mhurhangee/ep-ind-claims huggingface dataset:
A physiological signal monitoring device comprising: means for receiving a physiological signal (7, 17); means for converting, with a chopper-stabilized heterodyning circuit, a selected frequency band of the physiological signal to a baseband (72, 72A, 72B, 210, 72C, 72D, 322A, 322B, 322C, 322D, 384A, 384B, 384C, 384D, 500); and means for analyzing a characteristic of the signal in the selected frequency band (73, 73A) wherein the means for converting, with the chopper-stabilized heterdyning circuit, the selected frequency band of the physiological signal to the baseband comprises: means for modulating the signal at a first frequency (82, 95, 120, 128, 200, 212A, 212B, 224, 250); means for amplifying the modulated signal (86, 97, 122, 130, 200, 250); and characterised by means for demodulating the amplified signal at a second frequency different from the first frequency (188, 99, 124, 132, 200, 250), wherein the second frequency differs from the first frequency by an offset that is approximately equal to a center frequency of the selected frequency band. means for receiving a physiological signal (7, 17); means for converting, with a chopper-stabilized heterodyning circuit, a selected frequency band of the physiological signal to a baseband (72, 72A, 72B, 210, 72C, 72D, 322A, 322B, 322C, 322D, 384A, 384B, 384C, 384D, 500); and means for analyzing a characteristic of the signal in the selected frequency band (73, 73A) means for modulating the signal at a first frequency (82, 95, 120, 128, 200, 212A, 212B, 224, 250); means for amplifying the modulated signal (86, 97, 122, 130, 200, 250); and characterised by means for demodulating the amplified signal at a second frequency different from the first frequency (188, 99, 124, 132, 200, 250), wherein the second frequency differs from the first frequency by an offset that is approximately equal to a center frequency of the selected frequency band.
A device-to-device, D2D, communication method comprising: transmitting signals in transmission subframes with a randomization pattern selected from a plurality of randomization patterns in time domain, characterized in the plurality of randomization patterns being designed based on relative subframe positions in a D2D subframe sequence composed of multiple D2D subframes, and the selected randomization pattern being repeated for a plurality of D2D subframe sequences. transmitting signals in transmission subframes with a randomization pattern selected from a plurality of randomization patterns in time domain, characterized in the plurality of randomization patterns being designed based on relative subframe positions in a D2D subframe sequence composed of multiple D2D subframes, and the selected randomization pattern being repeated for a plurality of D2D subframe sequences.
Agricultural cultivation device for attaching to a tractor, especially in the form of a mowing machine, with a headstock which comprises fastening means to fasten it to the tractor, a working unit suspended from a headstock, which is pivotably mounted about a horizontal pivot axis (5, 6) between a lowered working position and a raised transport position and/or headland position, wherein a power lift operated by an external source of power is provided to lift the working unit in the transport position and/or headland position, and at least two relief springs (7, 8) to reduce the weight load of the working unit in the lowered position, which have different engagement points on the working unit and/or different lever arms in relation to the pivot axis, characterized in that, that for the several relief springs (7, 8) a common adjustment device is provided for combined and coordinated adjustment of the attachment points of the relief springs (7, 8) on the headstock in the raised transport and/or headland position.
Method to estimate the validity of reference points in a geographical area mapped by a radio-based localization method, with a reference map which comprises known reference points which are linked to recorded fingerprints, such as signal values of at least one radio signal received form signal sources, at that points, wherein the following steps are used to generate virtual reference points: a) select any point location in the geographical area, b) identify signal sources in any k nearest neighbouring reference points to said point location, c) for each signal source, solve radial basis function interpolation for n ≥ k fingerprints to obtain a vector of weights w, d) use radial basis function interpolation with said vector of weights w to predict fingerprint values, the combination of point location and fingerprint value defining the virtual reference point, characterized in that the method comprises the following steps to estimate the validity of reference points: e) generate virtual reference points at the location of the reference points, f) for each reference point calculate the interpolation error with respect to the corresponding virtual point, wherein the interpolation error is ε = ∑ i | s i − s i * |, where s i is the i-th reference signal and s i * the i-th interpolated reference signal, g) identify reference points with high interpolation error. a) select any point location in the geographical area, b) identify signal sources in any k nearest neighbouring reference points to said point location, c) for each signal source, solve radial basis function interpolation for n ≥ k fingerprints to obtain a vector of weights w, d) use radial basis function interpolation with said vector of weights w to predict fingerprint values, the combination of point location and fingerprint value defining the virtual reference point, e) generate virtual reference points at the location of the reference points, f) for each reference point calculate the interpolation error with respect to the corresponding virtual point, wherein the interpolation error is ε = ∑ i | s i − s i * |, where s i is the i-th reference signal and s i * the i-th interpolated reference signal, g) identify reference points with high interpolation error.
A composition suitable for preserving the freshness of a loaf-type food product comprising a sauce comprising: from 0.1 to 3% kappa carrageenan, preferably from 0.15 to 2%; from 0.1 to 2% locust bean gum, preferably from 0.15% to 1.5%; and from 0.2 to 3% guar gum, preferably from 0.2 to 2%, wherein the remainder of the sauce comprises water.
A management server for playing an identical moving picture, comprising: a communication unit for communicating with first user terminal; a picture management unit for receiving a moving picture and play information thereof from the first user terminal, and providing the moving picture and the play information to second user terminal which is of a type different from that of the first user terminal; and a picture information database for storing the moving picture and the play information, wherein the play information includes a title of the moving picture, a total running time of the moving picture, a time stamp for the location of the moving picture at the most recently played location and a color histogram of the moving picture at the most recently played location, wherein the picture management unit is configured to search the play information of having a title identical to a moving picture intended to be played at the second user terminal among play information in the picture information database, compare the total running time in the searched play information and a total running time of the moving picture intended to be played at the second user terminal, provide the moving picture and the color histogram to the second user terminal to play the moving picture continuously from a location, at which playing thereof had previously been terminated at the first user terminal. a communication unit for communicating with first user terminal; a picture management unit for receiving a moving picture and play information thereof from the first user terminal, and providing the moving picture and the play information to second user terminal which is of a type different from that of the first user terminal; and a picture information database for storing the moving picture and the play information, wherein the play information includes a title of the moving picture, a total running time of the moving picture, a time stamp for the location of the moving picture at the most recently played location and a color histogram of the moving picture at the most recently played location, wherein the picture management unit is configured to search the play information of having a title identical to a moving picture intended to be played at the second user terminal among play information in the picture information database, compare the total running time in the searched play information and a total running time of the moving picture intended to be played at the second user terminal, provide the moving picture and the color histogram to the second user terminal to play the moving picture continuously from a location, at which playing thereof had previously been terminated at the first user terminal.
A method of operating a plurality of can internal spray machines (300, 301, 30X) each of which uses a servo motor (7, 31) and a motor speed controller coupled to the servo motor (7, 31), the motor speed controller incorporating a regenerative braking system, the method comprising synchronising the servo motors (7, 31) in order to achieve overlap of the acceleration phases of some can internal spray machines (300, 301, 30X) with the deceleration phases of other can internal spray machines (300, 301, 30X) and providing electrical power from the regenerative braking systems of can internal spray machines (300, 301, 30X) in a deceleration phase to can internal spray machines (300, 301, 30X) in an acceleration phase.
An aqueous concentrate thickener composition for use in the treatment of dysphagia, the aqueous concentrate thickener composition consisting of a fully hydrated thickener, water, and optionally a non-substantial amount as relates to thickening of components selected from acids, bases, acidulates, chelating agents, flavors, colors, vitamins, minerals, sweeteners and/or preservatives.
An inflatable blanket apparatus having forced air convection comprising: an upper sheet of material; a lower sheet of material, at least a portion of which is air-permeable; wherein said upper sheet and said lower sheet are sealed together around peripheral edges thereof to form an inflatable blanket having an upper end, a lower end configured to be positioned near feet of a patient when said blanket is in use, and two sides (124, 126), with an inflatable cavity between the upper and lower sheets, an inflation port located at the lower end of the inflatable blanket connecting said inflatable cavity with the atmosphere and through which air may be introduced to said inflatable cavity to inflate said blanket; wherein said inflation port is connectable with an air supply hose through which said air may be introduced to said inflatable cavity to inflate said blanket; characterized in that: said inflation port is formed between said upper sheet and said lower sheet by sealing peripheral portions of said upper sheet and said lower sheet so as to form a central air passageway within said inflation port communicating with said inflatable cavity; and said inflation port is tubular, said inflatable blanket further including a tubular sheath attached to the blanket and positioned around an outside surface of said inflation port, for covering at least a portion of the outside surface of said inflation port, and for covering at least a portion of said air supply hose when said air supply hose is connected to said inflation port. an upper sheet of material; a lower sheet of material, at least a portion of which is air-permeable; wherein said upper sheet and said lower sheet are sealed together around peripheral edges thereof to form an inflatable blanket having an upper end, a lower end configured to be positioned near feet of a patient when said blanket is in use, and two sides (124, 126), with an inflatable cavity between the upper and lower sheets, an inflation port located at the lower end of the inflatable blanket connecting said inflatable cavity with the atmosphere and through which air may be introduced to said inflatable cavity to inflate said blanket; wherein said inflation port is connectable with an air supply hose through which said air may be introduced to said inflatable cavity to inflate said blanket; said inflation port is formed between said upper sheet and said lower sheet by sealing peripheral portions of said upper sheet and said lower sheet so as to form a central air passageway within said inflation port communicating with said inflatable cavity; and said inflation port is tubular, said inflatable blanket further including a tubular sheath attached to the blanket and positioned around an outside surface of said inflation port, for covering at least a portion of the outside surface of said inflation port, and for covering at least a portion of said air supply hose when said air supply hose is connected to said inflation port.
A plasma generating device, comprising an electrode carrier and a first electrode as well as a second electrode, wherein the first electrode is arranged on or in the electrode carrier, and further comprising a high-voltage suitable plug contact connection for electrically contacting at least one of the electrodes (10,20), wherein the plug contact connection has a plug as well as a receiving port for receiving the plug and the receiving port is securely arranged on or in the electrode carrier and is electroconductively connected to one of the electrodes (10,20), wherein the plug has a plug shaft and a recess arranged therein, in which recess an engaging element of the receiving port is force- and/or form-fittingly engaged, wherein the plug has a circumferential channel or groove on the plug shaft which forms the recess, characterized in that the receiving port has a spring element as an engaging element which is resiliently pressed outward by the plug shaft during insertion of the plug into the receiving port and which engages with the recess when overlapping with said recess.
A method for obtaining a digital image the method comprising: capturing and storing, in a file, a digital image of a scene defined by a field of view of a lifelog camera used to capture the image; identifying a forward-facing direction of a user of the lifelog camera by determining the direction of travel of the user, wherein the forward-facing direction is identical to the direction of travel of the user, the method being characterised in that: if it has been identified that the forward-facing direction is within the field of view of the lifelog camera, the method further comprises the steps of: identifying a component of the image that contains image data corresponding to a portion of the scene containing the forward-facing direction of the user; and tagging the digital image with the identified component by associating information describing the identified component with the file used to save the digital image. capturing and storing, in a file, a digital image of a scene defined by a field of view of a lifelog camera used to capture the image; identifying a forward-facing direction of a user of the lifelog camera by determining the direction of travel of the user, wherein the forward-facing direction is identical to the direction of travel of the user, the method being characterised in that: if it has been identified that the forward-facing direction is within the field of view of the lifelog camera, the method further comprises the steps of: identifying a component of the image that contains image data corresponding to a portion of the scene containing the forward-facing direction of the user; and tagging the digital image with the identified component by associating information describing the identified component with the file used to save the digital image. identifying a component of the image that contains image data corresponding to a portion of the scene containing the forward-facing direction of the user; and tagging the digital image with the identified component by associating information describing the identified component with the file used to save the digital image.
A method in a communication system including a mobile station MS capable of communicating through both a wireless connection and a wired connection, the method being for switching an ongoing communication of user information between the wireless connection and the wired connection, the method comprising the steps of: establishing, between the MS and a communication device coupled to the communication system, a wireless connection, wherein establishing the wireless connection comprises sending from the MS a call set up message including at least one of a call identifier and a caller identifier; communicating a first portion of the user information between the MS and the communication device through the wireless connection; subsequently establishing, between the MS and the communication device, a wired connection, the wired connection existing through a wired local area network, LAN, wherein establishing the wired connection comprises sending from the MS an INVITE command in accordance with Session Initiation Protocol, SIP, the INVITE command including an Internet Protocol, IP, address, assigned to the MS after the MS is physically connected to the LAN, and the at least one of the call identifier and the caller identifier; and communicating a second portion of the user information between the MS and the communication device through the wired connection using the IP address. establishing, between the MS and a communication device coupled to the communication system, a wireless connection, wherein establishing the wireless connection comprises sending from the MS a call set up message including at least one of a call identifier and a caller identifier; communicating a first portion of the user information between the MS and the communication device through the wireless connection; subsequently establishing, between the MS and the communication device, a wired connection, the wired connection existing through a wired local area network, LAN, wherein establishing the wired connection comprises sending from the MS an INVITE command in accordance with Session Initiation Protocol, SIP, the INVITE command including an Internet Protocol, IP, address, assigned to the MS after the MS is physically connected to the LAN, and the at least one of the call identifier and the caller identifier; and communicating a second portion of the user information between the MS and the communication device through the wired connection using the IP address.
Portable device for training pelvic floor muscles, comprising - a rigid housing for a user to sit on, comprising a ridge with an opening facing the pelvic floor muscles of the user sitting on it, characterized by - a rigid beam arranged in the housing, being flush with or protruding from or facing the opening in the ridge, adapted to couple to an activity of the pelvic floor muscles of the user, and adapted to transfer a movement and/or a force to a sensor, - guiding means to restrict movements of the beam to a direction perpendicular to the opening in the ridge, - an elastic element between the housing and the beam, providing a restoring force for movements of the beam, and - the sensor for sensing a movement of and/or a force exerted on the beam. - a rigid housing for a user to sit on, comprising a ridge with an opening facing the pelvic floor muscles of the user sitting on it, - a rigid beam arranged in the housing, being flush with or protruding from or facing the opening in the ridge, adapted to couple to an activity of the pelvic floor muscles of the user, and adapted to transfer a movement and/or a force to a sensor, - guiding means to restrict movements of the beam to a direction perpendicular to the opening in the ridge, - an elastic element between the housing and the beam, providing a restoring force for movements of the beam, and - the sensor for sensing a movement of and/or a force exerted on the beam.
A turf wheel, comprising: a wheel rim having an inner and outer surface; a plurality of pegs extending radially outward from the outer surface of the wheel rim, wherein the plurality of pegs each comprise a stem and a lug, and wherein the plurality of pegs maintain the wheel rim above an area of turf and provide a ground contacting tread; a non-continuous tread comprising the ground contacting tread and tread voids; and a hub, characterised in that the lug comprises a T-shaped lug face and in that the ground contacting tread comprises said T-shaped lug faces. a wheel rim having an inner and outer surface; a plurality of pegs extending radially outward from the outer surface of the wheel rim, wherein the plurality of pegs each comprise a stem and a lug, and wherein the plurality of pegs maintain the wheel rim above an area of turf and provide a ground contacting tread; a non-continuous tread comprising the ground contacting tread and tread voids; and a hub, characterised in that the lug comprises a T-shaped lug face and in that the ground contacting tread comprises said T-shaped lug faces.
A method of forming a colour 3D object comprising a plurality of media layers wherein each media layer of the plurality of media layers is processed to define a layer of the object, the processing of each media layer to define a layer of the object including: - bonding the media layer to a preceding layer or base layer of the object - cutting the media layer to define the profile of the layer of the object - printing the media layer to define the colour of the layer of the object. - applying adhesive - bonding a new media layer to a preceding layer, repeating the processing of each successive layer until the object is formed, and further including: applying a transparency treatment formulation to render selected portions of a layer or layers of the object transparent wherein as the transparency treatment material is absorbed into portions of a media layer said portions are rendered transparent wherein the formulation comprises a refractive index-matching material. - bonding the media layer to a preceding layer or base layer of the object - cutting the media layer to define the profile of the layer of the object - printing the media layer to define the colour of the layer of the object. - applying adhesive - bonding a new media layer to a preceding layer,
A crane, such as a hoisting crane, comprising: a hoisting boom having a lifting region, configured to lift a load; and an actuatable restraint device, the device extending from the crane, and configured to engage with the load being lifted, so as to control movement of that load with respect to the lifting region in at least one direction; characterised in that the actuatable restraint device comprises one or more extendable arms which extend from a body of the crane. a hoisting boom having a lifting region, configured to lift a load; and an actuatable restraint device, the device extending from the crane, and configured to engage with the load being lifted, so as to control movement of that load with respect to the lifting region in at least one direction; characterised in that the actuatable restraint device comprises one or more extendable arms which extend from a body of the crane.
An immunoconjugate comprising (i) a humanized antibody comprising the heavy chain CDR (complementarity determining region) sequences CDR1 (NYGMN); CDR2 (WINTYTGEPTYTDDFKG) and CDR3 (GGFGSSYWYFDV), and the light chain CDR sequences CDR1 (KASQDVSIAVA); CDR2 (SASYRYT); and CDR3 (QQHYITPLT) and human antibody framework region sequences, wherein the FR sequences comprise substituted murine amino acid residues found at a corresponding location in amino acid residues 38, 46, 68 and 91 of the murine heavy chain variable region of Fig. 3B and amino acid residue 20, 85 and 100 of the murine light chain variable region of Fig 3A, wherein the humanized antibody is conjugated to (ii) a drug.