mhurhangee/ep-ind-claims huggingface dataset:
A housing, suitable for an indoor unit of a wall-mounted air conditioner, wherein the housing comprises: a face frame having an air outlet; a panel mounted to a front side of the face frame, wherein the air outlet is adjacent to a lower edge of the panel; characterized in that the housing comprises: a front decorative strip mounted to the lower edge of the panel; and two side decorative strips mounted at left and right ends of the face frame respectively, and both connected and fitted to the front decorative strip, wherein the front decorative strip comprises: left and right end surfaces both inclined rearwards, wherein each of the two side decorative strips comprises: at least one end face connected and fitted to the left end surface of the front decorative strip or to the right end surface of the front decorative strip, and inclined forwards. a face frame having an air outlet; a panel mounted to a front side of the face frame, wherein the air outlet is adjacent to a lower edge of the panel; characterized in that the housing comprises: a front decorative strip mounted to the lower edge of the panel; and two side decorative strips mounted at left and right ends of the face frame respectively, and both connected and fitted to the front decorative strip, a front decorative strip mounted to the lower edge of the panel; and two side decorative strips mounted at left and right ends of the face frame respectively, and both connected and fitted to the front decorative strip, wherein the front decorative strip comprises: left and right end surfaces both inclined rearwards, wherein each of the two side decorative strips comprises: at least one end face connected and fitted to the left end surface of the front decorative strip or to the right end surface of the front decorative strip, and inclined forwards. left and right end surfaces both inclined rearwards, wherein each of the two side decorative strips comprises: at least one end face connected and fitted to the left end surface of the front decorative strip or to the right end surface of the front decorative strip, and inclined forwards.
A subsea system transporting fluid, wherein the sub sea system comprises a first part having a flow path carrying a flow of fluid and at least a second part (3, 4) having a flow path provided for carrying fluid, which second part (3, 4) is temporarily being closed off from the flow path of the first part of the subsea system, wherein the heat from the fluid transported in the first part of the subsea system is transferred to the second part (3, 4) by a heat conducting structure establishing a contact between the first and second part of the subsea system, characterized in that the subsea system comprises a fluid line including a pump and that the second part (3, 4) of the subsea system comprises a line of recirculation of the fluid to the inlet of the pump to prevent the formation of hydrates in the second part (3, 4) of the subsea system.
Method for controlling travel in a transfer zone having a transfer area (X, X1, X2) for containers by transport vehicles for containers, in particular gantry lift devices (7a, 7b), wherein the transfer zone connects an automated area for automated guided transport vehicles to a manual area for manually guided transport vehicles and the transport vehicles travel in the transfer zone in order to directly transfer or receive a container in the transfer area (X, X1, X2) between two transport vehicles which are located in the transfer area (X, X1, X2) at the same time, or to place a container in the transfer area (X, X1, X2) outside of a transport vehicle before the container is then picked up by another transport vehicle and thus this transport vehicle is loaded with the container, wherein authorisation to enter the transfer zone is granted or denied to the transport vehicles to travel in the transfer zone, wherein in the absence of a granted authorisation for a manually guided transport vehicle, in particular a gantry lift device, to enter the transfer zone, intervention in a vehicle controller of the transport vehicle automatically occurs such that at least complete entry, but preferably even partial entry, into the transfer zone is prevented.
A vapor chamber, comprising a sealed casing which comprises two main walls, wherein a first main wall is an evaporator wall and a second main wall is a condenser wall, wherein the two main walls are connected by side connections (18, 20) to form a sealed volume inside the two main walls and the side connections (18, 20), wherein a plurality of pillars is provided in the sealed volume such, that the pillars connect the evaporator wall and the condenser wall, wherein the pillars have a first contact area to the evaporator wall and a second contact area to the condenser wall, and wherein the pillars further comprise an intermediate cross section area being arranged between the first contact area and the second contact area, characterized in that the extension of the intermediate cross section area is smaller compared to the extension of both of the first contact area and the second contact area.
A thermally protective material comprising: a flame resistant, thermally stable textile substrate, wherein the thermal stability of the textile substrate was determined according to ASTM D751 at a temperature of 265°C; an active insulation comprising a continuous layer of a polymer resin-expandable graphite mixture adjacent to the flame resistant, thermally stable textile substrate; wherein the polymer resin of the polymer resin-expandable graphite mixture has a melt or softening temperature of less than 340°C; wherein the polymer resin is breathable; and wherein the thickness of the active insulation increases by at least 200% after 90 seconds in a convective oven heated to 300°C. a flame resistant, thermally stable textile substrate, wherein the thermal stability of the textile substrate was determined according to ASTM D751 at a temperature of 265°C; an active insulation comprising a continuous layer of a polymer resin-expandable graphite mixture adjacent to the flame resistant, thermally stable textile substrate; wherein the polymer resin of the polymer resin-expandable graphite mixture has a melt or softening temperature of less than 340°C; wherein the polymer resin is breathable; and wherein the thickness of the active insulation increases by at least 200% after 90 seconds in a convective oven heated to 300°C.
A secret panel fixing set for fixing a panel to a substrate, the fixing set comprising: a retaining member and a receiving member which is engageable with the retaining member, wherein the retaining member comprises: an abutting surface, which is fixable to a surface of one of a substrate and a panel that are to be fastened together; and one of a rib and a groove, which is formed in a plane in the retaining member which is parallel to the abutting surface of the retaining member, wherein the receiving member comprises: at least one abutting surface, which is fixable to a surface of the other one of the substrate and the panel that are to be fastened together; the other one of the rib and the groove; and an aperture for accommodating the retaining member, wherein the rib is slideably insertable into the groove by movement of the retaining member relative to the receiving member in a first direction, and wherein said other one of the rib and the groove comprises one or more elastically moveable elements (226, 228) shaped to provide an opening which is of reduced width compared to the maximum width of the aperture, measured parallel to the opening, the reduced-width opening being configured to provide a retaining force which inhibits the retaining member from being moved relative to the receiving member in a second direction, opposite to the first direction. a retaining member and a receiving member which is engageable with the retaining member, wherein the retaining member comprises: an abutting surface, which is fixable to a surface of one of a substrate and a panel that are to be fastened together; and one of a rib and a groove, which is formed in a plane in the retaining member which is parallel to the abutting surface of the retaining member, an abutting surface, which is fixable to a surface of one of a substrate and a panel that are to be fastened together; and one of a rib and a groove, which is formed in a plane in the retaining member which is parallel to the abutting surface of the retaining member, wherein the receiving member comprises: at least one abutting surface, which is fixable to a surface of the other one of the substrate and the panel that are to be fastened together; the other one of the rib and the groove; and an aperture for accommodating the retaining member, at least one abutting surface, which is fixable to a surface of the other one of the substrate and the panel that are to be fastened together; the other one of the rib and the groove; and an aperture for accommodating the retaining member, wherein the rib is slideably insertable into the groove by movement of the retaining member relative to the receiving member in a first direction, and wherein said other one of the rib and the groove comprises one or more elastically moveable elements (226, 228) shaped to provide an opening which is of reduced width compared to the maximum width of the aperture, measured parallel to the opening, the reduced-width opening being configured to provide a retaining force which inhibits the retaining member from being moved relative to the receiving member in a second direction, opposite to the first direction.
A low odor aqueous styrenic polymer dispersion, comprising, by weight percentage based on the dry weight of the polymer dispersion, (co)polymer(s) comprising, as (co)polymerized units, from 20 to 60% of a styrenic monomer (a) and from 0.1 to 1 % of an ethylenically unsaturated monomer (b) having at least one acetoacetoxy or acetoacetamide functional group; from 0 to 20% of a non-polymeric compound (c) having at least one acetoacetoxy or acetoacetamide functional group; and from 0.01 to 5% of an amine derivative; wherein the boiling point temperature of the amine derivative is at least 150°C and the total amount of the monomer (b) and the compound (c) ranges from 0.01 to 20%.
A respiratory assistance device, comprising: a variable speed blower with an output; a patient ventilation interface configured for fitment on a patient respiratory passageway, the patient ventilation interface including a ventilation mask and a piloted exhalation valve; a gas passage conduit coupling the output of the blower to the ventilation mask, a pilot line from the gas passage conduit being coupled to the pilot of the exhalation valve; a pressure sensor measuring a mask pressure in the patient ventilation interface; a blower speed sensor measuring a speed of the blower; and a pressure controller in communication with the pressure sensor and the blower speed sensor, wherein the pressure controller adjusts an operating speed of the blower to be elevated during the patient inspiratory phase and to be lowered in the patient expiratory phase and, wherein the exahalation valve is selectively actuated based upon a pressure differential between the patient ventilation interface and the blower, characterized in that a patient inspiratory phase and a patient expiratory phase is being detected from the measured speed of the blower. a variable speed blower with an output; a patient ventilation interface configured for fitment on a patient respiratory passageway, the patient ventilation interface including a ventilation mask and a piloted exhalation valve; a gas passage conduit coupling the output of the blower to the ventilation mask, a pilot line from the gas passage conduit being coupled to the pilot of the exhalation valve; a pressure sensor measuring a mask pressure in the patient ventilation interface; a blower speed sensor measuring a speed of the blower; and a pressure controller in communication with the pressure sensor and the blower speed sensor, wherein the pressure controller adjusts an operating speed of the blower to be elevated during the patient inspiratory phase and to be lowered in the patient expiratory phase and, wherein the exahalation valve is selectively actuated based upon a pressure differential between the patient ventilation interface and the blower, characterized in that a patient inspiratory phase and a patient expiratory phase is being detected from the measured speed of the blower.
A high performance Human Interactive Proof, heretofore HIP, generation system to yield a HIP image for widespread distribution and use based on mitigating the probability of generating unsolvable challenges and increasing the security and generation speed of HIPs, the system comprising: a character cache component that stores a plurality of pre-rendered scaled and/or rotated characters and an arc cache component that stores a plurality of pre-rendered arcs as cubic splines of varying widths, wherein the characters and arcs are stored as bitmaps in binary form; a warp field cache component that stores a pre-computed warp field, the warp field cache being a sum of two warp fields, the two warp fields comprising a global warp field and a local warp field, wherein the pre-computed warp field comprises a plurality of sub-regions and is converted into integers; a character sequence generation component that generates a HIP sequence by selecting any number of the pre-rendered characters and any number of the pre-rendered arcs combined with the characters to form a binary HIP sequence, wherein at least some of the arcs are randomly combined with the characters in such a way that they do not overlap with the characters; a warping component that maps the HIP sequence to any one of the plurality of sub-regions selected from the warp field cache to facilitate warping the HIP sequence at a high resolution in binary form such that a warped HIP sequence appears in black and white; characterized by a down-sampling component that down-samples the warped HIP sequence by any factor greater than one. a character cache component that stores a plurality of pre-rendered scaled and/or rotated characters and an arc cache component that stores a plurality of pre-rendered arcs as cubic splines of varying widths, wherein the characters and arcs are stored as bitmaps in binary form; a warp field cache component that stores a pre-computed warp field, the warp field cache being a sum of two warp fields, the two warp fields comprising a global warp field and a local warp field, wherein the pre-computed warp field comprises a plurality of sub-regions and is converted into integers; a character sequence generation component that generates a HIP sequence by selecting any number of the pre-rendered characters and any number of the pre-rendered arcs combined with the characters to form a binary HIP sequence, wherein at least some of the arcs are randomly combined with the characters in such a way that they do not overlap with the characters; a warping component that maps the HIP sequence to any one of the plurality of sub-regions selected from the warp field cache to facilitate warping the HIP sequence at a high resolution in binary form such that a warped HIP sequence appears in black and white; characterized by a down-sampling component that down-samples the warped HIP sequence by any factor greater than one.
A method for managing a band width part, BWP, comprising: receiving, by a terminal, first configuration information configured by an RRC dedicated signaling sent by a network device, wherein the first configuration information comprises uplink BWP configuration information and downlink BWP configuration information, the uplink BWP configuration information comprises a configuration of at least one uplink BWP, and the downlink BWP configuration information comprises a configuration of at least one downlink BWP, wherein the uplink BWP configuration information carries first indication information, and the first indication information is used to indicate a BWP identifier corresponding to an initial active uplink BWP, and the downlink BWP configuration information carries first indication information, and the first indication information is used to indicate a BWP identifier corresponding to an initial active downlink BWP, and an initial active BWP refers to a first-activated BWP; and receiving, by the terminal, second indication information carried by the downlink BWP configuration information sent by the network device, wherein the second indication information is used to indicate a dormant BWP, and the dormant BWP comprises a dormant downlink BWP; wherein the second indication information is used to indicate a BWP identifier corresponding to the dormant downlink BWP. receiving, by a terminal, first configuration information configured by an RRC dedicated signaling sent by a network device, wherein the first configuration information comprises uplink BWP configuration information and downlink BWP configuration information, the uplink BWP configuration information comprises a configuration of at least one uplink BWP, and the downlink BWP configuration information comprises a configuration of at least one downlink BWP, wherein the uplink BWP configuration information carries first indication information, and the first indication information is used to indicate a BWP identifier corresponding to an initial active uplink BWP, and the downlink BWP configuration information carries first indication information, and the first indication information is used to indicate a BWP identifier corresponding to an initial active downlink BWP, and an initial active BWP refers to a first-activated BWP; and receiving, by the terminal, second indication information carried by the downlink BWP configuration information sent by the network device, wherein the second indication information is used to indicate a dormant BWP, and the dormant BWP comprises a dormant downlink BWP; wherein the second indication information is used to indicate a BWP identifier corresponding to the dormant downlink BWP.
Backrest of a motor vehicle seat, having a plastics element which predominantly determines the shape of the backrest and/or predominantly contributes towards the stability of the backrest, and at least one guide sleeve (3, 4; 5) for a support bar (6, 7) of a headrest, wherein the plastics element on the upper end portion thereof has at least one clearance (10; 20) in which an insert (11; 21) in which the at least one guide sleeve (3, 4; 5) sits is fastened, characterized in that the insert (11; 21) and the at least one guide sleeve (3, 4; 5) are configured integrally from a plastics material.
A method for making an oxidative hair coloring composition, said method comprising the steps of: - providing a tint component and an oxidizing component, said tint component comprising a first non-ammonia alkalizing agent and oxidative primary dyes, - mixing the tint component and the oxidizing component with a third component comprising a second non-ammonia alkalizing agent to make the oxidative hair coloring composition, wherein the weight ratio of alkalizing agents to oxidizing agent in the coloring composition obtained by mixing the tint, oxidizing and third components is higher than 1.1. - providing a tint component and an oxidizing component, said tint component comprising a first non-ammonia alkalizing agent and oxidative primary dyes, - mixing the tint component and the oxidizing component with a third component comprising a second non-ammonia alkalizing agent to make the oxidative hair coloring composition, wherein the weight ratio of alkalizing agents to oxidizing agent in the coloring composition obtained by mixing the tint, oxidizing and third components is higher than 1.1.
Structure for radio frequency applications comprising: • a high-resistivity support substrate having a front surface which defines a main plane, • a charge-trapping layer which is arranged on the front face of the support substrate, • a first dielectric layer which is arranged on the trapping layer, • an active layer which is arranged on the first dielectric layer, the structure being characterized in that it comprises at least one buried electrode which is arranged above or in the trapping layer, the electrode comprising: • a conductive layer and a second dielectric layer, the conductive layer being electrically insulated from the active layer, from the trapping layer and from the support substrate, and the conductive layer having two surfaces (11a, 11b) parallel to the main plane, one surface being in contact with the first dielectric layer and the other surface being in contact with the second dielectric layer, • a plurality of insulating walls extending between the first dielectric layer and the second dielectric layer and segmenting the conductive layer into a plurality of conductive blocks, said blocks being insulated from one another by the insulating walls, at least one conductive block being configured to provide a rear bias to a transistor which is intended to be produced in the active layer. • a high-resistivity support substrate having a front surface which defines a main plane, • a charge-trapping layer which is arranged on the front face of the support substrate, • a first dielectric layer which is arranged on the trapping layer, • an active layer which is arranged on the first dielectric layer, • a conductive layer and a second dielectric layer, the conductive layer being electrically insulated from the active layer, from the trapping layer and from the support substrate, and the conductive layer having two surfaces (11a, 11b) parallel to the main plane, one surface being in contact with the first dielectric layer and the other surface being in contact with the second dielectric layer, • a plurality of insulating walls extending between the first dielectric layer and the second dielectric layer and segmenting the conductive layer into a plurality of conductive blocks, said blocks being insulated from one another by the insulating walls, at least one conductive block being configured to provide a rear bias to a transistor which is intended to be produced in the active layer.
A fiber-reinforced resin composition comprising a resin-impregnated long fiber bundle including a thermoplastic resin and a rayon fiber, wherein the rayon fiber of the component has a fiber diameter of 5 to 30 μm, and an X-ray orientation degree of 90% or more, the resin-impregnated long fiber bundle is obtained by impregnating a bundle of the 2,000 to 30,000 rayon fibers of the component in a state where the rayon fibers are arranged in the longitudinal direction, with the thermoplastic resin of the component in a molten state to thereby be integrated, and then cutting the integrated bundle into a length of 3 to 30 mm, and wherein the X-ray orientation degree (fc) is determined by a transmission method, wherein a scintillation counter is fixed at 2θ = 20.1° corresponding to a diffraction angle of the plane, a fiber bundle is rotated perpendicularly relative to an incident X-ray, and a X-ray diffraction intensity is measured at an azimuthal angle ψ), and wherein the X-ray orientation degree (fc) is calcuated by the following equation fc(%) = {1- (ψ 1/2 /180)} x 100, wherein ψ 1/2 designates a half-value width represented by the azimuthal angle (degrees).