mhurhangee/patent-ind-claim-en huggingface dataset:
Autonomous actuator for actuation between several positions of a screen for solar protection or shading, comprising a hollow housing delimiting an interior space (E) in which are mounted: - a motor and a reduction assembly , - a control circuit for control of the motor, - a battery assembly connected to the control circuit, the hollow housing comprising a removable lid (42B; 426) allowing access to the batteries and removal thereof, the autonomous actuator comprising an output shaft turning relative to the housing for rotating an element of the screen, characterised in that the removable lid (42B; 426) extends longitudinally parallel to a longitudinal axis (X) of the hollow housing . - a motor and a reduction assembly , - a control circuit for control of the motor, - a battery assembly connected to the control circuit,
A method for synthesizing a 2-D image of a person by a software-controlled data processing apparatus, the method comprising: receiving 3D coordinates of body joint positions of the person defined in a camera coordinate frame, wherein the 3D coordinates of the body joint positions define a pose of the person and a viewpoint of the 2-D image; predicting , using a trained neural network, a map stack of body part assignments and a map stack of body part coordinates based on the 3D coordinates of the body joint positions, wherein the map stack of body part coordinates defines texture coordinates of pixels of the body parts of the person, and the map stack of body part assignments defines weights, each weight indicating a probability of particular pixel to belong to a particular body part of the person; retrieving , from a memory, a map stack of textures for the body parts of the person previously initialized, wherein the map stack of textures comprises values of the pixels of the body parts of the person; and reconstructing the 2-D image of the person as a weighted combination of the values of the pixels by using the map stack of body part assignments, the map stack of body part coordinates and the map stack of textures; wherein a map stack is a third-order tensor. receiving 3D coordinates of body joint positions of the person defined in a camera coordinate frame, wherein the 3D coordinates of the body joint positions define a pose of the person and a viewpoint of the 2-D image; predicting , using a trained neural network, a map stack of body part assignments and a map stack of body part coordinates based on the 3D coordinates of the body joint positions, wherein the map stack of body part coordinates defines texture coordinates of pixels of the body parts of the person, and the map stack of body part assignments defines weights, each weight indicating a probability of particular pixel to belong to a particular body part of the person; retrieving , from a memory, a map stack of textures for the body parts of the person previously initialized, wherein the map stack of textures comprises values of the pixels of the body parts of the person; and reconstructing the 2-D image of the person as a weighted combination of the values of the pixels by using the map stack of body part assignments, the map stack of body part coordinates and the map stack of textures; wherein a map stack is a third-order tensor.
A closure for attachment to an opening of a container, the closure comprising an engine having a first track and a shroud having a second track , wherein the shroud and engine are adapted to engage, wherein the shroud can go from a first position to a second position in a motion in which the first track moves with respect to the second track in a rotational or linear fashion; wherein the engine comprises a first protrusion protruding from the first track with a first protrusion contour profile along the first track ; wherein the shroud comprises a second protrusion protruding from the second track with a second protrusion contour profile along the second track ; wherein movement of the shroud between the first position and the second position causes an interaction between the first protrusion and the second protrusion ; wherein the first protrusion contour profile is asymmetrical or the second protrusion contour profile is asymmetrical, or both are asymmetrical; and wherein in the first position the closure is closed and neither gas nor liquid can pass through the closure; characterized in that in the second position a path in the closure is provided for gas, or gas and liquid, to pass between an interior and an outside via the closure. wherein the shroud and engine are adapted to engage, wherein the shroud can go from a first position to a second position in a motion in which the first track moves with respect to the second track in a rotational or linear fashion; wherein the engine comprises a first protrusion protruding from the first track with a first protrusion contour profile along the first track ; wherein the shroud comprises a second protrusion protruding from the second track with a second protrusion contour profile along the second track ; wherein movement of the shroud between the first position and the second position causes an interaction between the first protrusion and the second protrusion ; wherein the first protrusion contour profile is asymmetrical or the second protrusion contour profile is asymmetrical, or both are asymmetrical; and wherein in the first position the closure is closed and neither gas nor liquid can pass through the closure; characterized in that in the second position a path in the closure is provided for gas, or gas and liquid, to pass between an interior and an outside via the closure.
A support system comprising a support beam , at least one counter-beam and a railing , for existing or newly built balconies, which support system can be associated with an end part of the floor of a balcony, which comprises a front face, or front plate, or an outer edge of a walking surface, on which said support beam can be firmly fixed, characterised in that said support beam is of the tubular type with a substantially quadrilateral section whose upper side is opened by a slot which extends longitudinally throughout the length of the beam, and in that said beam is associated with at least one counter-beam bearing the railing comprising at least one hollow quadrilateral profile having one of the four sides open, that is the one facing downwards, in such a way to form vertical parallel wings at least one of which is introduced and fixed in said slot of the support beam .
An electronic device (la-c) for generating and demonstrating ambient lighting (31-32, 41-49) surrounding a display , the electronic device (la-c) comprising: - a display interface for sending an image to said display ; - an ambient lighting controller operative to control ambient lighting (31-32, 41-49) surrounding said display using parameters determined based on contents of said image ; and - a processor operative to use said display interface to cause said display to display, in a demonstration mode, a virtual display device showing resolution-scaled contents and a virtual ambient lighting (37-38, 61-69) surrounding said virtual display device while the ambient lighting (37-38, 61-69) is generated, characterized in that in said demonstration mode, said ambient lighting (31-32, 41-49) and said virtual ambient lighting (37-38, 61-69) are both generated using parameters, that are determined by analyzing the contents displayed by said virtual display device and not based on said virtual ambient lighting (37-38, 61-69). - a display interface for sending an image to said display ; - an ambient lighting controller operative to control ambient lighting (31-32, 41-49) surrounding said display using parameters determined based on contents of said image ; and - a processor operative to use said display interface to cause said display to display, in a demonstration mode, a virtual display device showing resolution-scaled contents and a virtual ambient lighting (37-38, 61-69) surrounding said virtual display device while the ambient lighting (37-38, 61-69) is generated, characterized in that in said demonstration mode, said ambient lighting (31-32, 41-49) and said virtual ambient lighting (37-38, 61-69) are both generated using parameters, that are determined by analyzing the contents displayed by said virtual display device and not based on said virtual ambient lighting (37-38, 61-69).
A method for calibrating a transmitter-to-receiver, T2R, relative phase in millimeter wave, mmWave, beamforming system, comprising: transmitting, by a first transmitter, TX, path , a first calibrated signal (BFS_1) to a second antenna of the mmWave beamforming system through a first antenna of the mmWave beamforming system according to a first transmitter input signal (TX_IN_1); and receiving, by a second receiver, RX, path , the first calibrated signal (BFS_1) through the second antenna , and obtaining a first loopback RX signal (LPRX_OUT_1) according to the first calibrated signal (BFS_1) received by the second antenna ; and characterized by : transmitting, by a second TX path , a second calibrated signal (BFS_2) to the first antenna through the second antenna according to a second TX path input signal (TX_IN_2); receiving, by a first RX path , the second calibrated signal (BFS_2) through the first antenna , and obtaining a second loopback RX signal (LPRX_OUT_2) according to the second calibrated signal (BFS_2) received by the first antenna ; and calibrating the T2R relative phase according to a phase difference between the first and second loopback RX signals (LPRX_OUT_1, LPRX_OUT_2). transmitting, by a first transmitter, TX, path , a first calibrated signal (BFS_1) to a second antenna of the mmWave beamforming system through a first antenna of the mmWave beamforming system according to a first transmitter input signal (TX_IN_1); and receiving, by a second receiver, RX, path , the first calibrated signal (BFS_1) through the second antenna , and obtaining a first loopback RX signal (LPRX_OUT_1) according to the first calibrated signal (BFS_1) received by the second antenna ; and characterized by : transmitting, by a second TX path , a second calibrated signal (BFS_2) to the first antenna through the second antenna according to a second TX path input signal (TX_IN_2); receiving, by a first RX path , the second calibrated signal (BFS_2) through the first antenna , and obtaining a second loopback RX signal (LPRX_OUT_2) according to the second calibrated signal (BFS_2) received by the first antenna ; and calibrating the T2R relative phase according to a phase difference between the first and second loopback RX signals (LPRX_OUT_1, LPRX_OUT_2). transmitting, by a second TX path , a second calibrated signal (BFS_2) to the first antenna through the second antenna according to a second TX path input signal (TX_IN_2); receiving, by a first RX path , the second calibrated signal (BFS_2) through the first antenna , and obtaining a second loopback RX signal (LPRX_OUT_2) according to the second calibrated signal (BFS_2) received by the first antenna ; and calibrating the T2R relative phase according to a phase difference between the first and second loopback RX signals (LPRX_OUT_1, LPRX_OUT_2).
An exhaust gas converter body structure (1; 1'; 1"), comprising: a main body (2; 2'; 2"); an inlet structure (3; 3'; 3"; 3 ∗ ); and an outlet structure (4; 4'; 4"); wherein the main body (2; 2'; 2") is configured for receiving an exhaust gas converter , and disposed between the inlet structure (3; 3'; 3"; 3 ∗ ) and the outlet structure (4; 4'; 4"), wherein the inlet structure (3; 3'; 3"; 3 ∗ ) and the main body (2; 2'; 2") engage at a first joint (V1), to which end the inlet structure (3; 3'; 3"; 3 ∗ ) and the main body (2; 2'; 2") have matching coupling geometries at the first joint (V1), wherein the outlet structure (4; 4'; 4") and the main body (2; 2'; 2") engage at a second joint (V2), to which end the outlet structure (4; 4'; 4") and the main body (2; 2'; 2") have matching coupling geometries at the second joint (V2), and wherein the coupling geometries of each of the inlet structure (3; 3'; 3"; 3 ∗ ) and of the main body (2; 2'; 2") are at the first joint (V1) either asymmetric or reflection-symmetric with respect to exactly one plane of symmetry; characterized in that the inlet structure (3; 3'; 3"; 3 ∗ ) has also outside the coupling geometry no rotational symmetry; and the inlet structure (3; 3'; 3"; 3 ∗ ) has, at a distance from its coupling geometry, an asymmetric cross-sectional shape. a main body (2; 2'; 2"); an inlet structure (3; 3'; 3"; 3 ∗ ); and an outlet structure (4; 4'; 4"); wherein the main body (2; 2'; 2") is configured for receiving an exhaust gas converter , and disposed between the inlet structure (3; 3'; 3"; 3 ∗ ) and the outlet structure (4; 4'; 4"), configured for receiving an exhaust gas converter , and disposed between the inlet structure (3; 3'; 3"; 3 ∗ ) and the outlet structure (4; 4'; 4"), wherein the inlet structure (3; 3'; 3"; 3 ∗ ) and the main body (2; 2'; 2") engage at a first joint (V1), to which end the inlet structure (3; 3'; 3"; 3 ∗ ) and the main body (2; 2'; 2") have matching coupling geometries at the first joint (V1), wherein the outlet structure (4; 4'; 4") and the main body (2; 2'; 2") engage at a second joint (V2), to which end the outlet structure (4; 4'; 4") and the main body (2; 2'; 2") have matching coupling geometries at the second joint (V2), and wherein the coupling geometries of each of the inlet structure (3; 3'; 3"; 3 ∗ ) and of the main body (2; 2'; 2") are at the first joint (V1) either asymmetric or reflection-symmetric with respect to exactly one plane of symmetry; characterized in that the inlet structure (3; 3'; 3"; 3 ∗ ) has also outside the coupling geometry no rotational symmetry; and the inlet structure (3; 3'; 3"; 3 ∗ ) has, at a distance from its coupling geometry, an asymmetric cross-sectional shape.
A method comprising: receiving, at a server-side network access point, sNAP, in an information-centric network, ICN, a registration request including a first fully qualified domain name, FQDN, a port number, a transport protocol, and a service name of an IP server; publishing, at the sNAP, the port number, the transport protocol, and the service name to a first content identifier, CID, the first CID being a dedicated registration namespace of an ICN; and subscribing, at the sNAP, to a second CID that is based on the FQDN. receiving, at a server-side network access point, sNAP, in an information-centric network, ICN, a registration request including a first fully qualified domain name, FQDN, a port number, a transport protocol, and a service name of an IP server; publishing, at the sNAP, the port number, the transport protocol, and the service name to a first content identifier, CID, the first CID being a dedicated registration namespace of an ICN; and subscribing, at the sNAP, to a second CID that is based on the FQDN.
A surgical stapling assembly, comprising: a cartridge body defining a longitudinal axis (A) and comprising a deck , wherein cavities are defined in the cartridge body and form a pattern of openings in the deck ; and fasteners removably positioned in the cavities ; wherein the pattern of openings comprise openings on a first side of the cartridge body , and wherein the openings on the first side of the cartridge body comprise: inner openings each defining an inner proximal-to-distal axis (PD1) oriented parallel to the longitudinal axis (A); outer openings each defining an outer proximal-to-distal axis (PD3) obliquely-oriented relative to the longitudinal axis (A) at an outer angle (θ3); and intermediate openings each defining an intermediate proximal-to-distal axis (PD2) obliquely-oriented relative to the longitudinal axis (A) at an intermediate angle (θ2), wherein the intermediate openings are nested between the inner openings and the outer openings, and wherein the intermediate angle (θ2) is different than the outer angle (θ3). wherein cavities are defined in the cartridge body and form a pattern of openings in the deck ; and fasteners removably positioned in the cavities ; wherein the pattern of openings comprise openings on a first side of the cartridge body , and wherein the openings on the first side of the cartridge body comprise: inner openings each defining an inner proximal-to-distal axis (PD1) oriented parallel to the longitudinal axis (A); outer openings each defining an outer proximal-to-distal axis (PD3) obliquely-oriented relative to the longitudinal axis (A) at an outer angle (θ3); and intermediate openings each defining an intermediate proximal-to-distal axis (PD2) obliquely-oriented relative to the longitudinal axis (A) at an intermediate angle (θ2), fasteners removably positioned in the cavities ; wherein the pattern of openings comprise openings on a first side of the cartridge body , and wherein the openings on the first side of the cartridge body comprise: inner openings each defining an inner proximal-to-distal axis (PD1) oriented parallel to the longitudinal axis (A); outer openings each defining an outer proximal-to-distal axis (PD3) obliquely-oriented relative to the longitudinal axis (A) at an outer angle (θ3); and intermediate openings each defining an intermediate proximal-to-distal axis (PD2) obliquely-oriented relative to the longitudinal axis (A) at an intermediate angle (θ2), inner openings each defining an inner proximal-to-distal axis (PD1) oriented parallel to the longitudinal axis (A); outer openings each defining an outer proximal-to-distal axis (PD3) obliquely-oriented relative to the longitudinal axis (A) at an outer angle (θ3); and intermediate openings each defining an intermediate proximal-to-distal axis (PD2) obliquely-oriented relative to the longitudinal axis (A) at an intermediate angle (θ2), wherein the intermediate openings are nested between the inner openings and the outer openings, and wherein the intermediate angle (θ2) is different than the outer angle (θ3).
Component for connecting a shaft to a clamping holder that can receive a rotor, the component having a cup-shaped, thin-walled housing into which the clamping holder can be inserted, and can there be fixed by means of fastening means , having on the housing base of the housing connection means for connecting the housing to the shaft in a torque-proof manner, characterized in that the fastening means are arranged with their base surface on the outer lateral surface of the housing and can be brought into engagement with the clamping holder by means of bores present in the housing , and have at least one recess in the base surface , such that they rest with their base surface on the outer lateral surface only in some regions.
An ejection member to be connected to an aerosol container filled with a foaming content, comprising: a base portion ; a nozzle portion comprising a substrate portion and a plurality of nozzles ; and an expansion chamber (E) formed by the base portion and the substrate portion for encouraging foaming of the foaming content from the aerosol container; wherein the plurality of nozzles protrude from a top surface of the substrate portion and are configured to eject the foaming content in the expansion chamber (E) to an outside, the expansion chamber (E) is provided with an introduction port for introducing the foaming content from the aerosol container and a delivery port for delivering the foaming content to a nozzle side, the nozzles each have a slit-shaped ejection port , a communication path that communicates the ejection port and the delivery port has a slit-shaped slit portion , and a length of the slit portion in an ejection direction is greater than a slit width of the ejection port . a base portion ; a nozzle portion comprising a substrate portion and a plurality of nozzles ; and an expansion chamber (E) formed by the base portion and the substrate portion for encouraging foaming of the foaming content from the aerosol container; wherein the plurality of nozzles protrude from a top surface of the substrate portion and are configured to eject the foaming content in the expansion chamber (E) to an outside, the expansion chamber (E) is provided with an introduction port for introducing the foaming content from the aerosol container and a delivery port for delivering the foaming content to a nozzle side, the nozzles each have a slit-shaped ejection port , a communication path that communicates the ejection port and the delivery port has a slit-shaped slit portion , and a length of the slit portion in an ejection direction is greater than a slit width of the ejection port .
Laminated glass comprising: a pair of glass plates facing each other; and an intermediate film sandwiched between the pair of glass plates, wherein in the intermediate film skin layers each having a glass transition point of 15°C or higher and core layers each having a glass transition point of lower than 15°C are alternately laminated, and three or more core layers are included, wherein each of the skin layers and core layers contain a polyvinyl acetal resin and a plasticizer, wherein a plasticizer amount per unit area of a principal surface of the intermediate film which is measured in a region from 5 mm to 6 mm inside from an end portion of the intermediate film is 0.3 mg/mm 2 or more, and wherein the intermediate film has a thickness of 1.10 mm or more. a pair of glass plates facing each other; and an intermediate film sandwiched between the pair of glass plates, wherein in the intermediate film skin layers each having a glass transition point of 15°C or higher and core layers each having a glass transition point of lower than 15°C are alternately laminated, and three or more core layers are included, wherein each of the skin layers and core layers contain a polyvinyl acetal resin and a plasticizer, wherein a plasticizer amount per unit area of a principal surface of the intermediate film which is measured in a region from 5 mm to 6 mm inside from an end portion of the intermediate film is 0.3 mg/mm 2 or more, and wherein the intermediate film has a thickness of 1.10 mm or more.
A surgical device comprising: an end effector assembly having: an end effector disposed at a first end; and an attachment arm disposed at a second, opposite end, the attachment arm having a terminal end surface defining an opening for receiving a surgical instrument configured to be coupled to the end effector assembly, the terminal end surface having a first portion extending further away from the first end along a longitudinal axis (L3) of the end effector assembly than a second portion of the terminal end surface extends away from the first end along the longitudinal axis (L3) of the end effector assembly, characterized in that the attachment arm comprises an elastic conical end sleeve . an end effector disposed at a first end; and an attachment arm disposed at a second, opposite end, the attachment arm having a terminal end surface defining an opening for receiving a surgical instrument configured to be coupled to the end effector assembly, the terminal end surface having a first portion extending further away from the first end along a longitudinal axis (L3) of the end effector assembly than a second portion of the terminal end surface extends away from the first end along the longitudinal axis (L3) of the end effector assembly, characterized in that the attachment arm comprises an elastic conical end sleeve .