mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioning indoor unit comprising: an air outlet ; a movable first air direction adjustment plate that changes an up and down direction of outlet air; a second air direction adjustment plate that is disposed in the neighborhood of the air outlet and, when housed, has at least a front end portion housed in an indoor unit front portion outside a blowing path; and a control unit that is configured to control postures of the first air direction adjustment plate and the second air direction adjustment plate , characterized in further comprising a Coanda effect utilization mode that utilizes the Coanda effect to guide, in a predetermined direction, a flow of outlet air blown out from the air outlet , wherein in the Coanda effect utilization mode, the control unit is configured to control the postures of the first air direction adjustment plate and the second air direction adjustment plate in such a way that the second air direction adjustment plate assumes a posture in which it is spaced apart from the indoor unit front portion and the second air direction adjustment plate and the first air direction adjustment plate form a predetermined angle to thereby change the outlet air to a Coanda air flow along an undersurface of the second air direction adjustment plate . an air outlet ; a movable first air direction adjustment plate that changes an up and down direction of outlet air; a second air direction adjustment plate that is disposed in the neighborhood of the air outlet and, when housed, has at least a front end portion housed in an indoor unit front portion outside a blowing path; and a control unit that is configured to control postures of the first air direction adjustment plate and the second air direction adjustment plate , characterized in further comprising a Coanda effect utilization mode that utilizes the Coanda effect to guide, in a predetermined direction, a flow of outlet air blown out from the air outlet , wherein in the Coanda effect utilization mode, the control unit is configured to control the postures of the first air direction adjustment plate and the second air direction adjustment plate in such a way that the second air direction adjustment plate assumes a posture in which it is spaced apart from the indoor unit front portion and the second air direction adjustment plate and the first air direction adjustment plate form a predetermined angle to thereby change the outlet air to a Coanda air flow along an undersurface of the second air direction adjustment plate .
An information processing apparatus comprising: a Hough transform unit executing Hough transformation on a biometrics image which is image information unique to a living body; and a block detection unit detecting whether a block having a predetermined shape is included in a Hough space image which is a Hough-transformed biometrics image, outputting present position information representing a position at which the block is located in the Hough space image when the block is determined to be included in the Hough space image, the block including a plurality of unit blocks, each having a predetermined size, which are connected with a predetermined inclination, the block detection unit detects the block by using a plurality of types of blocks in which different numbers of the unit blocks are connected in different manners, in which the different manners include: i) a diagonally right down arrangement, ii) a diagonally right up arrangement, iii) a horizontal arrangement, iv) a vertical arrangement, and the block detection unit performs detection processing using the diagonally right down arrangement and the diagonally right up arrangement before using the horizontal arrangement and the vertical arrangement. a Hough transform unit executing Hough transformation on a biometrics image which is image information unique to a living body; and a block detection unit detecting whether a block having a predetermined shape is included in a Hough space image which is a Hough-transformed biometrics image, outputting present position information representing a position at which the block is located in the Hough space image when the block is determined to be included in the Hough space image, the block including a plurality of unit blocks, each having a predetermined size, which are connected with a predetermined inclination, the block detection unit detects the block by using a plurality of types of blocks in which different numbers of the unit blocks are connected in different manners, in which the different manners include: i) a diagonally right down arrangement, ii) a diagonally right up arrangement, iii) a horizontal arrangement, iv) a vertical arrangement, and i) a diagonally right down arrangement, ii) a diagonally right up arrangement, iii) a horizontal arrangement, iv) a vertical arrangement, and the block detection unit performs detection processing using the diagonally right down arrangement and the diagonally right up arrangement before using the horizontal arrangement and the vertical arrangement.
Articulated seat device comprising a fixed base on which there rests a movable assembly comprising a squab and a backrest both able to move with respect to the base by means of an articulation mechanism cooperating with a motorised means , characterised in that the squab is mounted so as to be able to rotate on a first rotation axis (O) fixed on the base, and in that the backrest is mounted so as to be able to rotate on a second rotation axis (O1) on the squab, and in that the articulation mechanism comprises at least one cam with a multilinear track attached to the base and wherein a roller slides, cooperating with the motorised means that provides the movement thereof in both directions of the multilinear track, said cam being flat and oriented in a longitudinal plane of the seat, the roller being mounted on the bottom of the backrest .
A method for managing an architecture , the architecture including: - a main platform including a plurality of partitions for executing software, and - at least one secondary platform , each secondary platform comprising a plurality of processing members , each processing member being able to apply secured processing operations for the account of at least one partition and each processing member being physically partitioned relatively to the other processing members , each partition including a first transceiver element and each processing member includes a second transceiver element , each installed secured link being able to ensure encrypted communication between a first transceiver element and a second transceiver element , the method including at least: - associating each partition of the main platform with at least one processing member by installing, for each partition and each processing member , a driver specific to the relevant partition , the driver ensuring a secured link between the relevant partition and the processing member(s) with which the partition is associated. - a main platform including a plurality of partitions for executing software, and - at least one secondary platform , each secondary platform comprising a plurality of processing members , each processing member being able to apply secured processing operations for the account of at least one partition and each processing member being physically partitioned relatively to the other processing members , each partition including a first transceiver element and each processing member includes a second transceiver element , each installed secured link being able to ensure encrypted communication between a first transceiver element and a second transceiver element , the method including at least: - associating each partition of the main platform with at least one processing member by installing, for each partition and each processing member , a driver specific to the relevant partition , the driver ensuring a secured link between the relevant partition and the processing member(s) with which the partition is associated. - associating each partition of the main platform with at least one processing member by installing, for each partition and each processing member , a driver specific to the relevant partition , the driver ensuring a secured link between the relevant partition and the processing member(s) with which the partition is associated.
A system comprising: one or more servers configured to instantiate one or more virtual machines ; and an appliance configured to: instantiate a hairpin layer configured to redirect data packets arriving from or directed to a custom device; access policies that are applicable to a virtual network implemented by the one or more virtual machines , the custom device being part of the virtual network; apply the policies to the data packets before redirecting the data packets; offloading application of the policies for subsequent packets arriving from or directed to the custom device to an acceleration device ; and process subsequent inbound and outbound data packets arriving from or directed to the custom device at the acceleration device . one or more servers configured to instantiate one or more virtual machines ; and an appliance configured to: instantiate a hairpin layer configured to redirect data packets arriving from or directed to a custom device; access policies that are applicable to a virtual network implemented by the one or more virtual machines , the custom device being part of the virtual network; apply the policies to the data packets before redirecting the data packets; offloading application of the policies for subsequent packets arriving from or directed to the custom device to an acceleration device ; and process subsequent inbound and outbound data packets arriving from or directed to the custom device at the acceleration device . instantiate a hairpin layer configured to redirect data packets arriving from or directed to a custom device; access policies that are applicable to a virtual network implemented by the one or more virtual machines , the custom device being part of the virtual network; apply the policies to the data packets before redirecting the data packets; offloading application of the policies for subsequent packets arriving from or directed to the custom device to an acceleration device ; and process subsequent inbound and outbound data packets arriving from or directed to the custom device at the acceleration device .
An apparatus for conducting assays comprising: - a power source ; - a plurality of assay units operatively connected to each other, each of the plurality of assay units comprising a drawer that can be selectively opened and closed; - a plurality of assay devices , each of which comprises a unique serial identifier and is suitable for being loaded with a sample to be assayed, wherein each one of the plurality of assay devices is located in a drawer of a respective one of the plurality of assay units; - a control unit comprising a controller for communicating with each of the assay units to selectively open and close a respective drawer and to control each assay, - wherein each assay unit comprises a plug and a socket , the plug of one assay unit being configured to mate with the socket of another assay unit when the assay unit is docked with the other assay unit, and - wherein each assay unit is operatively connected via plug and socket to another assay unit such that they can communicate with and through each other; - wherein the plurality of assay units is arranged in one or more towers , with adjacent units mounted on top of one another; and - the plurality of assay units is configured to be docked with another assay unit by sliding the assay unit into position on top of the other unit so that plug of the assay unit mates with socket of the other unit such that all interconnections within the tower between the assay units are made automatically when sliding the assay unit into position on top of the other unit. - a power source ; - a plurality of assay units operatively connected to each other, each of the plurality of assay units comprising a drawer that can be selectively opened and closed; - a plurality of assay devices , each of which comprises a unique serial identifier and is suitable for being loaded with a sample to be assayed, wherein each one of the plurality of assay devices is located in a drawer of a respective one of the plurality of assay units; - a control unit comprising a controller for communicating with each of the assay units to selectively open and close a respective drawer and to control each assay, - wherein each assay unit comprises a plug and a socket , the plug of one assay unit being configured to mate with the socket of another assay unit when the assay unit is docked with the other assay unit, and - wherein each assay unit is operatively connected via plug and socket to another assay unit such that they can communicate with and through each other; - wherein the plurality of assay units is arranged in one or more towers , with adjacent units mounted on top of one another; and - the plurality of assay units is configured to be docked with another assay unit by sliding the assay unit into position on top of the other unit so that plug of the assay unit mates with socket of the other unit such that all interconnections within the tower between the assay units are made automatically when sliding the assay unit into position on top of the other unit.
A sole component for an article of footwear (1; 75; 100; 200; 201) comprising: an elastomeric material (16; 110; 300; 300C) which includes a mixture of a cured rubber and a polymeric hydrogel , in which the polymeric hydrogel is distributed throughout and at least a portion is entrapped by the cured rubber ; and one or more traction elements (95; 138) on a side of the sole component configured to be ground facing, wherein the elastomeric material (16; 110; 300; 300C) is not disposed on tips of the traction elements (95; 138) configured to be ground contacting, wherein the elastomeric material (16; 110; 300; 300C) is disposed in an area separating the traction elements (95; 138), and wherein the elastomeric material (16; 110; 300; 300C) is on the outside surface so to be ground-facing under normal use. an elastomeric material (16; 110; 300; 300C) which includes a mixture of a cured rubber and a polymeric hydrogel , in which the polymeric hydrogel is distributed throughout and at least a portion is entrapped by the cured rubber ; and one or more traction elements (95; 138) on a side of the sole component configured to be ground facing, wherein the elastomeric material (16; 110; 300; 300C) is not disposed on tips of the traction elements (95; 138) configured to be ground contacting, wherein the elastomeric material (16; 110; 300; 300C) is disposed in an area separating the traction elements (95; 138), and wherein the elastomeric material (16; 110; 300; 300C) is on the outside surface so to be ground-facing under normal use.
An OLED device, comprising: • a substrate ; • a conductive layer on top of the substrate ; • a set of layers on top of the conductive layer defining an OLED device component having electrical characteristics; • a patterned area on the substrate , characterized in that : • the patterned area comprises a resistive track, wherein • a resistance of the resistive track encodes information concerning the electrical characteristics of the OLED device component, and • the resistive track is formed from the conductive layer , wherein the conductive layer defines the anode or cathode of the OLED device. • a substrate ; • a conductive layer on top of the substrate ; • a set of layers on top of the conductive layer defining an OLED device component having electrical characteristics; • a patterned area on the substrate , characterized in that : • the patterned area comprises a resistive track, wherein • a resistance of the resistive track encodes information concerning the electrical characteristics of the OLED device component, and • the resistive track is formed from the conductive layer , wherein the conductive layer defines the anode or cathode of the OLED device. • a resistance of the resistive track encodes information concerning the electrical characteristics of the OLED device component, and • the resistive track is formed from the conductive layer , wherein the conductive layer defines the anode or cathode of the OLED device.
Coating device for coating components with a coating agent, in particular for painting motor vehicle body components with a paint, with a) a multi-axis coating robot , in particular with a1) serial robot kinematics (4-8), a2) at least six or seven mobile robot axes; and/or a3) a multi-axis robot hand axis , and with b) a first printhead with b1) at least one nozzle for delivering a coating agent jet of the coating agent from the nozzle onto the surface of the component to be coated, and b2) at least one printhead valve for controlling the release of the coating agent through the nozzle , b3) wherein the first printhead is mounted on the coating robot and is guided by the coating robot over the surface of the component to be coated, d) a second printhead (B) which is mounted on said coating robot in addition to said first printhead (A), said two printheads (A, B) each applying a designated coating agent to enable color change without printhead replacement, e) a first coating agent circuit, which passes through the first printhead (A) so that the coating agent can circulate through the first printhead (A), characterized in that f) a second coating agent circuit passes through the second printhead (B) so that the coating agent can circulate through the second printhead (B). a) a multi-axis coating robot , in particular with a1) serial robot kinematics (4-8), a2) at least six or seven mobile robot axes; and/or a3) a multi-axis robot hand axis , and with a1) serial robot kinematics (4-8), a2) at least six or seven mobile robot axes; and/or a3) a multi-axis robot hand axis , and with b) a first printhead with b1) at least one nozzle for delivering a coating agent jet of the coating agent from the nozzle onto the surface of the component to be coated, and b2) at least one printhead valve for controlling the release of the coating agent through the nozzle , b3) wherein the first printhead is mounted on the coating robot and is guided by the coating robot over the surface of the component to be coated, b1) at least one nozzle for delivering a coating agent jet of the coating agent from the nozzle onto the surface of the component to be coated, and b2) at least one printhead valve for controlling the release of the coating agent through the nozzle , b3) wherein the first printhead is mounted on the coating robot and is guided by the coating robot over the surface of the component to be coated, d) a second printhead (B) which is mounted on said coating robot in addition to said first printhead (A), said two printheads (A, B) each applying a designated coating agent to enable color change without printhead replacement, e) a first coating agent circuit, which passes through the first printhead (A) so that the coating agent can circulate through the first printhead (A), characterized in that f) a second coating agent circuit passes through the second printhead (B) so that the coating agent can circulate through the second printhead (B).
A loading apparatus for loading a roll of binding material into a dispensing apparatus of a baler from which the binding material is dispensed comprises a first support member supported at a first end, a carriage member slidably mounted on the first support member , the carriage member comprising a first part and a second part , the second part of the carriage member being hingedly connected to the first part of the carriage member , the second part of the carriage member being provided with first and second side support elements and a roll support element characterised in that a distal end of the second part of the carriage member is provided with an adjustable angle bar , a first limb of the angle bar comprising further first and second side support elements and a second limb of the angle bar provided with the roll support element.
A system (90; 190) for emitting a shaped light from a vehicle and projecting the shaped light onto a surface external to the vehicle, the system comprising a controller , one or more light sources and at least one light emitter , wherein the at least one light emitter is arranged to emit at least a first light signal comprising the shaped light with a projection envelope directed towards a viewing zone of said surface external to the vehicle, the light emitter comprising a projection head arranged to direct light externally to the vehicle and a beam shaper element , wherein the at least one light emitter is coupled to at least one of said light sources by one or more optical fibres , characterised in that the system further comprises a sensor for detecting the presence of a nearby object, and that the controller is configured to receive data from the sensor and to determine whether or not an obstruction is located within the projection envelope or within the viewing zone in dependence on the data, and wherein the controller is configured to prevent the first light signal from being projected in dependence on an obstruction being located in the projection envelope or within the viewing zone. emit at least a first light signal comprising the shaped light with a projection envelope directed towards a viewing zone of said surface external to the vehicle, the light emitter comprising a projection head arranged to direct light externally to the vehicle and a beam shaper element , wherein the at least one light emitter is coupled to at least one of said light sources by one or more optical fibres , characterised in that the system further comprises a sensor for detecting the presence of a nearby object, and that the controller is configured to receive data from the sensor and to determine whether or not an obstruction is located within the projection envelope or within the viewing zone in dependence on the data, and wherein the controller is configured to prevent the first light signal from being projected in dependence on an obstruction being located in the projection envelope or within the viewing zone.
A breast nipple areola complex tattoo stencil , comprising: a first stencil section defining an areola area; and a second stencil section defining a nipple area; and one or more registration elements on the first and/or second stencil sections, to enable registration of the second stencil section to the first stencil section . a first stencil section defining an areola area; and a second stencil section defining a nipple area; and one or more registration elements on the first and/or second stencil sections, to enable registration of the second stencil section to the first stencil section .
Method for the cleaning of contaminated environmental fallows, with a biogas installation , in which a contaminated, liquid and/or moist fermentation residue as well as biogas is produced by fermentation of contaminated biomass in at least one fermenter of the biogas installation , wherein the contaminated, liquid and/or moist fermentation residue is fed to at least one drying device , in which it is dried to contaminated dried fermentation residue with a defined predetermined residual moisture content, wherein the contaminated dried fermentation residue is fed to an incineration and/or gasification device associated with the biogas installation , in which the contaminated dried fermentation residue is incinerated and/or gasified, and wherein the contaminated ash occurring in the incineration and/or gasification device is drawn off and separated.