mhurhangee/ep-ind-claims huggingface dataset:
Bearing (1, 1', 1", 1'"), comprising a first cover plate and a second cover plate, wherein an elastomer layer is arranged between the first cover plate and the second cover plate and wherein reinforcement threads with a reinforcement thread diameter are assigned to the elastomer layer, the elastomer layer comprises in its interior a recess which is filled with a gas and a liquid, characterised in that the reinforcement threads are designed as continuous threads or continuous fibres and encompass or surround the elastomer layer, and that a reinforcement thread interval has a value which is in the range from less than the reinforcement thread diameter to four times the reinforcement thread diameter.
A movable siderail apparatus for use with a patient support apparatus, the siderail apparatus comprising: a siderail having two or more upper pivots in a longitudinally spaced apart relationship; a cross-member having two or more lower pivots in a longitudinally spaced apart relationship, the cross-member being coupled to an intermediate frame or deck support of the patient support apparatus; two or more support arms, a first end of each support arm pivotally connected to one of the two or more upper pivots of the siderail, a second end of each support arm pivotally connected to one of the two or more lower pivots of the cross-member in a longitudinally spaced apart relationship, characterised in that the siderail is movable through rotational movement between a raised deployed position and a lowered stowed position through rotational movement in a plane substantially vertical and substantially parallel to the longitudinal length of the patient support apparatus and wherein the support arms are configured to have a shape with a width greater at the first end than at the second end such that the angles defined between each support arm and a lower edge of the siderail are substantially obtuse when the siderail is moved between its deployed and stowed positions; and a siderail position sensor detecting the relative position of the siderail. a siderail having two or more upper pivots in a longitudinally spaced apart relationship; a cross-member having two or more lower pivots in a longitudinally spaced apart relationship, the cross-member being coupled to an intermediate frame or deck support of the patient support apparatus; two or more support arms, a first end of each support arm pivotally connected to one of the two or more upper pivots of the siderail, a second end of each support arm pivotally connected to one of the two or more lower pivots of the cross-member in a longitudinally spaced apart relationship, characterised in that the siderail is movable through rotational movement between a raised deployed position and a lowered stowed position through rotational movement in a plane substantially vertical and substantially parallel to the longitudinal length of the patient support apparatus and wherein the support arms are configured to have a shape with a width greater at the first end than at the second end such that the angles defined between each support arm and a lower edge of the siderail are substantially obtuse when the siderail is moved between its deployed and stowed positions; and a siderail position sensor detecting the relative position of the siderail.
A projection-type display (10B, 10C), comprising: a light source and a first spatial light modulator (16, 16a) located to modulate light from the light source, thereby providing spatially modulated light at a first resolution; a screen (23, 34) incorporating a second spatial light modulator (20, 36) of a second resolution higher than the first resolution; an optical system configured to project said spatially modulated light onto the screen; and a controller configured to control the first and second spatial light modulators, wherein the first spatial light modulator comprises a deformable mirror device wherein each pixel may be turned on or off thereby selectively redirecting light originating from the light source toward the optical system; the controller is configured to control the first spatial light modulator so as to illuminate the second spatial light modulator with said spatially modulated light based on a desired image; and, wherein the display is configured such that a smallest controllable element of light from the first spatial light modulator with which the second spatial light modulator is illuminated is mixed with neighboring smallest controllable elements of light from the first spatial light modulator, such that the spatially modulated light varies smoothly. a light source and a first spatial light modulator (16, 16a) located to modulate light from the light source, thereby providing spatially modulated light at a first resolution; a screen (23, 34) incorporating a second spatial light modulator (20, 36) of a second resolution higher than the first resolution; an optical system configured to project said spatially modulated light onto the screen; and a controller configured to control the first and second spatial light modulators, wherein the first spatial light modulator comprises a deformable mirror device wherein each pixel may be turned on or off thereby selectively redirecting light originating from the light source toward the optical system; the controller is configured to control the first spatial light modulator so as to illuminate the second spatial light modulator with said spatially modulated light based on a desired image; and, wherein the display is configured such that a smallest controllable element of light from the first spatial light modulator with which the second spatial light modulator is illuminated is mixed with neighboring smallest controllable elements of light from the first spatial light modulator, such that the spatially modulated light varies smoothly.
Cover device for an electronics housing of an electric motor with at least one base segment and several ribs formed on the base segment, wherein said base segment is geometrically configured so as to cover at least part of an electronics housing opening for drawing in a cooling air volume flow in order to close the electronics housing opening at least for a portion against the intrusion of solids, and said ribs are formed as axial ribs and respectively form a flow duct with a surface said base segment, said flow duct can be fluidically connected to said electronics housing opening, characterized in that said cover device is formed annular or partially annular and said several ribs run at a slant radially inward, so that the flow ducts between the ribs taper in the radially inward direction and wherein said cover device is designed as a modular insert for the electronics housing.
An electronic device comprising: a first finite impulse response, i.e., "FIR", filter that receives an input signal and a first reference signal, wherein the first FIR filter filters the first reference signal to generate a first sinusoidal signal and mixes the first sinusoidal signal and the input signal to generate a first mixed signal; a second FIR filter that receives the input signal and a second reference signal, wherein the second FIR filter filters the second reference signal to generate a second sinusoidal signal and mixes the second sinusoidal signal and the input signal to generate a second mixed signal; and a controller coupled with the first FIR filter and the second FIR filter, the controller configured to determine a characteristic of the input signal based on the first mixed signal and the second mixed signal. a first finite impulse response, i.e., "FIR", filter that receives an input signal and a first reference signal, wherein the first FIR filter filters the first reference signal to generate a first sinusoidal signal and mixes the first sinusoidal signal and the input signal to generate a first mixed signal; a second FIR filter that receives the input signal and a second reference signal, wherein the second FIR filter filters the second reference signal to generate a second sinusoidal signal and mixes the second sinusoidal signal and the input signal to generate a second mixed signal; and a controller coupled with the first FIR filter and the second FIR filter, the controller configured to determine a characteristic of the input signal based on the first mixed signal and the second mixed signal.
A coupling member of a supporting means for supporting a screening device in a frame structure, which has at least one pair of opposed frame pieces (5, 6), said supporting means comprising a pair of bracket members (9, 9') provided for mounting on a respective frame piece (5, 6) of said pair of opposed frame pieces and a pair of coupling members positioned at either of two opposing ends of the screening device, said coupling member comprising a recess having at least one coupling member engagement side for engaging a bracket member and an electrical terminal in the recess, characterized in that the coupling member has a direction of insertion when mounting a screening device, said direction being parallel to the at least one coupling member engagement side, two electrical terminals being placed in a side-by-side relationship relative to the direction of insertion.
A vehicle lighting device comprising: a high-beam light source to form a high beam light distribution pattern; a low-beam light source to form a low beam light distribution pattern; a high-beam lens to transmit light from the high-beam light source and emit the light to outside; a low-beam lens to transmit light from the low-beam light source and emit the light to outside; a circuit board having the high-beam light source and the low-beam light source mounted thereon together; and a reflector that guides light emitted from the low-beam light source to the low-beam lens, wherein when lens optical axis directions of the high-beam lens and the low-beam lens are in a front-rear direction, the circuit board is inclined in the front-rear direction and an up-down direction perpendicular to the front-rear direction, wherein the up-down direction corresponds to a vertical direction, when the vehicle lighting device is mounted to the vehicle, characterized in that the high-beam light source and the low-beam light source are arranged at an identical height in the vertical direction while installed on the circuit board, and an optical axis of the high-beam lens is located lower than an optical axis of the low-beam lens. a high-beam light source to form a high beam light distribution pattern; a low-beam light source to form a low beam light distribution pattern; a high-beam lens to transmit light from the high-beam light source and emit the light to outside; a low-beam lens to transmit light from the low-beam light source and emit the light to outside; a circuit board having the high-beam light source and the low-beam light source mounted thereon together; and a reflector that guides light emitted from the low-beam light source to the low-beam lens, wherein when lens optical axis directions of the high-beam lens and the low-beam lens are in a front-rear direction, the circuit board is inclined in the front-rear direction and an up-down direction perpendicular to the front-rear direction, wherein the up-down direction corresponds to a vertical direction, when the vehicle lighting device is mounted to the vehicle, characterized in that the high-beam light source and the low-beam light source are arranged at an identical height in the vertical direction while installed on the circuit board, and an optical axis of the high-beam lens is located lower than an optical axis of the low-beam lens.
A device for preparing feed water for feeding a flow-through capacitor, wherein a feed water pretreatment unit is arranged upstream of the flow-through capacitor in the water feed direction, characterised in that the pretreatment unit in combination with the flow-through capacitor is integrated in a filter change cartridge formed as a replacement element for connection to a pipe-bound connection head, wherein the through-flow capacitor is formed as a replacement element in the filter change cartridge.
An apparatus comprising: a first circuit providing a single-ended signal; and a transformer coupled to the first circuit and comprising: at least one primary coil (252, 254, 450) receiving the single-ended signal, a first secondary coil and a second secondary coil, wherein each secondary coil is magnetically coupled to a respective primary coil (252, 254) or a respective portion of a primary coil providing a differential signal to a second circuit and a third circuit, respectively; and characterized by: a first varactor (242, 442) and a second varactor (244, 444) wherein each varactor is coupled in parallel to the respective primary coil or the respective portion of a primary coil to form a respective resonant circuit (246, 248). a first circuit providing a single-ended signal; and a transformer coupled to the first circuit and comprising: at least one primary coil (252, 254, 450) receiving the single-ended signal, a first secondary coil and a second secondary coil, wherein each secondary coil is magnetically coupled to a respective primary coil (252, 254) or a respective portion of a primary coil providing a differential signal to a second circuit and a third circuit, respectively; at least one primary coil (252, 254, 450) receiving the single-ended signal, a first secondary coil and a second secondary coil, wherein each secondary coil is magnetically coupled to a respective primary coil (252, 254) or a respective portion of a primary coil providing a differential signal to a second circuit and a third circuit, respectively; a first varactor (242, 442) and a second varactor (244, 444) wherein each varactor is coupled in parallel to the respective primary coil or the respective portion of a primary coil to form a respective resonant circuit (246, 248).
A dental prosthetic implant screw, adapted for fixing a dental element or dental prosthesis to a dental implant, with a head at one end and a thread at the opposite end, said head having a longitudinal central hollow with inner walls extending along the longitudinal axis (e) of the screw, a transverse cross section perpendicular to the longitudinal axis (e) of said hollow, said transverse cross section comprises: - an opening of the hollow, consisting of a shape determined by a first circumference with a first diameter and only three outer first circular arcs determining three lobes that increase the transverse area of the opening, the length of said three outer first circular arcs being shorter than the length of half a circle with the same radius as that of said three outer first circular arcs, and - the three centres of said three outer first circular arcs located on a same third circumference, concentric to the first circumference, and said three centres being equidistant from each other. - an opening of the hollow, consisting of a shape determined by a first circumference with a first diameter and only three outer first circular arcs determining three lobes that increase the transverse area of the opening, the length of said three outer first circular arcs being shorter than the length of half a circle with the same radius as that of said three outer first circular arcs, and - the three centres of said three outer first circular arcs located on a same third circumference, concentric to the first circumference, and said three centres being equidistant from each other.
Method of setting up a security association for a terminal attaching to an access network (ACC_NET), characterized in that it comprises the following steps, executed by an authentication server of the access network, subsequent to the reception of a request for attachment to the network coming from the terminal: reception (216,218'), from a bootstrapping function server, of a first message containing at least one security association parameter (B-TID,Tks); authentication (217,219') of the terminal by means of at least one first authentication parameter (RAND,AUTN,XRES) provided by a home subscriber server of said terminal; and dispatching (218,220') to the authenticated terminal of a security association message containing said at least one security association parameter. reception (216,218'), from a bootstrapping function server, of a first message containing at least one security association parameter (B-TID,Tks); authentication (217,219') of the terminal by means of at least one first authentication parameter (RAND,AUTN,XRES) provided by a home subscriber server of said terminal; and dispatching (218,220') to the authenticated terminal of a security association message containing said at least one security association parameter.
A hair container arranged to be attached to an attachment comb for a hair cutting appliance, the hair container comprising: - a container housing comprising a hair compartment for accommodating cut hair sections, characterized in that the hair container further comprises: - an attachment portion for attaching the hair container to the attachment comb, and two lateral catching arms which laterally delimit a hair guiding channel, wherein the attachment portion is arranged to attach the hair container to the hair cutting appliance in a mediate fashion, when the attachment comb is attached to the hair cutting appliance. - a container housing comprising a hair compartment for accommodating cut hair sections, - an attachment portion for attaching the hair container to the attachment comb, and two lateral catching arms which laterally delimit a hair guiding channel, wherein the attachment portion is arranged to attach the hair container to the hair cutting appliance in a mediate fashion, when the attachment comb is attached to the hair cutting appliance.
Treatment system comprising a treatment device for treating a foot and a control element, the treatment device having (a) a base element; (b) a motor, wherein the motor is integrated into the base member; (c) a loop element, wherein the loop element is movably mounted on the base element and is drivable by the motor; (d) wherein the base member has a footprint for flat placement on a flat surface, the footprint having a surface area of at least 100 cm 2, and an interface for the associated control element; characterized in that the motor is controllable by the control element even if a distance between the interface and the control element is more than 10 cm. (a) a base element; (b) a motor, wherein the motor is integrated into the base member; (c) a loop element, wherein the loop element is movably mounted on the base element and is drivable by the motor; (d) wherein the base member has a footprint for flat placement on a flat surface, the footprint having a surface area of at least 100 cm 2, and an interface for the associated control element;
A suprastructure carrier adapted to be arranged inside a dental prothesis between an implant body and a supraconstruct, said body having a center line, and said carrier adapted to have placed thereon an artificial crown or a combination of an adhesive body and a crown, - the carrier comprising a first structure at least in portions of a section carrying an adhesive body and/or a crown; - said suprastructure carrier having thereon a second structure in the portion facing the implant body; and - with the section facing the implant body comprising at least one implant neck, said implant neck merging at the top thereof with an implant flange which has said second structure thereon at least in portions thereof, said implant flange having at least in portions thereof the shape of an envelope of a frustrum of a cone of which the conical angle opens towards the region carrying the adhesive body and/or the crown, with the bottom surface of the implant flange consisting of multiple cones each emerging from another and including different angles to the center line. - the carrier comprising a first structure at least in portions of a section carrying an adhesive body and/or a crown; - said suprastructure carrier having thereon a second structure in the portion facing the implant body; and - with the section facing the implant body comprising at least one implant neck, said implant neck merging at the top thereof with an implant flange which has said second structure thereon at least in portions thereof, said implant flange having at least in portions thereof the shape of an envelope of a frustrum of a cone of which the conical angle opens towards the region carrying the adhesive body and/or the crown, with the bottom surface of the implant flange consisting of multiple cones each emerging from another and including different angles to the center line.
A method of connecting a Bluetooth device (103, 105, 107) to a network comprising: pairing a first Bluetooth device (103, 105, 107) and a second Bluetooth device (103, 105, 107); designating communication configuration parameters for use by said first Bluetooth device in connecting to a wide area network through said second Bluetooth device; determining when said first Bluetooth device is in proximity with said second Bluetooth device; and automatically configuring said first Bluetooth device to use communications facilities of said second Bluetooth device; wherein said first Bluetooth device is configured to use said second Bluetooth device for wide area network access; the method being; charcterized in that if said first Bluetooth device determines that said second Bluetooth device has 802.11 capability, said first Bluetooth device switches to an 802.11 mode to communicate with said second Bluetooth device. pairing a first Bluetooth device (103, 105, 107) and a second Bluetooth device (103, 105, 107); designating communication configuration parameters for use by said first Bluetooth device in connecting to a wide area network through said second Bluetooth device; determining when said first Bluetooth device is in proximity with said second Bluetooth device; and automatically configuring said first Bluetooth device to use communications facilities of said second Bluetooth device; wherein said first Bluetooth device is configured to use said second Bluetooth device for wide area network access; the method being; charcterized in that if said first Bluetooth device determines that said second Bluetooth device has 802.11 capability, said first Bluetooth device switches to an 802.11 mode to communicate with said second Bluetooth device.