mhurhangee/ep-ind-claims huggingface dataset:
A powered recliner chair system, the system comprising: at least one first powered recliner chair (210,310,410) assigned to a first control group, wherein the at least one first powered recliner chair (210,310,410) is assigned to the first control group by at least one of: a first pin and shorting block, a first push button, or a first entry in a memory; at least one second powered recliner chair (210,310,410) assigned to a second control group, wherein the at least one second powered recliner chair (210,310,410) is assigned to the second control group by at least one of: a second pin and shorting block, a second push button, or a second entry in a memory; a first remote control input to reorient the at least one first powered recliner chair (210,310,410) to a first orientation; a second remote control input to reorient the at least one second powered recliner chair (210,310,410) to a second orientation, wherein the first orientation is independent of the second orientation, and wherein data representative of the first remote control input and the second remote input is transmitted via at least one of: a hardwired communication network, or a wireless network connection; and a smart power supply, wherein the smart power supply automatically prohibits the at least one second powered recliner chair (210,310,410) from starting to reorient at the same time that the at least one first powered recliner chair (210,310,410) starts to reorient. at least one first powered recliner chair (210,310,410) assigned to a first control group, wherein the at least one first powered recliner chair (210,310,410) is assigned to the first control group by at least one of: a first pin and shorting block, a first push button, or a first entry in a memory; at least one second powered recliner chair (210,310,410) assigned to a second control group, wherein the at least one second powered recliner chair (210,310,410) is assigned to the second control group by at least one of: a second pin and shorting block, a second push button, or a second entry in a memory; a first remote control input to reorient the at least one first powered recliner chair (210,310,410) to a first orientation; a second remote control input to reorient the at least one second powered recliner chair (210,310,410) to a second orientation, wherein the first orientation is independent of the second orientation, and wherein data representative of the first remote control input and the second remote input is transmitted via at least one of: a hardwired communication network, or a wireless network connection; and a smart power supply, wherein the smart power supply automatically prohibits the at least one second powered recliner chair (210,310,410) from starting to reorient at the same time that the at least one first powered recliner chair (210,310,410) starts to reorient.
Hand-guided working implement, comprising a drive motor driving a tool via a clutch, wherein the clutch comprises a clutch drum with a circumferential wall, wherein the working implement comprises a driven element driven via a driving member, wherein the driving member projects into a groove in the circumferential wall of the clutch, wherein the groove extends from an end face of the circumferential wall into the circumferential wall and has a groove bottom and two groove sides (45, 46) arranged opposite each other, characterised in that the circumferential wall has at the groove bottom a thickened region, the thickness (a) of which corresponds at least to approximately 110% of the thickness (c) of the circumferential wall at the groove sides (44, 45).
Contact housing for a charging socket of a motor vehicle, comprising a plug interface with a plurality of receiving openings for receiving respective contact pins (18, 20, 22, 24, 26, 28, 30) which can be contacted by a charging plug for charging a battery of the motor vehicle, wherein the contact housing is a multi-component injection-moulded part, the main body of which is produced from a first component, and at least sealing regions, which form respective borders of the receiving openings, are produced from a second component which is more elastic than the first component, characterized in that the main body of the contact housing has a channel system comprising several grooves which, starting from at least one gate point for the second component, extend as far as the respective receiving openings (16, 36) and are filled by the second component.
A method performed by a first User Equipment, in the following also referred to as UE, to support PC5 Quality of Service, in the following also referred to as QoS, flow to Sidelink-Data Radio Bearer, in the following also referred to as SL-DRB, remapping, comprising: establishing a sidelink communication with a second UE; mapping a PC5 QoS flow of the sidelink communication to a first SL-DRB; transmitting a PC5 Radio Resource Control, in the following also referred to as RRC, message to the second UE, wherein the PC5 RRC message indicates the PC5 QoS flow is mapped to a second SL-DRB; and transmitting an end-marker control Protocol Data Unit, in the following also referred to as PDU, to the second UE after successful transmission of the PC5 RRC message has been confirmed by lower layer(s) or after receiving a PC5 RRC complete message corresponding to the PC5 RRC message from the second UE. establishing a sidelink communication with a second UE; mapping a PC5 QoS flow of the sidelink communication to a first SL-DRB; transmitting a PC5 Radio Resource Control, in the following also referred to as RRC, message to the second UE, wherein the PC5 RRC message indicates the PC5 QoS flow is mapped to a second SL-DRB; and transmitting an end-marker control Protocol Data Unit, in the following also referred to as PDU, to the second UE after successful transmission of the PC5 RRC message has been confirmed by lower layer(s) or after receiving a PC5 RRC complete message corresponding to the PC5 RRC message from the second UE.
An accessory for fitting through a longitudinal opening of a base of electrical trunking, which accessory comprises two portions, namely a support and a cover for mounting on the support, said support including, on each of its two parallel transverse sides, a tab that, on its outside, carries at least one snap-fastener tooth that is adapted to be snap-fastened on the base, and the support being connected to the rear face of the cover facing towards the support, via a connection arm that presents at least one flexible zone, the accessory being characterized in that the connection arm establishes a permanent flexible connection between the cover and at least one tab of said support, such that mounting the cover on the support causes the connection arm to deform elastically, which pushes said tab sideways towards the outside of the accessory.
A safety device adapted for persons likely to be immersed, the safety device being intended to be disposed around a portion of the body of a user, the safety device comprising: - a first clasp portion; - a second clasp portion arranged to cooperate with the first clasp portion; the first and second clasp portions (3a, 3b) being movable between a opening relative position, in which the first and second clasp portions (3a, 3b) are configured to be remote from each other so as to form a passage to the portion of the body of an individual, and a closure relative position in which the first and second clasp portions (3a, 3b) are configured to cooperate so as to retain the safety device around the portion of the body of a user, characterized in that the safety device further comprises a contactless opening detector configured to emit an opening signal at least when the first and second clasp portions (3a, 3b) switch from the closure position to the opening position. - a first clasp portion; - a second clasp portion arranged to cooperate with the first clasp portion;
Rotary transmitter for machine tools, having an inductive transmission section for electrical power, having a stator part, which is fixed to the machine and has a primary winding which is arranged in a primary circuit, having a rotor part, which is fixed to the tool and can rotate about a rotation axis and has a secondary circuit with a secondary winding which is separated from the primary winding by means of an air gap, and having stator- and rotor-end transmission and reception elements (106, 108, 106', 108') for bidirectional contact-free data transmission, characterized in that the stator-end and the rotor-end transmission element (106, 106') are connected to a respective control assembly (24, 56) which contains a buffer memory (34, 58) in which data packets (108, 182, 176, 178) for transfer to the associated rotor-end or stator-end reception element (108, 108') in a defined time window are stored, wherein the length of the time window is smaller than half the period of the alternating current which flows through the primary winding and/or the secondary winding, and wherein the start and the end of the time window are at a time interval from the successive zero crossings of the alternating current which flows through the primary winding and/or the secondary winding.
A method for producing hydrogen fluoride comprising the step of (a) reacting calcium fluoride (CaF 2) and sulfuric acid (H 2 SO 4), the method comprising mixing and reacting CaF 2 and sulfuric acid such that the mixture comprising CaF 2 particles and H 2 SO 4 substantially maintains a form of particulate to obtain HF while supplying H 2 SO 4 to the CaF 2 particles at a flow rate of 0.002-0.07 mol/min relative to 1 mol of CaF 2 to such an amount that the molar ratio of H 2 SO 4 /CaF 2 is 0.9-1.1. (a) reacting calcium fluoride (CaF 2) and sulfuric acid (H 2 SO 4), the method comprising mixing and reacting CaF 2 and sulfuric acid such that the mixture comprising CaF 2 particles and H 2 SO 4 substantially maintains a form of particulate to obtain HF while supplying H 2 SO 4 to the CaF 2 particles at a flow rate of 0.002-0.07 mol/min relative to 1 mol of CaF 2 to such an amount that the molar ratio of H 2 SO 4 /CaF 2 is 0.9-1.1.
An optically variable see-through security element for securing objects of value with a planar, optically variable area pattern which shows a different color when viewed in transmission than when viewed in plan view and which has nearly no color-shift effect when viewed in transmission, wherein - the optically variable area pattern includes a multiplicity of substantially radiation-optically effective facets, the orientation of which is characterized in each case by an inclination angle α relative to the plane of the area pattern which lies in a range from 0° to 30°, - the facets are supplied with a semitransparent functional layer which appears in a different color when viewed in transmission than when viewed in plan view and which has nearly no color-shift effect when viewed in transmission, and - the optically variable area pattern includes at least two subregions with a multiplicity of similarly oriented facets in each case, wherein the facets of the one subregion have a small inclination angle α and the facets of the further subregion have a great inclination angle α, so that the optically variable area pattern, when viewed in transmission, appears in high chromaticity or chroma in the subregion in which the facets have a small inclination angle α, and appears in low chromaticity or chroma in the subregion in which the facets have a great inclination angle α. - the optically variable area pattern includes a multiplicity of substantially radiation-optically effective facets, the orientation of which is characterized in each case by an inclination angle α relative to the plane of the area pattern which lies in a range from 0° to 30°, - the facets are supplied with a semitransparent functional layer which appears in a different color when viewed in transmission than when viewed in plan view and which has nearly no color-shift effect when viewed in transmission, and - the optically variable area pattern includes at least two subregions with a multiplicity of similarly oriented facets in each case, wherein the facets of the one subregion have a small inclination angle α and the facets of the further subregion have a great inclination angle α, so that the optically variable area pattern, when viewed in transmission, appears in high chromaticity or chroma in the subregion in which the facets have a small inclination angle α, and appears in low chromaticity or chroma in the subregion in which the facets have a great inclination angle α.
An eyewear comprising an optical film, the optical film comprising a light control layer and at least one light reflection layer laminated in this order from an outer side with respect to a viewer, wherein the light reflection layer includes a cholesteric liquid crystal layer that reflects left-handed circularly polarized light or right-handed circularly polarized light in a visible light range; and the light control layer is a quarter wave plate configured to convert linearly polarized light into right-handed circularly polarized light or left-handed circularly polarized light. the light reflection layer includes a cholesteric liquid crystal layer that reflects left-handed circularly polarized light or right-handed circularly polarized light in a visible light range; and the light control layer is a quarter wave plate configured to convert linearly polarized light into right-handed circularly polarized light or left-handed circularly polarized light.
A lifting device, said lifting device comprising a chain element leading inside said lifting device and a chain deflection roller deflecting the chain element inside the lifting device and a lubrication nipple, characterized in that said lifting device further comprises lubrication channel arrangement, leading the lubricant through a bearing arrangement to an outer surface of said chain deflection roller to provide lubrication for said chain element.
A detection device (100, 200) for detecting charged particles or radiation, the device comprising a front area (102, 202) extending longitudinally along a principal direction, the front area comprising an arrangement of the respective entry faces (112, 212) of at least two microchannel plate, MCP, assemblies (110, 210), wherein each MCP assembly is configured for receiving charged particles, neutral particles or electromagnetic radiation that impinge on its entry face and for generating a corresponding amplified detection signal on its opposite exit face (114, 214), the device further comprising at least one read-out anode (120, 220) for collecting said amplified detection signals, the anode being arranged at a distance to, and in parallel with the respective exit faces of said MCP assemblies, wherein the at least two MCP assemblies are arranged side by side along said principal direction, and wherein a gap of at most 1 mm separates the entry faces of any two adjacent MCP assemblies, characterized in that the detection device further comprises biasing means configured to apply a common electric potential to the respective exit faces (114, 214) of all MCP assemblies (110,120), and to apply individual electric potentials to the respective entry faces (112, 212) of each MCP assembly (110, 120). wherein the at least two MCP assemblies are arranged side by side along said principal direction, and wherein a gap of at most 1 mm separates the entry faces of any two adjacent MCP assemblies, characterized in that the detection device further comprises biasing means configured to apply a common electric potential to the respective exit faces (114, 214) of all MCP assemblies (110,120), and to apply individual electric potentials to the respective entry faces (112, 212) of each MCP assembly (110, 120).
A die casting machine with L-shape frame, comprising at least one L-shape frame, said L-shape frame has a horizontal end surface extending in the horizontal direction and a vertical end surface extending upwardly on one end of the horizontal end surface, a fixed die plate, fixed on the vertical end surface of said frame, a moving die device, disposed on the horizontal end surface of said frame and slidable relative to said frame, and comprising a moving die plate opposite to said fixed die plate, and being lockable to said frame by a mould clamping device; characterized in further comprising a notch, formed on a bottom of said frame, said notch is provided at a position right under the clamping mould position of said moving die plate and said fixed die plate; a first deformation compensation device, provided in said notch, and adapted for applying forces in opposite directions on both sides of said notch, while said moving die plate is being clamped with said fixed die plate; said first deformation compensation device comprises a pair of guide blocks, provided in said notch and spaced from each other in a stress direction of said notch; an expansion device, provided between two said guide blocks and adapted for driving said guide blocks to push on both sides of said notch; said frame is provided with an elongated hole located on an upside of said notch and extending in the moving direction of said moving die device, the distance between an end of said elongated hole close to said moving die device and said notch is larger than the distance between the other end of said elongated hole close to said fixed die plate and said notch. at least one L-shape frame, said L-shape frame has a horizontal end surface extending in the horizontal direction and a vertical end surface extending upwardly on one end of the horizontal end surface, a fixed die plate, fixed on the vertical end surface of said frame, a moving die device, disposed on the horizontal end surface of said frame and slidable relative to said frame, and comprising a moving die plate opposite to said fixed die plate, and being lockable to said frame by a mould clamping device;
An image processing apparatus comprising: an image recovery processing means configured to perform image recovery processing, on image data captured by an imaging means, using an image recovery filter corresponding to an imaging condition in the imaging means; and a limiting means configured to limit a change amount, of a signal value of the image data by the image recovery processing, based on a change amount limit value that gives consideration to a gamma correction processing that is applied after the image recovery processing, wherein the change amount limit value is calculated from a permitted change amount K for a state after gamma correction; characterized in that the limiting means is configured to, if a difference between a post-image-recovery-processing signal value and a pre-image-recovery-processing signal value is equal to or less than the limit value, output the post-image-recovery-processing signal value, and if a difference between the post-image-recovery-processing signal value and the pre-image-recovery-processing signal value is greater than the limit value, output a signal value obtained by adding or subtracting the limit value to the pre-image-recovery-processing signal value. an image recovery processing means configured to perform image recovery processing, on image data captured by an imaging means, using an image recovery filter corresponding to an imaging condition in the imaging means; and a limiting means configured to limit a change amount, of a signal value of the image data by the image recovery processing, based on a change amount limit value that gives consideration to a gamma correction processing that is applied after the image recovery processing, wherein the change amount limit value is calculated from a permitted change amount K for a state after gamma correction; characterized in that the limiting means is configured to, if a difference between a post-image-recovery-processing signal value and a pre-image-recovery-processing signal value is equal to or less than the limit value, output the post-image-recovery-processing signal value, and if a difference between the post-image-recovery-processing signal value and the pre-image-recovery-processing signal value is greater than the limit value, output a signal value obtained by adding or subtracting the limit value to the pre-image-recovery-processing signal value.
A medical device for tissue ligation comprising: - an elongated, flexible band having a front side, a rear side, a leading end and a trailing end, and having ratchet members defined therein; - a device head connected to said trailing end of said band and having a channel dimensioned for reception of said band; - a lock member connected to said device head and disposed in connection with said channel and having at least one lock tooth configured to interlock ratchet member defined in said band, characterized by: - a protrusion arranged in one of i) said device head in connection with a band entrance to said channel and ii) said band in connection with said trailing end; and - a protrusion receiving member arranged in the other of i) said device head in connection with said band entrance to said channel and ii) said band in connection with said trailing end, said protrusion receiving member being dimensioned for reception of said protrusion. - an elongated, flexible band having a front side, a rear side, a leading end and a trailing end, and having ratchet members defined therein; - a device head connected to said trailing end of said band and having a channel dimensioned for reception of said band; - a lock member connected to said device head and disposed in connection with said channel and having at least one lock tooth configured to interlock ratchet member defined in said band, - a protrusion arranged in one of i) said device head in connection with a band entrance to said channel and ii) said band in connection with said trailing end; and - a protrusion receiving member arranged in the other of i) said device head in connection with said band entrance to said channel and ii) said band in connection with said trailing end, said protrusion receiving member being dimensioned for reception of said protrusion.
A pump assembly and an associated electrical connection plug which is releasably connectable to an electrical plug-in coupling of the pump assembly and comprises a plug body, in which at least one electrical contact element comprising a connection terminal for receiving a connection wire is arranged, wherein the plug body comprises a receiver, characterised in that the connection plug comprises an opening element which can be inserted into the receiver, wherein the opening element is insertable into the receiver in a removable manner, and the receiver is arranged relative to the connection terminal in a manner such that when the opening element is inserted into the receiver, the opening element acts upon the connection terminal and keeps this in an opened condition, wherein the opening element and the receiver are designed such that the opening element is non-positively and/or positively held in the receiver.
Method for producing flowable ceramic material in the form of granules used for the manufacturing of ceramic tiles by pressing said granules comprising the steps of: - preparing a paste from a mixture of raw materials, said raw materials comprising clays, inerts and fluxes according to a defined recipe of a ceramic mix of said ceramic tiles; - granulating said paste to obtain ceramic granules, wherein said granulating comprises scratching said paste to remove pellets from said paste and thereby obtain said ceramic granules. - preparing a paste from a mixture of raw materials, said raw materials comprising clays, inerts and fluxes according to a defined recipe of a ceramic mix of said ceramic tiles; - granulating said paste to obtain ceramic granules, wherein said granulating comprises scratching said paste to remove pellets from said paste and thereby obtain said ceramic granules.