mhurhangee/ep-ind-claims huggingface dataset:
A projector (100, 200) comprising: a laser light generation portion (23, 24, 25) emitting laser light on the basis of an input image signal; a projection portion projecting an image by scanning the laser light emitted from the laser light generation portion; and a projection screen (1, 101) on which the image is projected, wherein the projection screen includes a lens member (11, 41, 301, 401, 501, 601, 701) including a plurality of lens portions (111, 413, 602, 603, 604, 702, 703) splitting the laser light scanned by the projection portion and a diffusion member (12, 42) arranged to be opposed to the lens member, having an incident surface (122, 421) on which the laser light split by the lens member is incident and a diffusion portion (121, 423) diffusing the laser light incident from the incident surface, and the lens member (11, 41, 301, 401, 501, 601, 701) and the diffusion member (12, 42) are arranged at a prescribed interval, and the diffusion portion of the diffusion member is arranged at a position apart by a distance larger than a focal length of the lens member along an optical axis with respect to an optical principal surface of the lens member and apart by a distance not larger than twice the focal length of the lens member and wherein the lens member is configured such that different lens portions (702, 703) having at least two different focal lengths are arranged. a laser light generation portion (23, 24, 25) emitting laser light on the basis of an input image signal; a projection portion projecting an image by scanning the laser light emitted from the laser light generation portion; and a projection screen (1, 101) on which the image is projected, wherein the projection screen includes a lens member (11, 41, 301, 401, 501, 601, 701) including a plurality of lens portions (111, 413, 602, 603, 604, 702, 703) splitting the laser light scanned by the projection portion and a diffusion member (12, 42) arranged to be opposed to the lens member, having an incident surface (122, 421) on which the laser light split by the lens member is incident and a diffusion portion (121, 423) diffusing the laser light incident from the incident surface, and the lens member (11, 41, 301, 401, 501, 601, 701) and the diffusion member (12, 42) are arranged at a prescribed interval, and the diffusion portion of the diffusion member is arranged at a position apart by a distance larger than a focal length of the lens member along an optical axis with respect to an optical principal surface of the lens member and apart by a distance not larger than twice the focal length of the lens member and wherein the lens member is configured such that different lens portions (702, 703) having at least two different focal lengths are arranged.
A medical device which defines a lumen for flowing a bodily fluid from an upstream end of the device to a downstream end thereof, the device having a luminal wall that extends between the upstream and downstream ends and defines the lumen within which the fluid flows wherein the wall exhibits a succession of protuberances spaced from each other along the length of the device, each protuberance having a flank facing upstream and a flank facing downstream, the flank facing upstream extending into the fluid flow so that a radially outermost part of the flow of fluid from the upstream to the downstream end of the device impinges on the upstream flank and is thereby caused to reverse its flow, and characterized in that the upstream flank and the downstream flank each comprise an outwardly concave portion and the height of each protuberance is from 0.05 to 1 mm and the distance between two adjacent protuberances is from 2 to 6 times the height of the protuberance, whereby the said reverse flow is upstream from the upstream flank to the downstream flank of the next adjacent protuberance upstream, creating micro-vortices between two adjacent protuberances.
Medicament delivery device comprising: - a body which comprises a housing and a medicament container holder accommodating a multi-chamber medicament container, wherein said housing and said medicament container holder are interactively connected to and movable relative each other; the medicament container holder comprising attachment means for attaching a delivery member, - a mixing guard mechanism interactively connected to the body for driving the medicament container holder within the housing and thereby achieving a reconstitution, - wherein the mixing guard mechanism comprises a mixing cylinder unit and a tubular medicament delivery member guard operably connected to the medicament container holder, such that when the mixing cylinder unit is operated, the medicament container holder is moved in relation to the medicament delivery member guard between a pre-mix position in which said attachment means protrudes through a proximal end of said medicament delivery member guard for allowing the attachment of a delivery member and a mixed position in which said attachment means and said attached delivery member is positioned within the medicament delivery member guard, characterised in that said mixing guard mechanism further comprises a guard lock and release member (12, 51) operably connected to said guard and to said medicament container holder, such that said guard lock and release member (12, 51) is configured to lock said guard when the container holder is in the pre-mix position and to release said guard when the container holder is moved to the mixed position, wherein movement in the distal direction of the guard member, when the device is pressed against a dose delivery site, causes a turning of a rotator member comprised in said mixing cylinder unit, and wherein said mixing guard mechanism further comprises a resilient member operably arranged to said guard for urging said guard in the proximal direction. - a body which comprises a housing and a medicament container holder accommodating a multi-chamber medicament container, wherein said housing and said medicament container holder are interactively connected to and movable relative each other; the medicament container holder comprising attachment means for attaching a delivery member, - a mixing guard mechanism interactively connected to the body for driving the medicament container holder within the housing and thereby achieving a reconstitution, - wherein the mixing guard mechanism comprises a mixing cylinder unit and a tubular medicament delivery member guard operably connected to the medicament container holder, such that when the mixing cylinder unit is operated, the medicament container holder is moved in relation to the medicament delivery member guard between a pre-mix position in which said attachment means protrudes through a proximal end of said medicament delivery member guard for allowing the attachment of a delivery member and a mixed position in which said attachment means and said attached delivery member is positioned within the medicament delivery member guard,
A method for operating a transmitting node of a wireless communication network, the transmitting node being adapted for a plurality of beamforming states, wherein the method comprises transmitting reference signaling based on a beamforming state of the transmitting node and transmitting, to a referencing node, a beamforming state indication that pertains to the beamforming state of the transmitting node, wherein the beamforming state indication indicates the beamforming state at a predetermined time and a schedule of planned beamforming states, wherein the beamforming state is a network beamforming state from a list of network beamforming states, wherein the network beamforming state is a combination of a beam used by the transmitting node and one or more beams used by one or more respective additional transmitting nodes of the network, and wherein the list of network beamforming states excludes non-desired network beamforming states that correspond to combinations of beamformers of the transmitting node and another transmitting node of the one or more additional transmitting nodes that result in a high interference level at a user equipment.
Authorization token for an electronic identification document of a person, wherein the authorization token comprises an electronic circuit, which has a first circuit state and a second circuit state, wherein the electronic circuit is configured to indicate in the first circuit state an entry, transit, exit and/or residence authorization of the person, and wherein the electronic circuit is transferable from the first circuit state to the second circuit state in order to delete the entry, transit, exit and/or residence authorization, wherein the electronic circuit is configured to automatically switch from the first circuit state to the second circuit state after a predefined duration, characterized in that the authorization token further comprises a display, wherein the display is configured to indicate how the electronic circuit is manually transferable from the first circuit state to the second circuit state.
A method for repairing a component of an item of rotational equipment, the component including a coating and a component body, and the coating on the component body and including a defect, the method comprising: removing a portion of the coating from the component body thereby forming a coating aperture, the removed portion of the coating including the defect, wherein the portion of the coating is removed such that the coating aperture has a coating aperture configuration which substantially matches a first patch configuration of a first coating patch; preparing the component at the coating aperture to receive the first coating patch; disposing the first coating patch within the coating aperture; attaching the first coating patch to the component body; wherein the method further comprises arranging a first template with the component; characterised in that a first template aperture extends through the first template, and the first template aperture has a first template aperture configuration which substantially matches the patch configuration; wherein the removing comprises removing the portion of the coating from the component body using the first template; and wherein the removing comprises abrasive wiping or media blasting the portion of the coating through the first template aperture. removing a portion of the coating from the component body thereby forming a coating aperture, the removed portion of the coating including the defect, wherein the portion of the coating is removed such that the coating aperture has a coating aperture configuration which substantially matches a first patch configuration of a first coating patch; preparing the component at the coating aperture to receive the first coating patch; disposing the first coating patch within the coating aperture; attaching the first coating patch to the component body; wherein the method further comprises arranging a first template with the component; characterised in that a first template aperture extends through the first template, and the first template aperture has a first template aperture configuration which substantially matches the patch configuration; wherein the removing comprises removing the portion of the coating from the component body using the first template; and wherein the removing comprises abrasive wiping or media blasting the portion of the coating through the first template aperture.
A washing machine comprising a tub; a drum which is disposed in the tub, which rotates around its own axis and wherein the laundry is loaded; one or more spiral guiding members with the rotational axis of the drum being the center thereof, whereby the at least one spiral guiding member is mounted onto the rear wall of the drum between the tub and the rear wall so as to move together with the drum, whereby the at least one spiral guiding member has at least one inlet for taking the fluid in the tub and at least one outlet opening into the drum for transferring the fluid taken through the inlet into the drum, and whereby said at least one spiral guiding member connects the inlet and the outlet to each other characterized by a filter which is mounted to the inlet.
Profiling method comprising the following steps: - defining a zone, - detecting persons entering in the zone, - retrieving profile data associated to the detected persons, - computing correlations between the persons, their associated profile data including their related behaviors linked to the zone and data related to the zone itself in order to determine a profile of the zone, characterized in that it comprises: - computing persons' crossing behaviors when visiting the zone, in order to classify the persons in several categories, as for instance: - those who only pass through this zone during a specific period, - those who pass and return through this zone during a specific period regularly, - those who come and stay in this zone for a specified period before moving. - defining a zone, - detecting persons entering in the zone, - retrieving profile data associated to the detected persons, - computing correlations between the persons, their associated profile data including their related behaviors linked to the zone and data related to the zone itself in order to determine a profile of the zone, characterized in that it comprises: - computing persons' crossing behaviors when visiting the zone, in order to classify the persons in several categories, as for instance: - those who only pass through this zone during a specific period, - those who pass and return through this zone during a specific period regularly, - those who come and stay in this zone for a specified period before moving.
A composite resin composition being used as a raw material for a molded article produced by a molding machine, and comprising a main ingredient resin and a fibrous filler, wherein the fiber length direction end of the fibrous filler is defibrated; the length of the defibrated portion measured as specified in the description is 5% or more and 50% or less of the fiber length of the entire fibrous filler; the fiber diameter in the defibrated portion of the fibrous filler measured as specified in the description is 1/1000 or more and 1/10 or less the fiber diameter in the undefibrated portion; the aspect ratio of the undefibrated portion of the fibrous filler measured as specified in the description is 5 or more and less than 1000; and the modulus of elasticity of the fibrous filler is higher than the modulus of elasticity of the main ingredient resin, and the difference between these moduli of elasticity is within 20 GPa. wherein the fiber length direction end of the fibrous filler is defibrated; the length of the defibrated portion measured as specified in the description is 5% or more and 50% or less of the fiber length of the entire fibrous filler; the fiber diameter in the defibrated portion of the fibrous filler measured as specified in the description is 1/1000 or more and 1/10 or less the fiber diameter in the undefibrated portion; the aspect ratio of the undefibrated portion of the fibrous filler measured as specified in the description is 5 or more and less than 1000; and the modulus of elasticity of the fibrous filler is higher than the modulus of elasticity of the main ingredient resin, and the difference between these moduli of elasticity is within 20 GPa.
A blanking plug for a modular socket, the plug comprising: a connector plug, which may be inserted into an associated socket in a first longitudinal direction; a resilient leg, depending at a first end thereof from the connector plug, and having a depressible part, distal therefrom, depressible towards the connector plug; and a guard cover, comprising a bridge over the resilient leg, the bridge having supports surrounding the resilient leg and a span joining the supports and spaced from the resilient leg, and wherein a region bounded by the bridge span, the bridge supports and the connector plug defines an access aperture; the guard cover configured to prevent access to the depressible part of the resilient leg in its direction of depression, but to permit access to the resilient leg in the longitudinal direction through the access aperture from the rear, the access aperture being aligned with the depressible part of the resilient leg on an axis parallel with the longitudinal direction, to allow depression of the resilient leg through the access aperture directly; wherein the underside of the bridge span has formed therein one or more notches and/or one or more protrusions. a connector plug, which may be inserted into an associated socket in a first longitudinal direction; a resilient leg, depending at a first end thereof from the connector plug, and having a depressible part, distal therefrom, depressible towards the connector plug; and a guard cover, comprising a bridge over the resilient leg, the bridge having supports surrounding the resilient leg and a span joining the supports and spaced from the resilient leg, and wherein a region bounded by the bridge span, the bridge supports and the connector plug defines an access aperture; the guard cover configured to prevent access to the depressible part of the resilient leg in its direction of depression, but to permit access to the resilient leg in the longitudinal direction through the access aperture from the rear, the access aperture being aligned with the depressible part of the resilient leg on an axis parallel with the longitudinal direction, to allow depression of the resilient leg through the access aperture directly; wherein the underside of the bridge span has formed therein one or more notches and/or one or more protrusions.
Cage for holding rolling bodies in a roller bearing unit, said cage having in relation to a bearing rotating axis, an external crown and an internal crown which are spaced out axially, a plurality of bridges extending between said crowns so as to form between two adjacent bridges and a segment (4a, 5a) of each one of said crowns, a peripheral frame whereon a rolling body is held while being able to be turned around its own Y-axis, the bridges having a U-shaped section at least at the level of their internal end, the internal crown being formed by a succession of segments connected by U-shaped connections, said cage being characterised in that the opening of said U-shaped connection is oriented towards the inside, the peripheral frames extending over the external periphery of the bridges and the segments (4a, 5a).
A component mounting system adapted to monitor operation state of a component mounting apparatus comprising: a solder inspection device which is configured to compare a first coordinate information of solder, which is obtained through measurement of a substrate on which the solder is applied, with reference coordinate information to generate a second coordinate information corresponding to coordinate correction data and feed forward the second coordinate information to the component mounting apparatus; and a front end mounting inspection apparatus which is configured to inspect a mounting state of a component to generate a first measurement data after mounting said component on the substrate based on the second coordinate information; wherein the front end mounting inspection apparatus or an integrated management apparatus that is separately installed is configured to verify an operation state of a component mounting apparatus by comparing the second coordinate information that is corrected and fed forward by the solder inspection device and the first measurement data that is obtained by measuring the mounting state of the component, and wherein after verifying an operation state of a component mounting apparatus, the second coordinate information is modified based on verification result data to generate a third coordinate information, and the third coordinate information is transferred to the component mounting apparatus so that a component can be mounted by the component mounting apparatus based on the third coordinate information. a solder inspection device which is configured to compare a first coordinate information of solder, which is obtained through measurement of a substrate on which the solder is applied, with reference coordinate information to generate a second coordinate information corresponding to coordinate correction data and feed forward the second coordinate information to the component mounting apparatus; and a front end mounting inspection apparatus which is configured to inspect a mounting state of a component to generate a first measurement data after mounting said component on the substrate based on the second coordinate information; wherein the front end mounting inspection apparatus or an integrated management apparatus that is separately installed is configured to verify an operation state of a component mounting apparatus by comparing the second coordinate information that is corrected and fed forward by the solder inspection device and the first measurement data that is obtained by measuring the mounting state of the component, and wherein after verifying an operation state of a component mounting apparatus, the second coordinate information is modified based on verification result data to generate a third coordinate information, and the third coordinate information is transferred to the component mounting apparatus so that a component can be mounted by the component mounting apparatus based on the third coordinate information.
Ventilated wall for buildings comprising a thin coating or first layer comprised of porcelain or ceramic stoneware, of marble, of travertine or of volcanic stone or of cement compounds, suitable for being provided at a distance from said building to realize an interspace for air circulation, said ventilated wall comprising a reinforcement system for said first layer comprising, on the side faced toward said building, a second fiberglass layer, coupled with said first layer, a third layer comprised of foamed material, and a fourth layer, the coupling of said layers (1, 2, 3, 4) being realized by gluing material having flexibility properties, in that said gluing material is an epoxy resin or a polyurethane resin, and in that said resin is obtained by a mixture of polymeric precursors with elastomeric agents, characterized in that elastomeric agents have a concentration between 7% and 15% in weight of the total weight of the mixture.