mhurhangee/ep-ind-claims huggingface dataset:
A headrest arrangement with a headrest for a medical treatment chair, comprising a) a headrest pad arranged on a front face of the headrest with a headrest pad surface, b) a support by which the headrest can be arranged on the treatment chair, and c) a bearing arrangement arranged on the support which has a first pivot bearing by which the headrest is pivotable relative to the support around at least an X axis, wherein axis X is arranged relative to the headrest pad surface at a distance Ax in the area of the front face in front of the headrest pad surface, characterized by at least one adjustment device having a first detent and, via the first detent, enabling the headrest to be adjustable in steps and fixable at least around the X axis at intervals between 1 degree and 10 degrees, in particular between 2.5 degrees and 3.5 degrees, wherein the first detent has several latching elements arranged at a distance from each other and a pawl engaging with the latching elements, wherein the latching elements are arranged directly or indirectly on the guideway or on the slide, and the pawl is arranged directly or indirectly on the guideway or on the slide, and by axis X running approximately parallel to the cervical vertebrae of a standard patient positionable with the head on the headrest, wherein the adjustment device has at least one control element for engaging or disengaging the pawl and / or the anchor which is assigned to the first detent and / or the second detent. a) a headrest pad arranged on a front face of the headrest with a headrest pad surface, b) a support by which the headrest can be arranged on the treatment chair, and c) a bearing arrangement arranged on the support which has a first pivot bearing by which the headrest is pivotable relative to the support around at least an X axis, wherein axis X is arranged relative to the headrest pad surface at a distance Ax in the area of the front face in front of the headrest pad surface, characterized by at least one adjustment device having a first detent and, via the first detent, enabling the headrest to be adjustable in steps and fixable at least around the X axis at intervals between 1 degree and 10 degrees, in particular between 2.5 degrees and 3.5 degrees, wherein the first detent has several latching elements arranged at a distance from each other and a pawl engaging with the latching elements, wherein the latching elements are arranged directly or indirectly on the guideway or on the slide, and the pawl is arranged directly or indirectly on the guideway or on the slide, and by axis X running approximately parallel to the cervical vertebrae of a standard patient positionable with the head on the headrest, wherein the adjustment device has at least one control element for engaging or disengaging the pawl and / or the anchor which is assigned to the first detent and / or the second detent.
A developing device comprising: a developing chamber having an opening portion; a developing roller mounted in the developing chamber, wherein the developing roller is partially exposed to an environment outside the developing chamber through the opening portion; an air inlet between an upper boundary of the opening portion in a gravitational direction and an outer circumference of the developing roller, wherein air may pass into the developing chamber through the air inlet; and an air outlet formed above the upper boundary of the opening portion with respect to the gravitational direction and communicatively connected to the developing chamber so as to discharge air in the developing chamber, wherein the air outlet is located outside an effective image area in a length direction of the developing roller, characterized in that the air outlet does not overlap with the air inlet in the length direction of the developing roller. a developing chamber having an opening portion; a developing roller mounted in the developing chamber, wherein the developing roller is partially exposed to an environment outside the developing chamber through the opening portion; an air inlet between an upper boundary of the opening portion in a gravitational direction and an outer circumference of the developing roller, wherein air may pass into the developing chamber through the air inlet; and an air outlet formed above the upper boundary of the opening portion with respect to the gravitational direction and communicatively connected to the developing chamber so as to discharge air in the developing chamber, wherein the air outlet is located outside an effective image area in a length direction of the developing roller, characterized in that the air outlet does not overlap with the air inlet in the length direction of the developing roller.
A fuel dispensing unit for refuelling vehicles, comprising a base module containing dispensing hydraulics, an electronics module for controlling said fuel dispensing unit and having a user interface, a nozzle module for holding at least one nozzle for dispensing fuel from a fuel reservoir by means of said dispensing hydraulics, and a top module, wherein said electronics module is arranged above of said base module, said nozzle module is arranged above said base module, characterised in that the fuel dispensing unit comprises a column module, said column module is arranged above said nozzle module and said top module is arranged above said column module, wherein said column module elevates and supports said top module, and said nozzle module is arranged to the side of said electronics module.
A method for transmitting inter-domain fault information, comprising: upon a connection of a service layer Label Switched Path, LSP, having a fault or upon the service layer LSP receiving inter-domain fault information, a head node of the service layer LSP starting inter-domain fault detection to detect and judge whether a protection or recovery of the service layer LSP fails; upon judging by the head node of the service layer LSP that the protection and recovery of the service layer LSP have failed, the head node of the service layer LSP transmitting (S104, S306) inter-domain fault information to a head node of a client layer LSP of the service layer LSP; wherein the inter-domain fault information is used for indicating that the protection or recovery of the service layer LSP has failed; upon the connection of the service layer LSP having a fault, the head node of the client layer LSP starting a preconfigured delay timer for starting protection or recovery; and upon the head node of the client layer LSP receiving the inter-domain fault information transmitted by the service layer LSP before the delay timer expires, the client layer LSP stopping the delay timer, and protecting or recovering the service layer LSP; wherein the service layer LSP and the client layer LSP belong to different Autonomous System, AS, domains. upon a connection of a service layer Label Switched Path, LSP, having a fault or upon the service layer LSP receiving inter-domain fault information, a head node of the service layer LSP starting inter-domain fault detection to detect and judge whether a protection or recovery of the service layer LSP fails; upon judging by the head node of the service layer LSP that the protection and recovery of the service layer LSP have failed, the head node of the service layer LSP transmitting (S104, S306) inter-domain fault information to a head node of a client layer LSP of the service layer LSP; wherein the inter-domain fault information is used for indicating that the protection or recovery of the service layer LSP has failed; upon the connection of the service layer LSP having a fault, the head node of the client layer LSP starting a preconfigured delay timer for starting protection or recovery; and upon the head node of the client layer LSP receiving the inter-domain fault information transmitted by the service layer LSP before the delay timer expires, the client layer LSP stopping the delay timer, and protecting or recovering the service layer LSP; wherein the service layer LSP and the client layer LSP belong to different Autonomous System, AS, domains.
Attachment for a vacuum cleaner, said device comprising a rotatable roller equipped with bristles (24, 48) or blade-type agitators, the rotational axis of which rotatable roller extends transversely to the direction of advancement of the attachment or vacuum cleaner, and comprising a motor which rotates a motor shaft for driving the roller, and the motor shaft extends perpendicularly to the rotational axis of the roller, the motor shaft or a drive shaft coupled to the motor shaft extending through an opening in the gear housing, characterised in that at least part of the roller is received by a gear housing.
Extracting screed for an extracting construction of a pavement, small and surface paver, which is formed from at least one profiled body in the form of a screed, shield, bar and/or surface, which is designed to pre-compact, pre-distribute, extract and/or level material applied to a base, the profiled body being formed from at least one first profiled part and at least one second profiled part (100"), wherein the profile parts (100', 100") are angularly adjustable relative to one another at their mutually adjoining, inner end regions, wherein the profile body comprises at least one angle-adjusting member and preferably a joint, wherein the angle-adjusting member is connected and/or is in operative connection with the end regions of the at least two profile parts (100', 100"), wherein the angle-adjusting member is formed from at least two adjusting parts (110', 110") which are designed and/or arranged adjustably and/or displaceably on one another, wherein passages which are designed and/or arranged correspondingly to one another are arranged or formed on the adjusting parts (110', 110"), by means of which passages the adjusting parts (110', 110") can be reversibly connected to one another with respect to their alignment and/or position at least two different angles of the profile parts (100', 100"), at least one connecting means being provided which is designed to correspond correspondingly with the passages and by means of which the adjusting parts (110', 110") are connected at the passages lying one above the other in accordance with the desired alignment and are thus fixed to one another at the defined angle, characterised in that the passages and preferably further connecting parts or receptacles are arranged and/or formed on an arcuate or circular path on the adjusting parts (110', 110").
An LED lamp driver receiving low voltage DC power, the LED driver comprising: a push-pull transformer circuit to step up the voltage, operably connected to receive the low voltage DC power and produce transformer AC power, the push-pull transformer circuit having switches responsive to steering signals; a self resonant control circuit operably connected to the push-pull transformer circuit to generate the steering signals to close one switch alternately with the other switch and to generate regenerative oscillation; an AC/DC converter operably connected to receive the transformer AC power and produce high voltage DC power, characterized in that a current controller is operably connected to receive the transformer AC power and is configured to produce controlled AC power for the AC/DC converter, which current controller provides impedance to the transformer AC power and comprises a series capacitor. a push-pull transformer circuit to step up the voltage, operably connected to receive the low voltage DC power and produce transformer AC power, the push-pull transformer circuit having switches responsive to steering signals; a self resonant control circuit operably connected to the push-pull transformer circuit to generate the steering signals to close one switch alternately with the other switch and to generate regenerative oscillation; an AC/DC converter operably connected to receive the transformer AC power and produce high voltage DC power, characterized in that a current controller is operably connected to receive the transformer AC power and is configured to produce controlled AC power for the AC/DC converter, which current controller provides impedance to the transformer AC power and comprises a series capacitor.
A method for a reliable ultra-low-latency, RULL, transmission mechanism, comprising: receiving, by a user equipment, UE, a high-level signaling information; obtaining, by the UE, a first contention transmission unit, CTU, access region for an initial transmission in a first transmission time interval, TTI, and a second CTU access region for a redundant transmission in a second TTI based on the high-level signaling information; transmitting, by the UE, to a base station, BS, the initial transmission using at least one CTU in the first CTU access region during the first TTI without the UE receiving a scheduling signaling from the BS; and transmitting, by the UE, to the BS, the redundant transmission using at least one CTU in the second CTU access region during the second TTI without the UE waiting for receiving acknowledgement/negative acknowledgement, ACK/NACK feedback, wherein the first CTU access region and the second CTU access region are determined using default RULL mapping rules included in the high-level signaling information. receiving, by a user equipment, UE, a high-level signaling information; obtaining, by the UE, a first contention transmission unit, CTU, access region for an initial transmission in a first transmission time interval, TTI, and a second CTU access region for a redundant transmission in a second TTI based on the high-level signaling information; transmitting, by the UE, to a base station, BS, the initial transmission using at least one CTU in the first CTU access region during the first TTI without the UE receiving a scheduling signaling from the BS; and transmitting, by the UE, to the BS, the redundant transmission using at least one CTU in the second CTU access region during the second TTI without the UE waiting for receiving acknowledgement/negative acknowledgement, ACK/NACK feedback, wherein the first CTU access region and the second CTU access region are determined using default RULL mapping rules included in the high-level signaling information.
A semiconductor wafer metrology method comprising: transporting a semiconductor wafer to a temperature changing unit (7, 9) using a first semiconductor wafer transporter; controlling the temperature of the semiconductor wafer to be within a predetermined temperature of a temperature of a measurement area (1, 3, 5) of a semiconductor wafer metrology apparatus, by causing a change in the temperature of the semiconductor wafer using the temperature changing unit (7, 9); and transporting the semiconductor wafer from the temperature changing unit (7, 9) to the measurement area (1, 3, 5) of the semiconductor wafer metrology apparatus using a second semiconductor wafer transporter. transporting a semiconductor wafer to a temperature changing unit (7, 9) using a first semiconductor wafer transporter; controlling the temperature of the semiconductor wafer to be within a predetermined temperature of a temperature of a measurement area (1, 3, 5) of a semiconductor wafer metrology apparatus, by causing a change in the temperature of the semiconductor wafer using the temperature changing unit (7, 9); and transporting the semiconductor wafer from the temperature changing unit (7, 9) to the measurement area (1, 3, 5) of the semiconductor wafer metrology apparatus using a second semiconductor wafer transporter.
A pharmaceutical composition for use in a method of treating cancer by in vivo administration of the pharmaceutical composition to a subject in need thereof, comprising an isolated protein transduction reagent-modified reprogramming protein, selected from the group consisting of Sox2, Oct4 and Nanog, wherein the protein transduction reagent comprises a cation reagent and a lipid and wherein the protein transduction reagent is not covalently bound to the reprogramming protein.
Water-based composition for modifying the diaphragm for the lithium ion battery, characterized in that the water-based composition comprises a water-based adhesive for the lithium ion battery and nano-particles with core-shell structures dispersed in the water-based adhesive; wherein the nano-particles with core-shell structures are wrapped with Polymers 1 on the surfaces of the shell; and the cores are organic cores formed by polymers 2 or inorganic cores formed by inorganic particles; wherein said Polymers 2 are formed by Polymerization Reaction Monomers 1, wherein said Polymerization Reaction Monomers 1 are at least one of acrylonitrile, methacrylonitrile, methyl acrylate, methyl methacrylate or vinyl benzene; and the particle sizes of the nano-particles with core-shell structures are 50 to 2000 nm; the polymers 1 are selected from at least one of ethylene-vinyl acetate copolymer, ethylene-acrylate copolymer, ethylene-butyl acrylate copolymer, ethylene-methyl acrylate copolymer, and ethylene-ethyl acrylate copolymer.
A color shifting interference structure, comprising: a magnetic layer, a reflector layer, a dielectric layer over the reflector layer, and an absorber layer over the dielectric layer; wherein the interference structure exhibits a color shift such that the interference structure has a first color at a first angle of incident light or viewing and a second color different from the first color at a second angle of incident light or viewing, characterized in that it further comprises an insulator layer over the magnetic layer for preventing corrosion of the interference structure, wherein the reflector layer is disposed over the insulator layer.
Expansion valve for a refrigeration or air conditioning circuit with a flow housing with an inlet, an outlet, a control body and an actuator via which the control body can be moved axially, at least a first flow cross-section between the inlet and the outlet, which is surrounded by a valve seat and which can be closed and opened via the control body wherein a second valve seat surrounds a second flow cross-section between the inlet and the outlet, wherein the two flow cross-sections (78, 80) can be closed and opened together via the one control body and an annular gap is formed axially between the two valve seats (72, 74). at least a first flow cross-section between the inlet and the outlet, which is surrounded by a valve seat and which can be closed and opened via the control body wherein a second valve seat surrounds a second flow cross-section between the inlet and the outlet, wherein the two flow cross-sections (78, 80) can be closed and opened together via the one control body and an annular gap is formed axially between the two valve seats (72, 74).
A method of displaying an image on a display implemented in an interlacing mode, the display comprising a plurality of pixel circuits arranged in rows and columns, each of the pixel circuits including a light emitting device driven by a drive transistor according to programming information stored in a storage capacitor, a first group of pixel circuits of the plurality of pixel circuits are interlaced with a second group of pixel circuits of the plurality of pixel circuits, the method comprising, during a single frame (900; 920): programming the first group of pixel circuits during a first programming time period (922; 932; 942; 1060) during which none of the pixel circuits of the first group of pixel circuits emits light; responsive to programming the first group of pixel circuits, during a first emission time period (924; 934; 944; 1062), emitting light from the first group of pixel circuits; programming the second group of pixel circuits after programming of the first group of pixel circuits, during a second programming time period (926; 936; 946; 1072) during which none of the pixel circuits of the second group of pixels circuits emit light; and responsive to programming the second group of pixel circuits, during a second emission time period (928; 938; 948; 1070), emitting light from the second group of pixel circuits, the first and second emission time periods being separated by idle intervals during which none of the pixel circuits in the display emit light. programming the first group of pixel circuits during a first programming time period (922; 932; 942; 1060) during which none of the pixel circuits of the first group of pixel circuits emits light; responsive to programming the first group of pixel circuits, during a first emission time period (924; 934; 944; 1062), emitting light from the first group of pixel circuits; programming the second group of pixel circuits after programming of the first group of pixel circuits, during a second programming time period (926; 936; 946; 1072) during which none of the pixel circuits of the second group of pixels circuits emit light; and responsive to programming the second group of pixel circuits, during a second emission time period (928; 938; 948; 1070), emitting light from the second group of pixel circuits, the first and second emission time periods being separated by idle intervals during which none of the pixel circuits in the display emit light.
A guide tool adapted for removal of damaged cartilage and bone and adapted for guiding insert tools during repair of diseased cartilage at an articulating surface of a joint, wherein the guide tool comprising; a guide base having a positioning body and a guide body protruding from said guide base; wherein the guide body comprises a height adjustment device and a guide channel with a length and wherein the guide channel extends throughout the guide body and through the height adjustment device with one opening on a cartilage contact surface of the positioning body and one opening on the top of the height adjustment device; and said height adjustment device being arranged to enable stepwise adjustment of said length wherein the height adjustment device comprises; - a female receiving part comprising an inner surface provided with a plurality of grooves each extending from the edge of the upper opening of said female receiving part and ending in an abutment at a predetermined distance from the edge, and - a male part adapted to be received within the female part and equipped with ridges, each protruding from an outer surface of the male part and having a cross-section allowing the ridge to enter each of the grooves on the female receiving part and stop against the abutment of each of said grooves, said male part being movable from one groove to another by lifting the male part outwards from the cartilage surface and then placing the male part down in another groove, and wherein the male part when placed inside the female receiving part is in a locked position and is not able to rotate. - a female receiving part comprising an inner surface provided with a plurality of grooves each extending from the edge of the upper opening of said female receiving part and ending in an abutment at a predetermined distance from the edge, and - a male part adapted to be received within the female part and equipped with ridges, each protruding from an outer surface of the male part and having a cross-section allowing the ridge to enter each of the grooves on the female receiving part and stop against the abutment of each of said grooves, said male part being movable from one groove to another by lifting the male part outwards from the cartilage surface and then placing the male part down in another groove, and wherein the male part when placed inside the female receiving part is in a locked position and is not able to rotate.