mhurhangee/ep-ind-claims huggingface dataset:
A sealing apparatus for a robot, the sealing apparatus comprising: a first enclosure; a second enclosure rotatably connected to the first enclosure, wherein the first enclosure and the second enclosure cooperatively define a gap between the first enclosure and the second enclosure; and a seal disposed in the gap, wherein the seal and the second enclosure cooperatively define a chamber, and the sealing apparatus further comprises an elastomer disposed in the chamber, wherein the elastomer is compressed by the seal and the second enclosure, generating an elastic force that presses the seal against the first enclosure, characterized in that the seal comprises a transparent or translucent plastic material. a first enclosure; a second enclosure rotatably connected to the first enclosure, wherein the first enclosure and the second enclosure cooperatively define a gap between the first enclosure and the second enclosure; and a seal disposed in the gap, wherein the seal and the second enclosure cooperatively define a chamber, and the sealing apparatus further comprises an elastomer disposed in the chamber, wherein the elastomer is compressed by the seal and the second enclosure, generating an elastic force that presses the seal against the first enclosure, characterized in that the seal comprises a transparent or translucent plastic material.
A system for inserting a hip implant through the cortical bone over Ward's triangle region of the femur neck, in a direction perpendicular to the plane containing femur body, femur neck and femur head, comprising: a) an insert body (210, 310, 410, 510, 610, 710) having a proximal portion having a screw thread (212, 312, 412, 512, 612, 712) for screwing the insert body into a cortical bone and a distal portion (216, 316, 516, 616) separated from the proximal portion by at least two arms defining windows (214, 614) therebetween, b) an expansion tube (230, 530, 630) with cut-outs (232, 532, 632) and at least two slits (233, 633), the expansion tube fitting into said insert body, said cut-outs (232, 532, 632) and said at least two slits (233, 633) defining at least two outwardly deflectable legs (234, 534, 634); said distal portion having a slope (218, 518, 618) adapted to deflect said legs radially outwards through said windows (214, 614) when said expansion tube is pushed against said slope; the tube having an aperture (231, 631, 631') which passes there through, to allow access, after implantation, to a cancellous region of a bone; and c) an applicator (300, 400) to which said insert body can be attached for screwing the insert body into the femoral bone, the implant being adapted for insertion and deployment within the Ward's triangle region of a femur. a) an insert body (210, 310, 410, 510, 610, 710) having a proximal portion having a screw thread (212, 312, 412, 512, 612, 712) for screwing the insert body into a cortical bone and a distal portion (216, 316, 516, 616) separated from the proximal portion by at least two arms defining windows (214, 614) therebetween, b) an expansion tube (230, 530, 630) with cut-outs (232, 532, 632) and at least two slits (233, 633), the expansion tube fitting into said insert body, said cut-outs (232, 532, 632) and said at least two slits (233, 633) defining at least two outwardly deflectable legs (234, 534, 634); said distal portion having a slope (218, 518, 618) adapted to deflect said legs radially outwards through said windows (214, 614) when said expansion tube is pushed against said slope; the tube having an aperture (231, 631, 631') which passes there through, to allow access, after implantation, to a cancellous region of a bone; and c) an applicator (300, 400) to which said insert body can be attached for screwing the insert body into the femoral bone, the implant being adapted for insertion and deployment within the Ward's triangle region of a femur.
A sphingosine-1-phosphate receptor 2 (S1 P 2) antagonist of the formula: wherein R 1 is-CH 3, R 2 is -CH 2 CO 2 H, or -CH 2 CH 2 OH, and R 3 is 4-substituted-2,6-dichloropyridine, 4-substituted-2-chloro-6-hydroxyethyl pyridine, 4-substituted-2- chloro-6-hydroxypropyl pyridine, 4-substituted-2-(aminoethyl)-6-chloro pyridine, 4-substituted-2-(aminoethylmethyl)-6-chloro pyridine, 5-substituted-2,3-dichloro thiophene, and their physiologically acceptable salts and solvates.
Method for determining a parameter which is indicative for whether a patient is delirious or not, or is at risk of becoming delirious or not, wherein the method comprises the steps of: - recording signals representative of brain activity from at least two electrodes located on different locations on the patient's scalp; - determining a difference signal from a first recording signal from an electrode and a second recording signal from another electrode, wherein the at least two electrodes are selected from a group of electrode pairs located at or near locations selected from a group of electrode pair locations comprising F8-Pz, F8-P3, F8-O2, Fp2-O1, F8-F4, F8-O1, F8-Cz, F8-C3, Fp2-Pz, Cz-O1 according to the extended 10-20 EEG system, wherein a location is considered near a location specified according to the 10/20 system when such a location is between the specified location and an adjacent location as specified according to the 10/20 system; - determining the parameter as the ratio of a spectral power of the difference signal in a delta band relative to a total spectrum power; - comparing the ratio with a threshold, wherein the threshold is dependent on the location of the pair of electrodes. - recording signals representative of brain activity from at least two electrodes located on different locations on the patient's scalp; - determining a difference signal from a first recording signal from an electrode and a second recording signal from another electrode, wherein the at least two electrodes are selected from a group of electrode pairs located at or near locations selected from a group of electrode pair locations comprising F8-Pz, F8-P3, F8-O2, Fp2-O1, F8-F4, F8-O1, F8-Cz, F8-C3, Fp2-Pz, Cz-O1 according to the extended 10-20 EEG system, wherein a location is considered near a location specified according to the 10/20 system when such a location is between the specified location and an adjacent location as specified according to the 10/20 system; - determining the parameter as the ratio of a spectral power of the difference signal in a delta band relative to a total spectrum power; - comparing the ratio with a threshold, wherein the threshold is dependent on the location of the pair of electrodes.
An ultrasonic toothbrush comprising: a) a brush head portion having at least one bristle tuft composed of a plurality of bristles and at least one ultrasound transducer protruding from said brush head portion between the bristles on one side and protruding through said brush head portion and exposed opposite to the bristles on the other side, said ultrasound transducer radiating and coupling ultrasound pressure waves by the dentifrice and the fluids in the oral cavity simultaneously in multiple directions to teeth and gums and the inner surfaces of cheeks and lips; b) a handle portion containing means generating ultrasonic frequency electronic current and connecting means of said electronic current to energize said ultrasound transducer located in said brush head portion. a) a brush head portion having at least one bristle tuft composed of a plurality of bristles and at least one ultrasound transducer protruding from said brush head portion between the bristles on one side and protruding through said brush head portion and exposed opposite to the bristles on the other side, said ultrasound transducer radiating and coupling ultrasound pressure waves by the dentifrice and the fluids in the oral cavity simultaneously in multiple directions to teeth and gums and the inner surfaces of cheeks and lips; b) a handle portion containing means generating ultrasonic frequency electronic current and connecting means of said electronic current to energize said ultrasound transducer located in said brush head portion.
A pressure sensor module for a process pressure transmitter, the pressure sensor module, comprising: a first member formed of a metal suitable for long-term exposure to seawater, the first member having a passageway extending therethrough, wherein the metal is substantially impervious to corrosive effects of seawater; an isolation diaphragm coupled to the first member and having a first side configured to contact a process fluid and an opposite side in fluidic communication with the passageway of the first member; a second member formed of a different metal than the first member, the second member being mechanically coupled to the first member to define a chamber that is fluidically coupled to the passageway; a pressure sensor disposed to sense a pressure within the chamber; and a seal coupled to the first and second members (202, 204) to seal an interface between the first and second members (202, 204), wherein the seal is a self-energizing seal formed of a metal or alloy having a melting point between those of the first and second members (202, 204) respectively. a first member formed of a metal suitable for long-term exposure to seawater, the first member having a passageway extending therethrough, wherein the metal is substantially impervious to corrosive effects of seawater; an isolation diaphragm coupled to the first member and having a first side configured to contact a process fluid and an opposite side in fluidic communication with the passageway of the first member; a second member formed of a different metal than the first member, the second member being mechanically coupled to the first member to define a chamber that is fluidically coupled to the passageway; a pressure sensor disposed to sense a pressure within the chamber; and a seal coupled to the first and second members (202, 204) to seal an interface between the first and second members (202, 204), wherein the seal is a self-energizing seal formed of a metal or alloy having a melting point between those of the first and second members (202, 204) respectively.
Process for producing a ready-to-use liquid pharmaceutical bortezomib ester solution, comprising the steps of a) providing an aqueous solvent; b) dissolving a component for forming a bortezomib ester in the solvent, the component used for forming a bortezomib ester being mannitol; c) dissolving bortezomib or a pharmaceutically acceptable salt thereof in the solvent; d) reducing the oxygen content of the solvent to a value of less than 0.5 mg/l. a) providing an aqueous solvent; b) dissolving a component for forming a bortezomib ester in the solvent, the component used for forming a bortezomib ester being mannitol; c) dissolving bortezomib or a pharmaceutically acceptable salt thereof in the solvent; d) reducing the oxygen content of the solvent to a value of less than 0.5 mg/l.
A fluid pump comprising: a housing; an inlet plate disposed within said housing, said inlet plate having an inlet which introduces fluid to said housing; an outlet plate disposed within said housing, said outlet plate having an outlet plate outlet passage; an outlet which discharges fluid from said housing; an electric motor having a shaft which rotates about an axis; a pumping element (28, 30) rotationally coupled to said shaft such that rotation of said pumping element (28, 30) by said shaft causes fluid to be pumped from said inlet to said outlet plate outlet passage and through said outlet, said pumping element (28, 30) being located axially between said inlet plate and said outlet plate such that said inlet plate interfaces with said pumping element (28, 30) in an inlet sealing surface interface and such that said outlet plate interfaces with said pumping element (28, 30) in an outlet sealing surface interface; and characterized in that the fluid pump further comprises a purge passage (52, 54) downstream of said outlet plate outlet passage which receives fluid from said outlet plate outlet passage, said purge passage (52, 54) being in fluid communication with said inlet sealing surface interface and with said outlet sealing surface interface; and a filter downstream of said outlet plate outlet passage which filters fluid that passes through said purge passage (52, 54) prior to reaching said inlet sealing surface interface and said outlet sealing surface interface. a housing; an inlet plate disposed within said housing, said inlet plate having an inlet which introduces fluid to said housing; an outlet plate disposed within said housing, said outlet plate having an outlet plate outlet passage; an outlet which discharges fluid from said housing; an electric motor having a shaft which rotates about an axis; a pumping element (28, 30) rotationally coupled to said shaft such that rotation of said pumping element (28, 30) by said shaft causes fluid to be pumped from said inlet to said outlet plate outlet passage and through said outlet, said pumping element (28, 30) being located axially between said inlet plate and said outlet plate such that said inlet plate interfaces with said pumping element (28, 30) in an inlet sealing surface interface and such that said outlet plate interfaces with said pumping element (28, 30) in an outlet sealing surface interface; and characterized in that the fluid pump further comprises a purge passage (52, 54) downstream of said outlet plate outlet passage which receives fluid from said outlet plate outlet passage, said purge passage (52, 54) being in fluid communication with said inlet sealing surface interface and with said outlet sealing surface interface; and a filter downstream of said outlet plate outlet passage which filters fluid that passes through said purge passage (52, 54) prior to reaching said inlet sealing surface interface and said outlet sealing surface interface.
Track switch for a conveying device, in particular a suspended conveying device, where carriers for conveying goods which are provided with rollers are movably guided at running rails along conveying path sections, wherein the track switch comprises a frame and a switching tongue arranged at the frame and adapted as movable running rail element, which can be switched between at least two defined switching positions, i.e. a first switching position and a second switching position, to connect a first conveying path section optionally with a second conveying path section or a third conveying path section, wherein the track switch furthermore comprises a switching mechanism (30, 32) with at least one switch actuator element for switching the switching tongue between two switching positions, wherein the switching mechanism (30, 32) comprises a gate-type gear provided with at least one gate-type element which can be actuated via said switch actuator element to move the switching tongue and which is adapted for locking the switching tongue in each switching position so that it can only be moved out of the respective switching position by actuating the gate-type gear, and wherein the gate-type element is guided to move in relation to the frame, wherein the switching tongue and the gate-type element are connected by a first pair of gate-type guiding path and gate-type pin (36, 40), wherein the gate-type pin and the gate-type guiding path are in cooperating engagement and characterized in that the gate-type guiding path is formed so that the gate-type gear converts a switch movement of the gate-type element caused by an actuation of the switch actuator element into a movement of the switching tongue and wherein it locks the switching tongue in its respective defined switching position.
Instrument cluster for a motor vehicle comprising a digital display screen intended to be hidden from passengers of said vehicle and being capable of displaying a source image containing a multitude of indicator modules intended for a driver of said vehicle, as well as a blade located below said digital display screen and of which at least the main central and upper portions are opaque and reflective, said blade being inclined with respect to said display screen so as to reflect said source image in the direction of said driver so that the latter perceives in his field of vision a virtual image located in front of said blade, characterized in that the lateral and lower portions of said blade are transparent.
Pole-type switch gear, in particular for a vacuum circuit breaker, having a vacuum-tight housing (2.1) with at least one stationary contact and at least one movable contact (2.2), in particular a bolt, which may be moved into a closed position by driving means, characterised by a recirculating ball bearing guide spaced from said vacuum-tight housing (2.1) for linearly guiding the movable contact (2.2) or a driving element, which is connected to said movable contact (2.2), and which is moved linearly in the same direction as said movable contact (2.2).
A system for performing neurotransmitter stimulation of neurons, the system comprising an Actuated System for the Chemical Stimulation (10, 20) of neurons, the actuated system for the chemical stimulation (10, 20) of neurons comprising: - at least one synthetic reservoir with at least one aperture, the reservoir comprising neurotransmitter molecules, and - an actuation means for controlling release of neurotransmitter molecules through the at least one aperture of the at least one synthetic reservoir, characterized in that said system for performing neurotransmitter stimulation of neurons further comprises a feedback system for providing feedback from the neurons to the actuated system for the chemical stimulation (10, 20) of neurons; and in that the actuation means is controlled by said feedback system. - at least one synthetic reservoir with at least one aperture, the reservoir comprising neurotransmitter molecules, and - an actuation means for controlling release of neurotransmitter molecules through the at least one aperture of the at least one synthetic reservoir, characterized in that said system for performing neurotransmitter stimulation of neurons further comprises a feedback system for providing feedback from the neurons to the actuated system for the chemical stimulation (10, 20) of neurons; and in that the actuation means is controlled by said feedback system.
Method for controlling an electrical load by means of pulse-width modulation, a desired switching frequency f Soll and a desired duty cycle d Soll being predetermined, the carrier frequency f ch of a set radio station being determined, and the actual switching frequency f sw being matched to the carrier frequency f ch of the radio station in such a manner such that a multiple k*f sw of the actual switching frequency f sw with an integer factor k is equal to the carrier frequency f ch, characterized in that the actual switching frequency f sw is fixed at the value which is closest to the desired switching frequency f Soll and for which the amplitude of a harmonic k*f sw in the harmonic spectrum of the actual switching frequency f sw is smaller than the amplitudes of its lower (k-1)* f sw and upper (k+1)* f sw adjacent harmonics.
A communication method comprising: obtaining at a transmitter device current jammed sub-carrier information identifying currently jammed sub-carriers of a plurality of sub- carriers available for carrying data from the transmitter device to a receiver device; obtaining at the transmitter device an erasure mask corresponding to the current jammed sub-carrier information, wherein the erasure mask is a list of indices to which erasure bits will be inserted; inserting erasure bits into each of a plurality of sub-blocks comprising data bits in accordance with the erasure mask to obtain a plurality of pre-interleaved sub-blocks of a predetermined size, wherein no data is replaced by the erasure bits; interleaving each sub-block of the plurality of pre-interleaved sub-blocks of the predetermined size to obtain interleaved sub-blocks, the erasure bits being located in the pre-interleaved sub-blocks of a predetermined size so that the erasure bits fall onto the currently jammed sub-carriers; and transmitting wirelessly the interleaved sub-blocks from the transmitter device. obtaining at a transmitter device current jammed sub-carrier information identifying currently jammed sub-carriers of a plurality of sub- carriers available for carrying data from the transmitter device to a receiver device; obtaining at the transmitter device an erasure mask corresponding to the current jammed sub-carrier information, wherein the erasure mask is a list of indices to which erasure bits will be inserted; inserting erasure bits into each of a plurality of sub-blocks comprising data bits in accordance with the erasure mask to obtain a plurality of pre-interleaved sub-blocks of a predetermined size, wherein no data is replaced by the erasure bits; interleaving each sub-block of the plurality of pre-interleaved sub-blocks of the predetermined size to obtain interleaved sub-blocks, the erasure bits being located in the pre-interleaved sub-blocks of a predetermined size so that the erasure bits fall onto the currently jammed sub-carriers; and transmitting wirelessly the interleaved sub-blocks from the transmitter device.
A method for obscuring the true location of a client device comprising: generating, by a processing module (104, 132), a first random two dimensional offset vector; receiving, at the processing module (104, 132), location data indicative of the true location of the client device; determining, by the processing module (104, 132), an intermediate pseudo-location for the client device, wherein the determination of the intermediate pseudo-location comprises a combination of the first random two dimensional offset vector and the true location generating, by the processing module (104, 132), a second random two dimensional offset vector; determining, by the processing module (104, 132) a pseudo-location for the client device, wherein the determination of the pseudo-location comprises a combination of the second random two dimensional offset vector and the intermediate pseudo-location; and transmitting the determined pseudo-location to one of the client device or a location-based service provider for use in a location-based service. generating, by a processing module (104, 132), a first random two dimensional offset vector; receiving, at the processing module (104, 132), location data indicative of the true location of the client device; determining, by the processing module (104, 132), an intermediate pseudo-location for the client device, wherein the determination of the intermediate pseudo-location comprises a combination of the first random two dimensional offset vector and the true location generating, by the processing module (104, 132), a second random two dimensional offset vector; determining, by the processing module (104, 132) a pseudo-location for the client device, wherein the determination of the pseudo-location comprises a combination of the second random two dimensional offset vector and the intermediate pseudo-location; and transmitting the determined pseudo-location to one of the client device or a location-based service provider for use in a location-based service.
Apparatus with an outlet for a fluid, in particular for milk froth, having a control unit that which can move the outlet spatially in two or three coordinate directions (x, y, z), so that during the dispensing of the fluid a graphic pattern can be created automatically on the surface of the beverage dispensed in the container, preferably coffee, characterized by a pivotable and/or displaceably housed guide sleeve and at least one hose element, which can be displaced in this guide sleeve and through which the fluid passes, having the outlet, which can be moved with the hose element and the guide sleeve in at least one plane in these two coordinate directions (x, y) in controlled manner by the control unit above the container, and in so doing the fluid, in particular the milk froth can be dispensed into said container.