mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for position sensing, comprising: a probe, comprising at least one probe electrode (44;46;48), which is adapted to be inserted into a body of a subject; a plurality of body surface electrodes (32, 34, 36), which are adapted to be fixed to a surface of the body at respective locations; and characterised by a controller, which is adapted to be coupled to the probe and to the body surface electrodes so as to drive electrical currents through the body from the at least one probe electrode (44; 46; 48) to the plurality of body surface electrodes (32, 34, 36), and to determine position coordinates of the probe by measuring respective characteristics of the electrical currents passing through the plurality of the body surface electrodes (32, 34, 36); and wherein (i) the controller is adapted to maintain a constant voltage between each of the plurality of the body surface electrodes (32, 34, 36) and the at least one probe electrode (44; 46; 48) and to measure the respective impedances by measuring the currents at the constant voltage, or (ii) the controller is adapted to maintain a constant current between each of the plurality of body surface electrodes (32; 34; 36) and the at least one probe electrode (44; 46; 48) and to measure the respective impedances by measuring the respective voltages between each of the plurality of body surface electrodes (32, 34, 36) and the at least one probe electrode (44; 46; 48). a probe, comprising at least one probe electrode (44;46;48), which is adapted to be inserted into a body of a subject; a plurality of body surface electrodes (32, 34, 36), which are adapted to be fixed to a surface of the body at respective locations; and (ii) the controller is adapted to maintain a constant current between each of the plurality of body surface electrodes (32; 34; 36) and the at least one probe electrode (44; 46; 48) and to measure the respective impedances by measuring the respective voltages between each of the plurality of body surface electrodes (32, 34, 36) and the at least one probe electrode (44; 46; 48).
An isolated polypeptide having cellulolytic enhancing activity having at least 75% sequence identity over the full-length of the mature polypeptide of SEQ ID NO: 4.
Automatic window system having at least one casement which is pivotably mounted on a fixed frame, having a drive device for opening and/or closing the casement in a motorized manner, and having a sensor device for detecting body parts and/or objects in the movement region of the casement, wherein the sensor device outputs an output signal to a control device of the drive device when body parts and/or objects are detected in the movement region of the casement, in response to which the control device can implement a safety response during the casement movement, wherein the sensor device comprises a time-of-flight sensor and is arranged on the casement so as to move with it, characterized in that the sensor device is designed in the region of at least one closing edge (18, 19), and a transmitter element of the time-of-flight sensor is arranged in such a way that a scanning beam of the transmitter element runs along a closing edge (18, 19). having a drive device for opening and/or closing the casement in a motorized manner, and having a sensor device for detecting body parts and/or objects in the movement region of the casement, wherein the sensor device outputs an output signal to a control device of the drive device when body parts and/or objects are detected in the movement region of the casement, in response to which the control device can implement a safety response during the casement movement, wherein the sensor device comprises a time-of-flight sensor and is arranged on the casement so as to move with it, characterized in that the sensor device is designed in the region of at least one closing edge (18, 19), and a transmitter element of the time-of-flight sensor is arranged in such a way that a scanning beam of the transmitter element runs along a closing edge (18, 19).
Process for the culturing of eukaryotic cells in a reactor in suspension in a cell culture medium, wherein the cells produce a desired biological substance selected from proteins and vaccines, which can be used as an active ingredient in a pharmaceutical preparation, wherein at least one cell culture medium component is fed to the cell culture and wherein the cell culture comprising the cells, the desired biological substance and cell culture medium is circulated over a filter using a tangential flow and wherein the filter has a pore size characterized by a molecular weight cut-off of at least 30 kDa and at most 100 kDa, suitable to separate the desired biological substance from substances having a lower molecular weight than the desired biological substance, wherein the liquid outflow from the filter essentially only contains components having a molecular weight lower than that of the desired biological substance and wherein the desired biological substance is retained in or fed back into the reactor.
A method for a first playback device, the method characterized by comprising: generating, by the first playback device, a mixed audio signal comprising one or more components of a first audio stream and one or more components of a second audio stream; receiving, by the first playback device from a second playback device or from a third playback device, timing information (626, 612), the timing information comprising a timestamp that indicates a time to initiate playback of the second audio stream; and playing, by the first playback device, the mixed audio signal generated by the first playback device, including the first playback device playing, based on using the received timing information, the one or more components of the second audio stream in synchrony with the components of the second audio stream played by the second playback device. generating, by the first playback device, a mixed audio signal comprising one or more components of a first audio stream and one or more components of a second audio stream; receiving, by the first playback device from a second playback device or from a third playback device, timing information (626, 612), the timing information comprising a timestamp that indicates a time to initiate playback of the second audio stream; and playing, by the first playback device, the mixed audio signal generated by the first playback device, including the first playback device playing, based on using the received timing information, the one or more components of the second audio stream in synchrony with the components of the second audio stream played by the second playback device.
A movable blade of hair clippers, the movable blade comprising a plurality of unit blades, wherein the movable blade has a distal region, an intermediate region, and a root region that have mutually different bevel angles and that are arranged in a longitudinal direction of the unit blade, the distal region is formed on a tip side of each of the unit blades, the root region is formed on a root side of each of the unit blades, and the intermediate region is formed between the distal region and the root region of each of the unit blades, characterized in that the distal region has a bevel angle which is less liable to cause irritation to a target region compared with the intermediate region and the root region, the root region has a bevel angle having a lower cut resistance to a hair compared with the distal region and the intermediate region, and the intermediate region has a bevel angle set so that the bevel angle smoothly varies from the distal region to the root region.
A computer system comprising: one or more processors; and one or more computer-readable media having stored thereon instructions that are executable by the one or more processors to configure the computer system to configure devices, including instructions that are executable to configure the computer system to perform at least the following: detecting that a device has been connected to a control network; as a result, identifying characteristics of the device, including: requesting raw data values from the device, and based on the raw data values received responsive to the request, identifying at least one sensor coupled to the device that is capable of producing the raw data values; based on the identified characteristics, identifying an existing configuration template from a template store that applies to the device as identified; and configuring the device using the configuration template such that the device is configured to interpret data from the at least one sensor. one or more processors; and one or more computer-readable media having stored thereon instructions that are executable by the one or more processors to configure the computer system to configure devices, including instructions that are executable to configure the computer system to perform at least the following: detecting that a device has been connected to a control network; as a result, identifying characteristics of the device, including: requesting raw data values from the device, and based on the raw data values received responsive to the request, identifying at least one sensor coupled to the device that is capable of producing the raw data values; detecting that a device has been connected to a control network; as a result, identifying characteristics of the device, including: requesting raw data values from the device, and based on the raw data values received responsive to the request, identifying at least one sensor coupled to the device that is capable of producing the raw data values; requesting raw data values from the device, and based on the raw data values received responsive to the request, identifying at least one sensor coupled to the device that is capable of producing the raw data values; based on the identified characteristics, identifying an existing configuration template from a template store that applies to the device as identified; and configuring the device using the configuration template such that the device is configured to interpret data from the at least one sensor.
Assembly of a container of tubing glass and of a one-piece closure of plastic for the container, wherein the container has a neck with an external thread and the closure has a cap with an internal thread for screwing the closure onto the neck, characterized in that the neck has an annular bead and an undercut which is arranged behind the annular bead in the screwing-on direction of the closure, and in that the closure has a ring which is connected to the cap via tear-off webs and which, when screwing the closure onto the neck, slides over the annular bead with elastic deformation and, in the screwed-on position, is arranged behind the annular bead in the region of the undercut, wherein the thread profile depth of the external thread of the neck is at most 65% of the thread profile depth of a corresponding external thread in accordance with DIN 168-1: 1998-04 and the thread pitch of the external thread of the neck is at most 75% of the thread pitch of a corresponding external thread in accordance with DIN 168-1: 1998-04 and the container is a vial having a filling volume of at most 20 ml.
A biphasic calcium phosphate/hydroxyapatite (CAP/HAP) bone substitute material comprising a sintered CAP core and at least one closed epitactically grown layer of nanocrystalline HAP deposited on the external surface of the sintered CAP core, whereby the epitactically grown nanocrystals have the same size and morphology as human bone mineral, wherein the closed epitactically grown layer of nanocrystalline HAP deposited on the external surface of the sintered CAP core has a non-homogeneous external surface comprising individual clusters of flat crystal platelets consisting of epitactically grown HAP nanocrystals and coarse areas between the individual clusters, whereby the percentage of the coarse areas between the individual clusters as measured by SEM is at least 20% of the total surface.
A paging message processing method, comprising: receiving, by a Mobility Management Entity, MME, a node capability notification message sent by an Evolved NodeB, eNodeB, wherein the node capability notification message is used to indicate that the eNodeB supports use of the User Datagram Protocol, UDP, to receive a paging message from the MME, and the eNodeB also supports use of the Stream Control Transmission Protocol, SCTP, to receive the paging message from the MME; and selecting, by the MME, the UDP to send a first paging message to the eNodeB. receiving, by a Mobility Management Entity, MME, a node capability notification message sent by an Evolved NodeB, eNodeB, wherein the node capability notification message is used to indicate that the eNodeB supports use of the User Datagram Protocol, UDP, to receive a paging message from the MME, and the eNodeB also supports use of the Stream Control Transmission Protocol, SCTP, to receive the paging message from the MME; and selecting, by the MME, the UDP to send a first paging message to the eNodeB.
Apparatus to simulate driving a motorcycle comprising: - a support base, - a support body provided with a driving position on which a driver can take his place, and with command members configured to supply driving commands, - a first movement unit connected to the support body and to the support base and configured to move said support body in space as a function of said driving signals, - a second movement unit comprising a device wearable by said driver, a plurality of first and second cables (25, 26) connected to said wearable device, and a plurality of drive members connected to said cables (25, 26) to move said wearable device in space as a function of the driving commands, characterized in that said first movement unit comprises a plurality of linear actuators connected to the support body and to the support base, and configured to be selectively lengthened and shortened to move the support body along three coordinate axes (X, Y, Z) and to rotate the support body around one and/or another of the coordinate axes (X, Y, Z), and in that said second movement unit is connected, during use, on one side to the driver to induce on the latter drive simulation stresses, and on the other side is integrally connected to said support base, said drive members being associated with said support base. - a support base, - a support body provided with a driving position on which a driver can take his place, and with command members configured to supply driving commands, - a first movement unit connected to the support body and to the support base and configured to move said support body in space as a function of said driving signals, - a second movement unit comprising a device wearable by said driver, a plurality of first and second cables (25, 26) connected to said wearable device, and a plurality of drive members connected to said cables (25, 26) to move said wearable device in space as a function of the driving commands,
A method for operating a network node for a wireless communication network, the method comprising: - determining a number of symbols Q' used for modulation, for hybrid automatic repeat request acknowledgement, HARQ/ACK, transmission by a terminal based on a number of downlink, DL, carriers configured for the terminal, wherein determining comprises, when the number of configured DL carriers is above a predetermined threshold, using Q ' = min ⌈ O γ ⋅ M s c P U S C H − i n i t i a l ⋅ N s y m b P U S C H − i n i t i a l ⋅ β o f f s e t P U S C H ∑ r = 0 C − 1 K r ⌉, 4 ⋅ M s c P U S C H where O is a number of HARQ/ACK bits of the HARQ/ACK transmission, PUSCH β o f f s e t P U S C H is a HARQ/ACK offset, M sc PUSCH is a scheduled bandwidth for physical uplink shared channel, PUSCH, transmission, N symb PUSCH − initial is a number of symbols per subframe for initial PUSCH transmission, K r is a number of bits for a code block r, M s c P U S C H − i n i t i a l, C, and K r are obtained from initial physical downlink control channel, PDCCH, or enhanced PDCCH, EPDCCH, and γ defines an increase of Q' in relation to an increase of the number of HARQ/ACK bits of the HARQ/ACK transmission; and - configuring the terminal with the determined modulation. - determining a number of symbols Q' used for modulation, for hybrid automatic repeat request acknowledgement, HARQ/ACK, transmission by a terminal based on a number of downlink, DL, carriers configured for the terminal, wherein determining comprises, when the number of configured DL carriers is above a predetermined threshold, using Q ' = min ⌈ O γ ⋅ M s c P U S C H − i n i t i a l ⋅ N s y m b P U S C H − i n i t i a l ⋅ β o f f s e t P U S C H ∑ r = 0 C − 1 K r ⌉, 4 ⋅ M s c P U S C H where O is a number of HARQ/ACK bits of the HARQ/ACK transmission, PUSCH β o f f s e t P U S C H is a HARQ/ACK offset, M sc PUSCH is a scheduled bandwidth for physical uplink shared channel, PUSCH, transmission, N symb PUSCH − initial is a number of symbols per subframe for initial PUSCH transmission, K r is a number of bits for a code block r, M s c P U S C H − i n i t i a l, C, and K r are obtained from initial physical downlink control channel, PDCCH, or enhanced PDCCH, EPDCCH, and γ defines an increase of Q' in relation to an increase of the number of HARQ/ACK bits of the HARQ/ACK transmission; and O is a number of HARQ/ACK bits of the HARQ/ACK transmission, PUSCH β o f f s e t P U S C H is a HARQ/ACK offset, M sc PUSCH is a scheduled bandwidth for physical uplink shared channel, PUSCH, transmission, N symb PUSCH − initial is a number of symbols per subframe for initial PUSCH transmission, K r is a number of bits for a code block r, M s c P U S C H − i n i t i a l, C, and K r are obtained from initial physical downlink control channel, PDCCH, or enhanced PDCCH, EPDCCH, and γ defines an increase of Q' in relation to an increase of the number of HARQ/ACK bits of the HARQ/ACK transmission; and - configuring the terminal with the determined modulation.
A method for providing improved location continuity for a mobile device (110, 112, 114) that roams from a home communications system to a visited communications system, the method comprising: in response to a request from a location-based service of the mobile device, requesting a location of the mobile device (110, 112, 114) that is accessing the home communications system; receiving location data generated by one or more home access networks (120, 122, 124, and 130) associated with the home communications system; generating an estimated location of a mobile device using the received location data; storing the estimated location of the mobile device (110, 112, 114) in a location database of the home communication system; receiving a notification from a visited access network (120, 122, 124) associated with the visited communications system that the mobile device has roamed into the visited access network (120, 122, 124, 130); and in response to a request from the visited communications system for the location of the mobile device (110, 112, 114), transmitting to the visited communications system the stored estimated location of the mobile device determined by the home communications system. in response to a request from a location-based service of the mobile device, requesting a location of the mobile device (110, 112, 114) that is accessing the home communications system; receiving location data generated by one or more home access networks (120, 122, 124, and 130) associated with the home communications system; generating an estimated location of a mobile device using the received location data; storing the estimated location of the mobile device (110, 112, 114) in a location database of the home communication system; receiving a notification from a visited access network (120, 122, 124) associated with the visited communications system that the mobile device has roamed into the visited access network (120, 122, 124, 130); and in response to a request from the visited communications system for the location of the mobile device (110, 112, 114), transmitting to the visited communications system the stored estimated location of the mobile device determined by the home communications system.
A matrix display system for displaying an image to a viewer, comprising: an array (40, 222, 422) of pixels (30, 30A-30P, 102, 104, 210, 410) for displaying an image in response to input signals to, the pixels (30, 30A-30P, 102, 104, 210, 410), wherein at least some of the pixels (30, 30A-30P, 102, 104, 210, 410) have switchable regions adapted to be activated by the input signals, each switchable region having a corresponding color, the switchable regions of a same first color being simultaneously switched and electrically coupled in parallel, the switchable regions having portions (32, 32A-32P, 92-94) spatially distributed within the pixel (30, 30A-32P, 102, 104, 210, 410) with non-switchable regions (34, 34RE, 34A-34P, 103, 105) interspersed; and angular pixel subtense control means (50, 202, 400, 402) for collecting light from the at least some of the pixels (30, 30A-30P, 102, 104, 210, 410) and in use presenting the light, characterised in that the angular pixel subtense control means (50, 202, 400, 402) comprises collimating optics (52, 250, 450) for relaying and collimating an image presented by the display, such that the apparent and perceived distance from the viewer to the display is altered and wherein the collimating optics (52, 250, 450) limits the angular pixel subtense (268, 468) of a pixel (30, 30A-30P, 102, 104, 210, 410) from a vantage point at any distance in the range 2.4 to 3 minutes of arc so as to place the second harmonic frequency of fixed pattern noise, for the display as configured, in the range 30 to 50 cycles per degree. an array (40, 222, 422) of pixels (30, 30A-30P, 102, 104, 210, 410) for displaying an image in response to input signals to, the pixels (30, 30A-30P, 102, 104, 210, 410), wherein at least some of the pixels (30, 30A-30P, 102, 104, 210, 410) have switchable regions adapted to be activated by the input signals, each switchable region having a corresponding color, the switchable regions of a same first color being simultaneously switched and electrically coupled in parallel, the switchable regions having portions (32, 32A-32P, 92-94) spatially distributed within the pixel (30, 30A-32P, 102, 104, 210, 410) with non-switchable regions (34, 34RE, 34A-34P, 103, 105) interspersed; and angular pixel subtense control means (50, 202, 400, 402) for collecting light from the at least some of the pixels (30, 30A-30P, 102, 104, 210, 410) and in use presenting the light, characterised in that the angular pixel subtense control means (50, 202, 400, 402) comprises collimating optics (52, 250, 450) for relaying and collimating an image presented by the display, such that the apparent and perceived distance from the viewer to the display is altered and wherein the collimating optics (52, 250, 450) limits the angular pixel subtense (268, 468) of a pixel (30, 30A-30P, 102, 104, 210, 410) from a vantage point at any distance in the range 2.4 to 3 minutes of arc so as to place the second harmonic frequency of fixed pattern noise, for the display as configured, in the range 30 to 50 cycles per degree.