message; and transmitting a random access message in the inactive BWP without changing the active BWP.
An apparatus for reducing or controlling water consumption in bathrooms, the apparatus comprising a housing and being configured to receive data from one or more water consumption locations in a bathroom, the housing comprising: one or more sensors including a motion sensor configured to detect a movement in a certain distance from the apparatus in a bathroom as a first indication of activity in the bathroom, an audio sensor configured to monitor a sound of running water from one or more water consumption locations in a bathroom as a second indication of activity in the bathroom, optionally a humidity sensor configured to monitor the ambient humidity in a bathroom as a third indication of activity in the bathroom, and optionally an ambient temperature sensor ; a controller configured to qualify at least a part of the data received from the one or more sensors by means of an algorithm to obtain qualified data, wherein the controller is configured to qualify at least a part of the data received from the audio sensor as qualified audio data by means of an algorithm based on a reference audio standard; a transmitting member configured to transmit the qualified data at a given point of time to an external unit , optionally via a mobile device , by means of low power signals; and a unique identification means being readable or scannable by a mobile device and configured to include output data based on the qualified data for reducing or controlling water consumption in the bathroom. one or more sensors including a motion sensor configured to detect a movement in a certain distance from the apparatus in a bathroom as a first indication of activity in the bathroom, an audio sensor configured to monitor a sound of running water from one or more water consumption locations in a bathroom as a second indication of activity in the bathroom, optionally a humidity sensor configured to monitor the ambient humidity in a bathroom as a third indication of activity in the bathroom, and optionally an ambient temperature sensor ; a controller configured to qualify at least a part of the data received from the one or more sensors by means of an algorithm to obtain qualified data, wherein the controller is configured to qualify at least a part of the data received from the audio sensor as qualified audio data by means of an algorithm based on a reference audio standard; a transmitting member configured to transmit the qualified data at a given point of time to an external unit , optionally via a mobile device , by means of low power signals; and a unique identification means being readable or scannable by a mobile device and configured to include output data based on the qualified data for reducing or controlling water consumption in the bathroom.
An apparatus in communication with a second radio device , the first apparatus being configured to; based on a first signal comprising one or more data transmission frames received from a first radio device by the second radio device , the first signal having a particular carrier frequency of a carrier wave thereof and the one or more data transmission frames comprising a plurality of symbols provided at a particular symbol frequency, the carrier frequency and symbol frequency based on a reference clock frequency of the first radio device, determine , in a second synchronization mode, one or more of an estimate of the particular carrier frequency and an estimate of the particular symbol frequency relative to a reference clock frequency of the second radio device and provide for transmission of a response signal from the second radio device to the first radio device , the response signal provided with one or more of a reply carrier wave having a carrier frequency that is the determined estimate of the particular carrier frequency and a plurality of symbols of one or more data transmission frames of the response signal provided at a reply symbol frequency that is the determined estimate of the particular symbol frequency; characterized in that the apparatus is configured to provide a first synchronisation mode and the second synchronisation mode for transmission of response signals, wherein in the first synchronisation mode one or more data transmission frames are provided with a first number of synchronisation symbols to allow the first radio device to synchronise with the second radio device and in the second synchronisation mode one or more data transmission frames are provided with a second number of synchronisation symbols, less than the first number, to allow the first radio device to synchronise with the second radio device, the second synchronisation mode provided for response signals sent using the one or more of an estimate of the particular carrier frequency and an estimate of the particular symbol frequency relative to a reference clock frequency of the second radio device, and the first synchronisation mode provided for response signals sent not using the one or more of an estimate of the particular carrier frequency and an estimate of the particular symbol frequency relative to a reference clock frequency of the second radio device.
Device for inspecting at least one defect of a weld bead with respect to a weld quality standard, the said device comprising multiple gauges arranged on one or more components included in the device , the multiple gauges including: a. At least a first gauge consisting of a square cut-out, b. At least a second gauge consisting of a first concave cut-out comprising a stud extending outwards from the said first concave cut-out , c. At least a third gauge consisting of a rectangular-shaped cut-out, the said device being characterized in that the multiple gauges further comprise d. At least a fourth gauge consisting of a straight edge and only a single protruding part placed at one end of the edge, the protruding part culminating at a height between 0.2 mm and 5 mm with respect to the straight edge . a. At least a first gauge consisting of a square cut-out, b. At least a second gauge consisting of a first concave cut-out comprising a stud extending outwards from the said first concave cut-out , c. At least a third gauge consisting of a rectangular-shaped cut-out, the said device being characterized in that the multiple gauges further comprise d. At least a fourth gauge consisting of a straight edge and only a single protruding part placed at one end of the edge, the protruding part culminating at a height between 0.2 mm and 5 mm with respect to the straight edge .
A method for displaying the status of a heating or air conditioning device of a vehicle , in which - a graphical object which depicts the vehicle is displayed by a display device of the vehicle (10, - the status of the heating or air conditioning device is detected and - different statuses of the heating or air conditioning device are displayed by the display device by means of different depictions of the vehicle surfaces , characterized in that different statuses of the heating or air conditioning device are displayed by the display device by means of different depictions of vehicle window panes and that the heating or air conditioning device is an auxiliary air conditioning device of the vehicle. - a graphical object which depicts the vehicle is displayed by a display device of the vehicle (10, - the status of the heating or air conditioning device is detected and - different statuses of the heating or air conditioning device are displayed by the display device by means of different depictions of the vehicle surfaces , characterized in
A side wall cladding element for motor vehicle interior walls , comprising - a base body for forming a portion of a motor vehicle interior wall cladding and - a coupling body protruding from the base body for spacing the base body apart from the motor vehicle interior wall , wherein the coupling body has - a first spacer element which is connected via a first attachment portion to the base body and via a second attachment portion to the connecting element , - a second spacer element which is connected via a third attachment portion to the connecting element and via a fourth attachment portion to the base body and - an attachment element which is connected to the second spacer element in the region of the fourth attachment portion so as to bear flat against the base body , characterized in that the coupling body of the connecting element is configured so as to be fastened to the motor vehicle interior wall by a material connection, wherein the base body , the first spacer element , the connecting element , the second spacer element and/or the attachment element are configured integrally and are connected together via crease folds . - a base body for forming a portion of a motor vehicle interior wall cladding and - a coupling body protruding from the base body for spacing the base body apart from the motor vehicle interior wall , wherein the coupling body has wherein the coupling body has - a first spacer element which is connected via a first attachment portion to the base body and via a second attachment portion to the connecting element , - a second spacer element which is connected via a third attachment portion to the connecting element and via a fourth attachment portion to the base body and - an attachment element which is connected to the second spacer element in the region of the fourth attachment portion so as to bear flat against the base body , characterized in that the coupling body of the connecting element is configured so as to be fastened to the motor vehicle interior wall by a material connection, wherein the base body , the first spacer element , the connecting element , the second spacer element and/or the attachment element are configured integrally and are connected together via crease folds . characterized in that the coupling body of the connecting element is configured so as to be fastened to the motor vehicle interior wall by a material connection, wherein the base body , the first spacer element , the connecting element , the second spacer element and/or the attachment element are configured integrally and are connected together via crease folds .
A radio frequency (RF) system for delivering and controlling power from a number N greater than two RF power sources to a single output, the system comprising: - N RF power sources each having an output port, each of said N RF power sources configured to deliver RF power to its output port; - a lossless power combiner, said lossless power combiner comprising N input ports, 2N-2 reactive branches having specified reactance values, and an output port configured to receive RF power, wherein each of the output ports of the N RF power sources are coupled to a corresponding one of the input ports of said lossless power combiner, and RF power delivered to the output port of said power combiner is controlled by adjusting the phases of the N radio-frequency power sources as a function of the reactance values of the 2N-2 reactive branches. - N RF power sources each having an output port, each of said N RF power sources configured to deliver RF power to its output port; - a lossless power combiner, said lossless power combiner comprising N input ports, 2N-2 reactive branches having specified reactance values, and an output port configured to receive RF power, wherein each of the output ports of the N RF power sources are coupled to a corresponding one of the input ports of said lossless power combiner, and RF power delivered to the output port of said power combiner is controlled by adjusting the phases of the N radio-frequency power sources as a function of the reactance values of the 2N-2 reactive branches.
A backflow preventer for installation in a fluid line , having a housing in which a closing body is arranged in a stroke-adjustable manner, which is moved upon applying an upstream fluid flow pressure (p Z ) in a flow direction (D) into its open position, in which a passage opening is unblocked against a spring force (F V ), and which can be moved in the opposite direction, by means of spring tension, into its closed position, in which the passage opening is blocked, which backflow preventer has a pressure compensator on its downstream side (A), by means of which the downstream fluid enters a pressure compensation chamber upon application of an excessive downstream fluid pressure (p A ), thereby diminishing the downstream fluid pressure (p A ), wherein the pressure compensator has a molded body , in particular sleeve-like molded body , which is deformable under excessive downstream fluid pressure (p A ) and which is arranged in an installation position between the backflow preventer housing and the fluid line , and wherein the pressure compensation chamber is defined between the backflow preventer housing and the molded body , characterized in that the molded body is in releasable contact with the outer periphery of the backflow preventer housing in the event of a fluid flow in the flow direction (D), and that upon application of excessive downstream fluid pressure (p A ), the downstream fluid enters a gap between the backflow preventer housing and the molded body , thereby deforming the molded body and simultaneously widening the pressure compensation chamber .
A method for validating a preparation of at least one tooth in a prepared set of teeth for determining whether the prepared tooth is capable of accepting a dental restoration, said method comprising: virtually forming a remaining set of teeth by virtually removing said at least one tooth from the digital 3D representation of a set of teeth ; virtually providing the dental restoration expressing a target shape of the dental restoration for said at least one tooth, and virtually creating a validation surface based on the target dental restoration ; virtually creating a dental preparation guide by combining said validation surface and at least part of the remaining set of teeth, thereby obtaining the virtual dental preparation guide configured for validating the preparation of the at least one tooth ; obtaining a digital 3D representation of the prepared set of teeth ; visualizing the virtual dental preparation guide together with the digital 3D representation of the prepared set of teeth ; and validating from the visualization of the virtual dental preparation guide together with the digital 3D representation of the prepared set of teeth whether the prepared at least one tooth is shaped such that it can accept the dental restoration . virtually forming a remaining set of teeth by virtually removing said at least one tooth from the digital 3D representation of a set of teeth ; virtually providing the dental restoration expressing a target shape of the dental restoration for said at least one tooth, and virtually creating a validation surface based on the target dental restoration ; virtually creating a dental preparation guide by combining said validation surface and at least part of the remaining set of teeth, thereby obtaining the virtual dental preparation guide configured for validating the preparation of the at least one tooth ; obtaining a digital 3D representation of the prepared set of teeth ; visualizing the virtual dental preparation guide together with the digital 3D representation of the prepared set of teeth ; and validating from the visualization of the virtual dental preparation guide together with the digital 3D representation of the prepared set of teeth whether the prepared at least one tooth is shaped such that it can accept the dental restoration .
A surgical instrument comprising: a mount body having a top portion, a distal end, a proximal end and a bottom portion; an arm ; a joint member pivotally mounted at a distal end portion of the mount body to allow positioning of a proximal portion of the arm extending distally from the joint member , the joint member configured to constrain movement of the joint member relative to the mount body to a first plane and to constrain movement of the proximal portion of the arm relative to the joint member to a second plane; a working end mounted to a distal end portion of the arm , wherein the joint member includes a disk member and a slotted ball connected to the disk member, wherein the disk member confines movement of the joint member to yawing in the first plane and a slot of the slotted ball confines movement of the proximal portion of the arm relative to the joint member to pitching in the second plane; an actuator rotatably mounted to the mount body towards the proximal end of the mount body ; and a cable extending from the actuator through the mount body, joint member, slotted ball and arm, the actuator and the cable being configured to change a state of the arm from a flexible state to a rigid state by movement of the actuator in a first direction, and from the rigid state to the flexible state by movement of the actuator in a second direction opposite the first direction. a mount body having a top portion, a distal end, a proximal end and a bottom portion; an arm ; a joint member pivotally mounted at a distal end portion of the mount body to allow positioning of a proximal portion of the arm extending distally from the joint member , the joint member configured to constrain movement of the joint member relative to the mount body to a first plane and to constrain movement of the proximal portion of the arm relative to the joint member to a second plane; a working end mounted to a distal end portion of the arm , wherein the joint member includes a disk member and a slotted ball connected to the disk member, wherein the disk member confines movement of the joint member to yawing in the first plane and a slot of the slotted ball confines movement of the proximal portion of the arm relative to the joint member to pitching in the second plane; an actuator rotatably mounted to the mount body towards the proximal end of the mount body ; and a cable extending from the actuator through the mount body, joint member, slotted ball and arm, the actuator and the cable being configured to change a state of the arm from a flexible state to a rigid state by movement of the actuator in a first direction, and from the rigid state to the flexible state by movement of the actuator in a second direction opposite the first direction.