mhurhangee/ep-ind-claims huggingface dataset:
Filter with an upper part (1; 101) having at least one inlet (5; 105) and at least one outlet channel (6; 106) and a lower part (2; 102) having a filter element (7; 107), characterised in that the upper part (1, 101) has a housing (8, 108) and an insert (9, 109), in which the inlet and outlet channel (5, 6; 105, 106) extend, wherein the filter element (7, 107) has a connection element (14, 114) with a supply (15, 115) and a drainage channel (16; 116), which connect the filter chamber and the collection chamber with the inlet and outlet channel (5, 6; 105, 106) of the upper part (1; 101).
Wiper of a wiper system for a vehicle comprising at least one wiper blade carried by a support and configured to wipe a glazed surface of a vehicle, the wiper blade comprising a spoiler configured to be connected to a cleaning system distributing cleaning liquid, the spoiler comprising a body in which is formed a spray manifold of the cleaning liquid configured to be connected to the cleaning system, the spray manifold extending along a main longitudinal direction of the spoiler and comprising at least one row of spray holes, characterized in that at least one of the spray holes comprises a cleaning liquid passage section of between 0.002 mm 2 and 0.070 mm 2, and in that the spray holes of a row are spaced apart by a pitch of between 0.15 and 10 mm along the main longitudinal direction of the spoiler.
A LED-based lighting unit, comprising: a longitudinally extending lighting unit axis (A, A1); a light output opening (25, 125) surrounding said lighting unit axis (A, A1); a plurality of LED PCBs positioned below said light output opening (25, 125) and surrounding said lighting unit axis (A, A1), each of said LED PCBs being substantially parallel to said lighting unit axis (A, A1) and having interiorly facing LEDs (34, 134) generally directed toward and perpendicular to the lighting unit axis thereon and emitting a light output having a light output central axis; and a plurality of reflective pyramidal structures provided interiorly of said LED PCBs and radially arranged about said lighting unit axis (A, A1), each of said pyramidal structures having an apex most proximal said lighting unit axis (A, A1) and a base most distal said lighting unit axis (A, A1), said base receiving a majority of said light output from a single of said LED PCBs, the pyramidal structures each having an open side, and a light output opening (25, 125) is collectively formed by the plurality of individual openings in the open side of each of the pyramidal structures. a longitudinally extending lighting unit axis (A, A1); a light output opening (25, 125) surrounding said lighting unit axis (A, A1); a plurality of LED PCBs positioned below said light output opening (25, 125) and surrounding said lighting unit axis (A, A1), each of said LED PCBs being substantially parallel to said lighting unit axis (A, A1) and having interiorly facing LEDs (34, 134) generally directed toward and perpendicular to the lighting unit axis thereon and emitting a light output having a light output central axis; and a plurality of reflective pyramidal structures provided interiorly of said LED PCBs and radially arranged about said lighting unit axis (A, A1), each of said pyramidal structures having an apex most proximal said lighting unit axis (A, A1) and a base most distal said lighting unit axis (A, A1), said base receiving a majority of said light output from a single of said LED PCBs, the pyramidal structures each having an open side, and a light output opening (25, 125) is collectively formed by the plurality of individual openings in the open side of each of the pyramidal structures.
A method for the screening, diagnosis and/or monitoring of subclinical atherosclerosis, preferably generalized subclinical atherosclerosis, in a subject, wherein said method comprises: a) determining in a biological sample isolated from said subject the protein expression levels of: i. PIGR and/or IGHA2; and ii. optionally, one, two, three, four or five biomarkers, selected from APOA, HPT, HEP2, ITIH1 and C5; b) comparing the levels of the biomarkers with a reference value; c) wherein when the levels in the subject's sample of PIGR and/or IGHA2, and optionally APOA, HPT, HEP2, ITIH1 and/or C5, are increased with respect to the corresponding reference value is indicative of subclinical atherosclerosis. a) determining in a biological sample isolated from said subject the protein expression levels of: i. PIGR and/or IGHA2; and ii. optionally, one, two, three, four or five biomarkers, selected from APOA, HPT, HEP2, ITIH1 and C5; i. PIGR and/or IGHA2; and ii. optionally, one, two, three, four or five biomarkers, selected from APOA, HPT, HEP2, ITIH1 and C5; b) comparing the levels of the biomarkers with a reference value; c) wherein when the levels in the subject's sample of PIGR and/or IGHA2, and optionally APOA, HPT, HEP2, ITIH1 and/or C5, are increased with respect to the corresponding reference value is indicative of subclinical atherosclerosis.
An extension control method of data acquisition cards, adapted for more than one data acquisition cards configured in parallel, and characterized by comprising: for each of the more than one data acquisition cards, performing the following steps: presetting a card address for the data acquisition card, and presetting a channel address for each data channel in the data acquisition card; the data acquisition card receiving a card beat signal from a user circuit, using a card counter for generating a card address signal corresponding to the number of the card beat signal, and the data acquisition card comparing the card address signal with the preset card address, and judging whether the data acquisition card is selected; when a judging result is that the data acquisition card is selected, the data acquisition card receiving a channel beat signal from the user circuit and using a channel counter for generating a channel address signal corresponding to the number of the channel beat signal, and after the data acquisition card compares the channel address signal with the preset channel address, selecting the data channel corresponding to the channel address signal. presetting a card address for the data acquisition card, and presetting a channel address for each data channel in the data acquisition card; the data acquisition card receiving a card beat signal from a user circuit, using a card counter for generating a card address signal corresponding to the number of the card beat signal, and the data acquisition card comparing the card address signal with the preset card address, and judging whether the data acquisition card is selected; when a judging result is that the data acquisition card is selected, the data acquisition card receiving a channel beat signal from the user circuit and using a channel counter for generating a channel address signal corresponding to the number of the channel beat signal, and after the data acquisition card compares the channel address signal with the preset channel address, selecting the data channel corresponding to the channel address signal.
A method for controlling a binaural hearing system with two hearing instruments each hearing instrument configured to provide a tinnitus relief sound, wherein each of the hearing instruments include a tinnitus relief sound generator, wherein each of the tinnitus relief sound generators are configured for generating a tinnitus relief sound of finite length, wherein the tinnitus relief sound generated in the two hearing instruments are identical and presented to the user as repeated in endless loops, the method comprising: a) providing a signal to be modulated, the signal being a noise signal, a pure tone signal or a signal comprising multiple tones, b) modulating the signal by a preprogrammed modulation scheme, thereby providing the tinnitus relief sound, d) generating an output signal based on the tinnitus relief sound, wherein in the binaural hearing system, the hearing instruments communicate via a communication link, the hearing instruments exchange information so that onset of the tinnitus relief sound in the two hearing instruments are offset by an offset time, e) wherein using the communication link between the hearing instruments, the tinnitus relief sounds are reset to their starting point regularly at the same point of time. a) providing a signal to be modulated, the signal being a noise signal, a pure tone signal or a signal comprising multiple tones, b) modulating the signal by a preprogrammed modulation scheme, thereby providing the tinnitus relief sound, d) generating an output signal based on the tinnitus relief sound, wherein in the binaural hearing system, the hearing instruments communicate via a communication link, the hearing instruments exchange information so that onset of the tinnitus relief sound in the two hearing instruments are offset by an offset time, e) wherein using the communication link between the hearing instruments, the tinnitus relief sounds are reset to their starting point regularly at the same point of time.
A light detection and ranging LIDAR, device, comprising: a housing configured to rotate about an axis, wherein the housing has an interior space that includes a transmit block, a receive block, and a shared space, wherein the transmit block has an exit aperture in a wall that comprises a reflective surface, and wherein the receive block has an entrance aperture which is separate to the exit aperture of the transmit block; a lens mounted to the housing; a plurality of light sources (222a-c) in the transmit block, wherein the plurality of light sources are configured to emit a plurality of light beams (202a-c) that enter the shared space through the exit aperture and traverse the shared space via a transmit path which extends from the exit aperture to the lens, the light beams comprising light having wavelengths in a wavelength range; and a plurality of detectors (232a-c) in the receive block, wherein the plurality of detectors are configured to detect light having wavelengths in the wavelength range; wherein the lens is configured to receive the light beams via the transmit path, collimate the light beams for transmission into an environment of the LIDAR device, collect light comprising light from one or more of the collimated light beams reflected by one or more objects in the environment of the LIDAR device, and focus the collected light onto the detectors via a receive path that extends from the lens through the shared space to the entrance aperture of the receive block via the reflective surface. a housing configured to rotate about an axis, wherein the housing has an interior space that includes a transmit block, a receive block, and a shared space, wherein the transmit block has an exit aperture in a wall that comprises a reflective surface, and wherein the receive block has an entrance aperture which is separate to the exit aperture of the transmit block; a lens mounted to the housing; a plurality of light sources (222a-c) in the transmit block, wherein the plurality of light sources are configured to emit a plurality of light beams (202a-c) that enter the shared space through the exit aperture and traverse the shared space via a transmit path which extends from the exit aperture to the lens, the light beams comprising light having wavelengths in a wavelength range; and a plurality of detectors (232a-c) in the receive block, wherein the plurality of detectors are configured to detect light having wavelengths in the wavelength range; wherein the lens is configured to receive the light beams via the transmit path, collimate the light beams for transmission into an environment of the LIDAR device, collect light comprising light from one or more of the collimated light beams reflected by one or more objects in the environment of the LIDAR device, and focus the collected light onto the detectors via a receive path that extends from the lens through the shared space to the entrance aperture of the receive block via the reflective surface.
In a computing environment, a method of protecting content, the method comprising; at a recipient, wherein access to at least some content used by the recipient is managed by an access server, the access server configured to control the recipient's use of managed content through interaction with a trusted agent tied to the recipient, receiving content from a publisher, wherein the content is encrypted to a content key, and wherein the content is associated with policy information, and wherein the trusted agent is software or hardware that an organization trusts to enforce policies on its behalf, wherein the policy information comprises: the content key for decrypting the content; and wherein the policy information is encrypted to an access server key so that the policy information can be decrypted by the access server; at the recipient, receiving from the access server, the content key, wherein the content key is encrypted to a trusted agent key such that the trusted agent can decrypt the content key, wherein the content key is further encrypted to at least one additional factor defining additional content protection beyond content protection provided by trusted agent; at the recipient, decrypting the content key using the trusted agent key, by the trusted agent, and the at least one additional factor; and decrypting the content using the content key. at a recipient, wherein access to at least some content used by the recipient is managed by an access server, the access server configured to control the recipient's use of managed content through interaction with a trusted agent tied to the recipient, receiving content from a publisher, wherein the content is encrypted to a content key, and wherein the content is associated with policy information, and wherein the trusted agent is software or hardware that an organization trusts to enforce policies on its behalf, wherein the policy information comprises: the content key for decrypting the content; and wherein the policy information is encrypted to an access server key so that the policy information can be decrypted by the access server; the content key for decrypting the content; and wherein the policy information is encrypted to an access server key so that the policy information can be decrypted by the access server; at the recipient, receiving from the access server, the content key, wherein the content key is encrypted to a trusted agent key such that the trusted agent can decrypt the content key, wherein the content key is further encrypted to at least one additional factor defining additional content protection beyond content protection provided by trusted agent; at the recipient, decrypting the content key using the trusted agent key, by the trusted agent, and the at least one additional factor; and decrypting the content using the content key.
A scroll component comprising: an injection molded polymer scroll form having an involute portion and a base plate portion, the polymer scroll form comprising at least one reinforcement phase wherein a material modulus of the polymer scroll form is at least 10,000 MPa at an operational temperature up to 149°C; and a metal wear plate integrally molded into the base plate portion wherein the metal wear plate comprises at least one peripheral edge that defines at least one locking feature to fix the location of the metal wear plate with respect to the base plate portion. an injection molded polymer scroll form having an involute portion and a base plate portion, the polymer scroll form comprising at least one reinforcement phase wherein a material modulus of the polymer scroll form is at least 10,000 MPa at an operational temperature up to 149°C; and a metal wear plate integrally molded into the base plate portion wherein the metal wear plate comprises at least one peripheral edge that defines at least one locking feature to fix the location of the metal wear plate with respect to the base plate portion.
A method of printing onto a base which is an article of footwear (306, 1002) or an article of apparel (306, 1002), the method comprising: detecting a first depth of each cavity of a plurality of cavities, wherein the cavities are disposed on a base; receiving an image file of a structure to be formed on the base, wherein the image file includes a predetermined thickness of the initial printed layer; generating a modified image file using the first depth of each of the cavities, wherein the modified image file includes one or more adjusted thicknesses corresponding to the first depth of a respective cavity, and wherein one or more of the adjusted thicknesses is less than the first depth of the respective cavity; inkjet printing an initial printed layer using the modified image file, wherein a print material for printing the initial printed layer is ink, a thermoplastic material, an acrylic resin, a polyurethane, a thermoplastic polyurethane, silicone or any other curable substance, and wherein the initial print layer only partially fills at least one of the cavities; detecting a second depth of each of the at least one partially-filled cavities; inkjet printing a final printed layer, wherein a print material for printing the final printed layer is ink, a thermoplastic material, an acrylic resin, a polyurethane, a thermoplastic polyurethane, silicone or any other curable substance, and wherein after printing the final printed layer, each of the cavities is completely filled and the final printed layer is substantially flat. detecting a first depth of each cavity of a plurality of cavities, wherein the cavities are disposed on a base; receiving an image file of a structure to be formed on the base, wherein the image file includes a predetermined thickness of the initial printed layer; generating a modified image file using the first depth of each of the cavities, wherein the modified image file includes one or more adjusted thicknesses corresponding to the first depth of a respective cavity, and wherein one or more of the adjusted thicknesses is less than the first depth of the respective cavity; inkjet printing an initial printed layer using the modified image file, wherein a print material for printing the initial printed layer is ink, a thermoplastic material, an acrylic resin, a polyurethane, a thermoplastic polyurethane, silicone or any other curable substance, and wherein the initial print layer only partially fills at least one of the cavities; detecting a second depth of each of the at least one partially-filled cavities; inkjet printing a final printed layer, wherein a print material for printing the final printed layer is ink, a thermoplastic material, an acrylic resin, a polyurethane, a thermoplastic polyurethane, silicone or any other curable substance, and wherein after printing the final printed layer, each of the cavities is completely filled and the final printed layer is substantially flat.
A refrigerator, comprising: a refrigerator body, and at least one door body configured to close the refrigerator body, the at least one door body comprises: a front panel, a rear panel, and side panels respectively connected to the front panel and the rear panel to form a foaming space, the front panel being made of a metal material; the front panel is provided with a plurality of irregular run-through accommodating holes, each of which is in a predetermined shape; a display unit arranged in the foaming space and partially embedded in the accommodating holes; and a control unit configured to control the display unit to be in a light-emitting state or a normal display state; characterized in that the display unit comprises: a light-transmissive plate embedded in the accommodating holes, and an LED light guide plate corresponding to the light-transmissive plate and configured to provide a light source to the display unit; the light-transmissive plate is made of a light-transmissive material; a front surface of the light-transmissive plate away from the rear panel smoothly transitions with a front surface of the front panel; the light-transmissive plate comprises a light-transmissive portion which is embedded in and completely matched with the accommodating holes, and a first fixing member integrally formed with the light-transmissive portion and configured to detachably connect to the front panel; the light-transmissive portion is exposed on the outer surface of the accommodating holes, and is provided with a light-transmissive film having the same color as the front panel. a front panel, a rear panel, and side panels respectively connected to the front panel and the rear panel to form a foaming space, the front panel being made of a metal material; the front panel is provided with a plurality of irregular run-through accommodating holes, each of which is in a predetermined shape; a display unit arranged in the foaming space and partially embedded in the accommodating holes; and a control unit configured to control the display unit to be in a light-emitting state or a normal display state; characterized in that the display unit comprises: a light-transmissive plate embedded in the accommodating holes, and an LED light guide plate corresponding to the light-transmissive plate and configured to provide a light source to the display unit; the light-transmissive plate is made of a light-transmissive material; a front surface of the light-transmissive plate away from the rear panel smoothly transitions with a front surface of the front panel; the light-transmissive plate comprises a light-transmissive portion which is embedded in and completely matched with the accommodating holes, and a first fixing member integrally formed with the light-transmissive portion and configured to detachably connect to the front panel; the light-transmissive portion is exposed on the outer surface of the accommodating holes, and is provided with a light-transmissive film having the same color as the front panel.
A method of operating a user equipment configured to implement a rich communication suite protocol, comprising: obtaining RCS capability information for a target UE along with an indication of a time when the RCS capability information was validated by the target UE; determining a priority associated with the target UE; identifying an RCS capability information age threshold based on the determined priority; determining whether the time indication is older than the RCS capability information age threshold; and selectively triggering an RCS capability information refresh operation with the target UE based on whether the RCS capability information for the target UE is determined to be older than the RCS capability information age threshold. obtaining RCS capability information for a target UE along with an indication of a time when the RCS capability information was validated by the target UE; determining a priority associated with the target UE; identifying an RCS capability information age threshold based on the determined priority; determining whether the time indication is older than the RCS capability information age threshold; and selectively triggering an RCS capability information refresh operation with the target UE based on whether the RCS capability information for the target UE is determined to be older than the RCS capability information age threshold.