mhurhangee/ep-ind-claims huggingface dataset:
An x-ray emission device, comprising: a housing configured to maintain a low fluid pressure environment, the housing having a a first wall with a window substantially transparent to x-rays and a second wall having a portion comprising an exterior surface comprising an electrically insulating material; an electron target comprising a metal within the housing positioned so as to have at least one surface in a line of sight of both the window substantially transparent to x-rays and the portion having the exterior surface comprising the electrically insulating material; an electrically chargeable material within the housing; and a contact material for frictionally contacting the electrically insulating material, the contact material comprising a material such that frictional contact with the electrically insulating material generates a charge imbalance. a housing configured to maintain a low fluid pressure environment, the housing having a a first wall with a window substantially transparent to x-rays and a second wall having a portion comprising an exterior surface comprising an electrically insulating material; an electron target comprising a metal within the housing positioned so as to have at least one surface in a line of sight of both the window substantially transparent to x-rays and the portion having the exterior surface comprising the electrically insulating material; an electrically chargeable material within the housing; and a contact material for frictionally contacting the electrically insulating material, the contact material comprising a material such that frictional contact with the electrically insulating material generates a charge imbalance.
A wireless communication system comprising: a first wireless device; a setting device configured to be accessible to a wired plant network and set to the first wireless device, first information required for the first wireless device to join a wireless communication network; and a control device connected to the wired plant network and configured to manage and control the wireless communication network, and receive the first information from the setting device via the wired plant network, and the control device being configured to, in a case that a request for joining the wireless communication network is received from the first wireless device, determine, using the first information, whether or not to allow the first wireless device to join the wireless communication network; characterized by a management device connected to the wired plant network and configured to receive the first information from the setting device via the wired plant network, wherein the control device is configured to provide the management device with second information concerning a result of the determination, the management device is configured to manage join history information for the first wireless device, the join history information including the first information and the second information associated with the first information, and the management device is configured to provide the join history information to the setting device in response to a request from the setting device. a first wireless device; a setting device configured to be accessible to a wired plant network and set to the first wireless device, first information required for the first wireless device to join a wireless communication network; and a control device connected to the wired plant network and configured to manage and control the wireless communication network, and receive the first information from the setting device via the wired plant network, and the control device being configured to, in a case that a request for joining the wireless communication network is received from the first wireless device, determine, using the first information, whether or not to allow the first wireless device to join the wireless communication network; a management device connected to the wired plant network and configured to receive the first information from the setting device via the wired plant network, the control device is configured to provide the management device with second information concerning a result of the determination, the management device is configured to manage join history information for the first wireless device, the join history information including the first information and the second information associated with the first information, and the management device is configured to provide the join history information to the setting device in response to a request from the setting device.
A measurement device which communicates with an information device (3A, 3B), the measurement device comprising: a0) a storage unit, a1) a clock unit which measures the time, a2) a measurement unit (24; 241) which measures position information, a3) a detail information generation unit which generates detail information including the position information, a4) a title information generation unit (274, 274A) which generates title information for identifying the detail information, and a5) a detail information transmission unit which transmits the detail information to the information device according to a transmission request signal, when the transmission request signal of the detail information of which the estimated transfer time necessary for transmitting the detail information to the information device is determined to be shorter than a predetermined threshold value set in advance is received. a0) a storage unit, a1) a clock unit which measures the time, a2) a measurement unit (24; 241) which measures position information, a3) a detail information generation unit which generates detail information including the position information, a4) a title information generation unit (274, 274A) which generates title information for identifying the detail information, and a5) a detail information transmission unit which transmits the detail information to the information device according to a transmission request signal, when the transmission request signal of the detail information of which the estimated transfer time necessary for transmitting the detail information to the information device is determined to be shorter than a predetermined threshold value set in advance is received.
A delivery needle system, comprising: a needle (102, 122) including a proximal end portion (102a, 122a) and a distal end portion (102b, 122b), the proximal end portion (102a, 122a) having a retention feature (108, 128); a handle assembly including a body portion (104, 124), the body portion (104, 124) having an interior needle channel (113, 142) and a retention clip (114, 144), wherein the proximal end portion (102a, 122a) of the needle (102, 122) traverses the interior needle channel (113, 142) and is selectively releasable from the retention clip (114, 144); and a retention arm having at least one opening selectively engaged with the retention clip characterized in that disengagement of the retention arm with the retention clip facilitates releasing the proximal end portion of the needle from the retention clip to permit disengagement of the needle from the handle assembly. a needle (102, 122) including a proximal end portion (102a, 122a) and a distal end portion (102b, 122b), the proximal end portion (102a, 122a) having a retention feature (108, 128); a handle assembly including a body portion (104, 124), the body portion (104, 124) having an interior needle channel (113, 142) and a retention clip (114, 144), wherein the proximal end portion (102a, 122a) of the needle (102, 122) traverses the interior needle channel (113, 142) and is selectively releasable from the retention clip (114, 144); and a retention arm having at least one opening selectively engaged with the retention clip characterized in that disengagement of the retention arm with the retention clip facilitates releasing the proximal end portion of the needle from the retention clip to permit disengagement of the needle from the handle assembly.
A method, comprising: identifying, by an anchor access node, that a user equipment has left an area wherein the identifying that the user equipment has left the area comprises receiving a message which has been sent from the user equipment, wherein the received message is received over an X2 interface; and starting, by the anchor access node, a suspend procedure for the user equipment based on identifying that the user equipment has left the area, wherein the starting a suspend procedure comprises: sending a S 1 suspend request to a mobility management entity; moving the user equipment to an evolved packet system connection management-idle state; and keeping context of the user equipment at the mobility management entity. identifying, by an anchor access node, that a user equipment has left an area wherein the identifying that the user equipment has left the area comprises receiving a message which has been sent from the user equipment, wherein the received message is received over an X2 interface; and starting, by the anchor access node, a suspend procedure for the user equipment based on identifying that the user equipment has left the area, wherein the starting a suspend procedure comprises: sending a S 1 suspend request to a mobility management entity; moving the user equipment to an evolved packet system connection management-idle state; and keeping context of the user equipment at the mobility management entity. sending a S 1 suspend request to a mobility management entity; moving the user equipment to an evolved packet system connection management-idle state; and keeping context of the user equipment at the mobility management entity.
A method for acquiring data for at least one biometric measurement, comprising: determining a first contact formed between a first electrode of a wearable device (102, 200, 302) and a first input source (104, 106, 202, 404) of a user wearing the wearable device, the first electrode positioned within a form factor of the wearable device; determining whether the first contact exceeds a first threshold, the first threshold indicative of a first quality of data received from the first contact; providing instructions to the user to adjust the first contact in response to determining the first contact does not exceed the first threshold; providing instructions to the user to engage a second electrode with a second input source (204, 602, 604) of the user, the second electrode positioned within the form factor of the wearable device; determining whether a second contact formed between the second electrode and the second input source exceeds a second threshold, the second threshold indicative of a second quality of data received from the second contact; providing instructions to the user to adjust the second contact in response to determining the second contact does not exceed the second threshold; providing instructions to maintain the first contact and the second contact in response to determining the first contact exceeds the first threshold and the second contact exceeds the second threshold; and acquiring data from the first contact and the second contact for the at least one biometric measurement. determining a first contact formed between a first electrode of a wearable device (102, 200, 302) and a first input source (104, 106, 202, 404) of a user wearing the wearable device, the first electrode positioned within a form factor of the wearable device; determining whether the first contact exceeds a first threshold, the first threshold indicative of a first quality of data received from the first contact; providing instructions to the user to adjust the first contact in response to determining the first contact does not exceed the first threshold; providing instructions to the user to engage a second electrode with a second input source (204, 602, 604) of the user, the second electrode positioned within the form factor of the wearable device; determining whether a second contact formed between the second electrode and the second input source exceeds a second threshold, the second threshold indicative of a second quality of data received from the second contact; providing instructions to the user to adjust the second contact in response to determining the second contact does not exceed the second threshold; providing instructions to maintain the first contact and the second contact in response to determining the first contact exceeds the first threshold and the second contact exceeds the second threshold; and acquiring data from the first contact and the second contact for the at least one biometric measurement.
An endoluminal prosthesis comprising: a tubular main body comprising a proximal end opening, a distal end opening, a main lumen extending between the proximal end opening and the distal end opening, a sidewall, a first fenestration in the sidewall, and a second fenestration in the sidewall positioned distal of the first fenestration; and a tubular auxiliary body disposed about the main body and comprising a sidewall, an outlet opening in the sidewall, a first end attached to the main body proximal of the first fenestration, a second end attached to the main body distal of the second fenestration, and a dividing wall attached to the sidewall of the main body and the sidewall of the auxiliary body and extending longitudinally at least partially between the first end of the auxiliary body and the second end of the auxiliary body; wherein a cavity is disposed between the sidewall of the main body and the sidewall of the auxiliary body and comprises a first chamber and a second chamber disposed on opposite sides of the dividing wall and in fluid communication with one another through an opening in the dividing wall, the main lumen is in fluid communication with the first chamber through the first fenestration, the main lumen is in fluid communication with the second chamber through the second fenestration, and the first chamber is in fluid communication with a point external of the prosthesis through the outlet opening of the auxiliary body. a tubular main body comprising a proximal end opening, a distal end opening, a main lumen extending between the proximal end opening and the distal end opening, a sidewall, a first fenestration in the sidewall, and a second fenestration in the sidewall positioned distal of the first fenestration; and a tubular auxiliary body disposed about the main body and comprising a sidewall, an outlet opening in the sidewall, a first end attached to the main body proximal of the first fenestration, a second end attached to the main body distal of the second fenestration, and a dividing wall attached to the sidewall of the main body and the sidewall of the auxiliary body and extending longitudinally at least partially between the first end of the auxiliary body and the second end of the auxiliary body; wherein a cavity is disposed between the sidewall of the main body and the sidewall of the auxiliary body and comprises a first chamber and a second chamber disposed on opposite sides of the dividing wall and in fluid communication with one another through an opening in the dividing wall, the main lumen is in fluid communication with the first chamber through the first fenestration, the main lumen is in fluid communication with the second chamber through the second fenestration, and the first chamber is in fluid communication with a point external of the prosthesis through the outlet opening of the auxiliary body.
A method for processing a control channel at a user agent to identify at least one of an uplink and a downlink resource allocated by a resource grant within a multi-carrier communication system wherein resource grants are specified by control channel element subsets, wherein each control channel element subset is a control channel candidate, the method comprising the steps of: associating a first subset of control channel candidates on a first carrier with the first carrier, wherein the first subset associated with the first carrier includes first carrier candidates; associating a second subset of control channel candidates on a first carrier with a second carrier, wherein the second subset associated with the second carrier includes second carrier candidates, wherein the locations of control channel elements corresponding to first carrier control channel candidates and of control channel elements corresponding to second carrier control channel candidates at each aggregation level are interleaved with each other; receiving a control channel candidate on the first carrier; and attempting to decode the received control channel candidate to identify a resource grant for the second carrier. associating a first subset of control channel candidates on a first carrier with the first carrier, wherein the first subset associated with the first carrier includes first carrier candidates; associating a second subset of control channel candidates on a first carrier with a second carrier, wherein the second subset associated with the second carrier includes second carrier candidates, wherein the locations of control channel elements corresponding to first carrier control channel candidates and of control channel elements corresponding to second carrier control channel candidates at each aggregation level are interleaved with each other; receiving a control channel candidate on the first carrier; and attempting to decode the received control channel candidate to identify a resource grant for the second carrier.
A system comprising: an electro-acoustic stimulation ("EAS") device; a cochlear implant communicatively coupled to the EAS device and configured to be implanted within a patient; an electrode lead communicatively coupled to the cochlear implant and comprising a plurality of basal electrodes configured to be disposed with a basal region of the cochlea of the patient and one or more apical electrodes configured to be disposed within an apical region of the cochlea; and a loudspeaker communicatively coupled to the EAS device; wherein the EAS device comprises a detection facility, an acoustic stimulation management facility and an electrical stimulation management facility and is configured to operate in an EAS mode by disabling the one or more apical electrodes for standard electrical stimulation, detecting, by the detection facility, audio content presented to the patient and included in an acoustic stimulation frequency range, and directing, by the acoustic stimulation management facility, the loudspeaker to apply acoustic stimulation representative of the audio content included in the acoustic stimulation frequency range to the patient, characterized in that the EAS device is configured to further operate in the EAS mode by directing, by the electrical stimulation management facility, the cochlear implant to apply sub-threshold electrical stimulation having a stimulation level that is less than a threshold level required for the patient to perceive the electrical stimulation by way of the one or more disabled apical electrodes. an electro-acoustic stimulation ("EAS") device; a cochlear implant communicatively coupled to the EAS device and configured to be implanted within a patient; an electrode lead communicatively coupled to the cochlear implant and comprising a plurality of basal electrodes configured to be disposed with a basal region of the cochlea of the patient and one or more apical electrodes configured to be disposed within an apical region of the cochlea; and a loudspeaker communicatively coupled to the EAS device; wherein the EAS device comprises a detection facility, an acoustic stimulation management facility and an electrical stimulation management facility and is configured to operate in an EAS mode by disabling the one or more apical electrodes for standard electrical stimulation, detecting, by the detection facility, audio content presented to the patient and included in an acoustic stimulation frequency range, and directing, by the acoustic stimulation management facility, the loudspeaker to apply acoustic stimulation representative of the audio content included in the acoustic stimulation frequency range to the patient, characterized in that the EAS device is configured to further operate in the EAS mode by directing, by the electrical stimulation management facility, the cochlear implant to apply sub-threshold electrical stimulation having a stimulation level that is less than a threshold level required for the patient to perceive the electrical stimulation by way of the one or more disabled apical electrodes.
Coated pigment comprising at least one inorganic pigment from the group of iron oxides, iron oxide hydroxides, zinc ferrites, magnesium ferrites and/or manganese ferrites, wherein the at least one inorganic pigment has been provided with a coating comprising hydroxides and/or oxides of magnesium and/or calcium, wherein the coated pigment comprises from 3.1% to 30% by weight of magnesium, or from 5.0% to 30% by weight of calcium, based on the total weight of the coated pigment.
A multi-frequency transponder for communicating at a first frequency according to a first communication protocol and at a second frequency according to a second communication protocol, the second frequency being different from the first frequency, the transponder comprising: - a first physical memory with a first memory structure for storing a first set of data of the first communication protocol; - a second physical memory with a second memory structure for storing a second set of data, different from the first set of data, of the second communication protocol; and - a logic unit for accessing the first and second physical memories (17, 19), the logic unit comprising a first control unit for handling communications according to the first protocol, and a second control unit for handling communications according to the second protocol, characterised in that - a mapping memory is configured to store a logical memory map (25, 27) of the first and second physical memories (17, 19), the logical memory map (25, 27) of the first physical memory comprising mapping information for the first control unit to access data items in both the first and second physical memories (17, 19), and the logical memory map of the second physical memory comprising mapping information for the second control unit to access data items in both the first and second physical memories (17, 19) with the first or the second communication protocol only. - a first physical memory with a first memory structure for storing a first set of data of the first communication protocol; - a second physical memory with a second memory structure for storing a second set of data, different from the first set of data, of the second communication protocol; and - a logic unit for accessing the first and second physical memories (17, 19), the logic unit comprising a first control unit for handling communications according to the first protocol, and a second control unit for handling communications according to the second protocol, characterised in that - a mapping memory is configured to store a logical memory map (25, 27) of the first and second physical memories (17, 19), the logical memory map (25, 27) of the first physical memory comprising mapping information for the first control unit to access data items in both the first and second physical memories (17, 19), and the logical memory map of the second physical memory comprising mapping information for the second control unit to access data items in both the first and second physical memories (17, 19) with the first or the second communication protocol only.