mhurhangee/ep-ind-claims huggingface dataset:
A method of operating an electric machine, in particular an electric motor, wherein - the electric machine is electrically connected to a control unit, - the electric machine is subject to distortions, in particular harmonic distortions, during operation, wherein the distortions are detected only in part in that a first conversion of the distortions into the frequency range repeatedly takes place only for those distortions which lie within a predetermined first frequency spectrum, wherein a compensation signal which reduces the distortions is generated on the basis of the first conversion, characterized in that a second conversion of the distortions into the frequency range takes place, with the second conversion taking place for a second frequency spectrum which is larger than the first frequency spectrum and comprises the first frequency spectrum, with the first frequency spectrum being predetermined based on the result of the second conversion, and with the second conversion being performed repeatedly and at the same time less often than the first conversion. - the electric machine is electrically connected to a control unit, - the electric machine is subject to distortions, in particular harmonic distortions, during operation, wherein the distortions are detected only in part in that a first conversion of the distortions into the frequency range repeatedly takes place only for those distortions which lie within a predetermined first frequency spectrum, wherein a compensation signal which reduces the distortions is generated on the basis of the first conversion, characterized in that a second conversion of the distortions into the frequency range takes place, with the second conversion taking place for a second frequency spectrum which is larger than the first frequency spectrum and comprises the first frequency spectrum, with the first frequency spectrum being predetermined based on the result of the second conversion, and with the second conversion being performed repeatedly and at the same time less often than the first conversion. wherein the distortions are detected only in part in that a first conversion of the distortions into the frequency range repeatedly takes place only for those distortions which lie within a predetermined first frequency spectrum, wherein a compensation signal which reduces the distortions is generated on the basis of the first conversion, characterized in that a second conversion of the distortions into the frequency range takes place, with the second conversion taking place for a second frequency spectrum which is larger than the first frequency spectrum and comprises the first frequency spectrum, with the first frequency spectrum being predetermined based on the result of the second conversion, and with the second conversion being performed repeatedly and at the same time less often than the first conversion.
A method to adjust the rate of transmission power control, TPC, commands in a mobile device for communication with a communication node, the method comprising the steps of • transmitting TPC commands in TPC fields of an uplink Dedicated Physical Control Channel, DPCCH • detecting a movement condition of said mobile device by means of motion detector incorporated therein and • adjusting a rate for transmitting the TPC commands based on the detected movement condition of the mobile device, wherein adjusting the rate for transmitting the TPC commands comprises skipping at least one TPC command. • transmitting TPC commands in TPC fields of an uplink Dedicated Physical Control Channel, DPCCH • detecting a movement condition of said mobile device by means of motion detector incorporated therein and • adjusting a rate for transmitting the TPC commands based on the detected movement condition of the mobile device, wherein adjusting the rate for transmitting the TPC commands comprises skipping at least one TPC command.
A user interface for a media processing apparatus that includes a folding apparatus and is adapted to process image receiving media so as to determine a physical configuration of a media sheet, the user interface comprising: - a screen, - a controller adapted to receive image data specifying an image to be received on said sheet and to control the screen so as to display a preview showing the sheet with the image received thereon, - an input section adapted to input preview editing commands, and - an output section adapted to output set commands for the media processing apparatus, the controller is adapted to derive the set commands from the preview editing commands, said set commands including at least one set command specifying a folding pattern for the sheet, characterised in that the controller is adapted to output a set command determining a length of the sheet to be cut from endless web that is drawn from a reel (32a, 32b, 32c) in the media processing apparatus. - a screen, - a controller adapted to receive image data specifying an image to be received on said sheet and to control the screen so as to display a preview showing the sheet with the image received thereon, - an input section adapted to input preview editing commands, and - an output section adapted to output set commands for the media processing apparatus,
A filter assembly for collecting material that is entrained in a fluid stream, the assembly including: a removable filter element having a tubular filter through which, in use, the fluid stream flows, and an end cap providing a flow conduit which extends between a first conduit opening and a second conduit opening communicating with the internal void of the tubular filter, the axis of the first conduit opening being at an angle to the axis of the tubular filter; and a housing for the filter element, the housing having inlet and outlet ports for the fluid stream, a housing bowl in which the tubular filter is located, and a housing head which provides at least one of the ports as a docking port for the first conduit opening; characterised in that the housing head and the end cap are arranged such that the end cap is insertable into the housing head, and then rotatable relative to the housing head about an axis perpendicular to the axis of the tubular filter and to the axis of the first conduit opening to bring the first conduit opening and the docking port into sealed communication; wherein one of the housing head and the end cap has a projecting portion which slidingly engages a surface of the other of the housing head and the end cap during the insertion of the end cap into the housing head such that the end cap is required to be inserted into the housing head at a tilt angle, the projecting portion being received in a recess formed in the other of the housing head and the end cap to remove the tilt angle on the rotation which brings the first conduit opening and the docking port into sealed communication. a removable filter element having a tubular filter through which, in use, the fluid stream flows, and an end cap providing a flow conduit which extends between a first conduit opening and a second conduit opening communicating with the internal void of the tubular filter, the axis of the first conduit opening being at an angle to the axis of the tubular filter; and a housing for the filter element, the housing having inlet and outlet ports for the fluid stream, a housing bowl in which the tubular filter is located, and a housing head which provides at least one of the ports as a docking port for the first conduit opening; characterised in that the housing head and the end cap are arranged such that the end cap is insertable into the housing head, and then rotatable relative to the housing head about an axis perpendicular to the axis of the tubular filter and to the axis of the first conduit opening to bring the first conduit opening and the docking port into sealed communication; wherein one of the housing head and the end cap has a projecting portion which slidingly engages a surface of the other of the housing head and the end cap during the insertion of the end cap into the housing head such that the end cap is required to be inserted into the housing head at a tilt angle, the projecting portion being received in a recess formed in the other of the housing head and the end cap to remove the tilt angle on the rotation which brings the first conduit opening and the docking port into sealed communication.
Protection device for integral helmets, wherein the protection device is designed as a tubular muffler which has an upper opening and a lower opening, wherein, in the region of the upper opening, means are provided with which the muffler can be detachably arranged or fastened on or to an access opening of an integral helmet, characterized in that at least one carrying opening is arranged in the region of the lower opening of the tubular muffler.
An implantable pressure sensor for use in a human body, comprising: a housing (242, 442, 942) having an opening; a membrane (110, 210, 310, 410, 510, 610, 810) coupled to the housing at the opening; a tensioning ring (120, 220, 620, 820) coupled to the membrane configured to apply a tensile force to the membrane; and a sensor circuit in the housing configured to generate a pressure signal based on a deflection of the membrane, wherein the membrane comprises titanium, a titanium alloy, and/or stainless steel wherein the membrane (110, 210, 310, 410, 510, 610, 810 has a first coefficient of thermal expansion, the tensioning ring (120, 220, 620, 820) has a second coefficient of thermal expansion lower than the first coefficient of thermal expansion, and the membrane and the tensioning ring are configured to be bonded together when heated to above an operating temperature range while the membrane experiences greater expansion than the tensioning ring and the tensioning ring applies the tensile force to the membrane at the operating temperature range. a housing (242, 442, 942) having an opening; a membrane (110, 210, 310, 410, 510, 610, 810) coupled to the housing at the opening; a tensioning ring (120, 220, 620, 820) coupled to the membrane configured to apply a tensile force to the membrane; and a sensor circuit in the housing configured to generate a pressure signal based on a deflection of the membrane, wherein the membrane comprises titanium, a titanium alloy, and/or stainless steel wherein the membrane (110, 210, 310, 410, 510, 610, 810 has a first coefficient of thermal expansion, the tensioning ring (120, 220, 620, 820) has a second coefficient of thermal expansion lower than the first coefficient of thermal expansion, and the membrane and the tensioning ring are configured to be bonded together when heated to above an operating temperature range while the membrane experiences greater expansion than the tensioning ring and the tensioning ring applies the tensile force to the membrane at the operating temperature range.
Modular conveyor system, comprising a plurality of rail-guided carriages, each of which has a slide for being guided through a rail box of the conveyor system, and comprising a horizontal support for carrying a load, in particular a vehicle body, the support being mounted so as to be rotatable about a horizontal support shaft and having a first toothed element connected to the support shaft for conjoint rotation in order to transmit a rotational movement to said support shaft, which toothed element either engages with second toothed elements that are fixedly mounted along a travel path of the slide, or alternatively engages with a third toothed element which is actuated by an entrained tilt motor that is mounted on the slide adjacently to the support shaft, the first toothed element being, for this purpose, both positioned outside the slide in such a way that it engages with the second toothed elements along the travel path of the slide and positioned adjacently to a mounting position of the tilt motor on the slide in such a way that it can interact with the third toothed element, characterized in that a wheel element or roller element for support on a carrier rail that extends parallel to the rail box is associated with an end of the support that faces away from the slide and at least one laterally displaceable rail box portion for the insertion of carriages is associated with the travel path of the slide, a parallel carrier rail portion which can be displaced in parallel being associated with the laterally displaceable rail box portion.
A method of using an online service system comprising: transmitting user information to a server from an external terminal to log in to the server; the server specifying a home appliance (20, 21) for a remote service based on the user information received from the external terminal and determining whether remote service activation of the specified home appliance is set; upon determining that the remote service activation of the home appliance is set, the server transmitting operation information of the home appliance to the external terminal; the external terminal transmitting a command signal to the server wherein the command signal relates to how the home appliance is operated based on the received operation information; the server receiving the command signal; and the server transmitting the command signal to the home appliance such that the home appliance is operated, wherein the home appliance comprises at least one selection unit being configured to be deactivated in a case that the remote service activation of the specified home appliance is set. transmitting user information to a server from an external terminal to log in to the server; the server specifying a home appliance (20, 21) for a remote service based on the user information received from the external terminal and determining whether remote service activation of the specified home appliance is set; upon determining that the remote service activation of the home appliance is set, the server transmitting operation information of the home appliance to the external terminal; the external terminal transmitting a command signal to the server wherein the command signal relates to how the home appliance is operated based on the received operation information; the server receiving the command signal; and the server transmitting the command signal to the home appliance such that the home appliance is operated, wherein the home appliance comprises at least one selection unit being configured to be deactivated in a case that the remote service activation of the specified home appliance is set.
A fluid processing method, wherein at least two fluids being a first fluid and a second fluid are used as fluids to be processed, of them, the second fluid contains at least one kind of material to be extracted, and the first fluid is an extracting fluid which contains at least one kind of extraction solvent capable of extracting the material to be extracted, characterized in that first, the first fluid is introduced from a first introduction part, which is one flow path, into between two processing surfaces (1, 2) being disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, thereby forming between the processing surfaces (1,2) a first fluid thin film, then, the second fluid is directly introduced into the first fluid thin film formed between the processing surfaces from a second introduction part, which is another flow path, thereby mixing the first fluid and the second fluid between the processing surfaces (1,2) while the distance between the two processing surfaces is fixed by pressure balance between a supply pressure of the fluids to be processed and a pressure that is applied between the processing surfaces, thereby extracting the material to be extracted into the extraction solvent. of them, the second fluid contains at least one kind of material to be extracted, and the first fluid is an extracting fluid which contains at least one kind of extraction solvent capable of extracting the material to be extracted, characterized in that first, the first fluid is introduced from a first introduction part, which is one flow path, into between two processing surfaces (1, 2) being disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, thereby forming between the processing surfaces (1,2) a first fluid thin film, then, the second fluid is directly introduced into the first fluid thin film formed between the processing surfaces from a second introduction part, which is another flow path, thereby mixing the first fluid and the second fluid between the processing surfaces (1,2) while the distance between the two processing surfaces is fixed by pressure balance between a supply pressure of the fluids to be processed and a pressure that is applied between the processing surfaces, thereby extracting the material to be extracted into the extraction solvent.
A system, comprising: input/output configured to receive line integrals from a contrast enhanced spectral scan by a computed tomography, CT, imaging system; and a processor configured to: decompose the line integrals into at least Compton scatter and a photo-electric effect line integrals; reconstruct the Compton scatter and a photo-electric effect line integrals to generate spectral image data, including at least Compton scatter and photo-electric effect images; de-noise the Compton scatter and photo-electric effect images; identify residual iodine voxels in the de-noised Compton scatter and the photo-electric effect images corresponding to residual iodine artifact; and produce a virtual non-contrast image using the identified residual iodine voxels. input/output configured to receive line integrals from a contrast enhanced spectral scan by a computed tomography, CT, imaging system; and a processor configured to: decompose the line integrals into at least Compton scatter and a photo-electric effect line integrals; reconstruct the Compton scatter and a photo-electric effect line integrals to generate spectral image data, including at least Compton scatter and photo-electric effect images; de-noise the Compton scatter and photo-electric effect images; identify residual iodine voxels in the de-noised Compton scatter and the photo-electric effect images corresponding to residual iodine artifact; and produce a virtual non-contrast image using the identified residual iodine voxels. decompose the line integrals into at least Compton scatter and a photo-electric effect line integrals; reconstruct the Compton scatter and a photo-electric effect line integrals to generate spectral image data, including at least Compton scatter and photo-electric effect images; de-noise the Compton scatter and photo-electric effect images; identify residual iodine voxels in the de-noised Compton scatter and the photo-electric effect images corresponding to residual iodine artifact; and produce a virtual non-contrast image using the identified residual iodine voxels.
A synthetic peptide comprising an amino acid sequence and modifications selected from the group consisting of SEQ ID NOs: 10, 12, 21, 35, 36, 37, 39, 43, 45 and 47.
A multi-specific binding protein comprising: (a) a first antigen-binding site that binds human NKG2D; (b) a second antigen-binding site that binds a tumor-associated antigen expressed on a cancer cell; and (c) an antibody Fc domain or a portion thereof sufficient to bind CD16, wherein each of the first-antigen binding site and the second antigen-binding site comprises the part of an immunoglobulin molecule that participates in binding NKG2D or the tumor-associated antigen, respectively; and wherein the multi-specific binding protein is configured to bind the tumor-associated antigen on a cancer cell and bind NKG2D on a natural killer cell to activate the NK cell and bind CD16 on the NK cell to activate the NK cell. (a) a first antigen-binding site that binds human NKG2D; (b) a second antigen-binding site that binds a tumor-associated antigen expressed on a cancer cell; and (c) an antibody Fc domain or a portion thereof sufficient to bind CD16, wherein each of the first-antigen binding site and the second antigen-binding site comprises the part of an immunoglobulin molecule that participates in binding NKG2D or the tumor-associated antigen, respectively; and wherein the multi-specific binding protein is configured to bind the tumor-associated antigen on a cancer cell and bind NKG2D on a natural killer cell to activate the NK cell and bind CD16 on the NK cell to activate the NK cell. wherein each of the first-antigen binding site and the second antigen-binding site comprises the part of an immunoglobulin molecule that participates in binding NKG2D or the tumor-associated antigen, respectively; and wherein the multi-specific binding protein is configured to bind the tumor-associated antigen on a cancer cell and bind NKG2D on a natural killer cell to activate the NK cell and bind CD16 on the NK cell to activate the NK cell.
An architectural covering, comprising an apparatus configured to reduce noise in a motor assembly, said apparatus comprising: a first driver (200, 1200, 1700) configured to be coupled to and rotated by an output shaft of a motor (104, 1604); a second driver (204, 1706); and a plurality of vibration-absorbers (202, 1702) disposed between said first driver and said second driver; wherein said second driver (204, 1706) is coupled to a rotating member (106,1606) to transfer rotational motion from said first driver (200, 1200, 1700) to the rotating member via said vibration-absorbers; characterised in that the first driver (200, 1200, 1700) comprises plural posts (214, 1716), that extend parallel to and are spaced apart from a rotational axis (210, 1712) of the first driver (200, 1200, 1700); and said vibration-absorbers include elastic rings (202, 1702) mounted on the posts. a first driver (200, 1200, 1700) configured to be coupled to and rotated by an output shaft of a motor (104, 1604); a second driver (204, 1706); and a plurality of vibration-absorbers (202, 1702) disposed between said first driver and said second driver; wherein said second driver (204, 1706) is coupled to a rotating member (106,1606) to transfer rotational motion from said first driver (200, 1200, 1700) to the rotating member via said vibration-absorbers; characterised in that the first driver (200, 1200, 1700) comprises plural posts (214, 1716), that extend parallel to and are spaced apart from a rotational axis (210, 1712) of the first driver (200, 1200, 1700); and said vibration-absorbers include elastic rings (202, 1702) mounted on the posts.