mhurhangee/ep-ind-claims huggingface dataset:
A urinary drainage bag system package, comprising: a urinary drainage bag including: an inlet configured to receive urine from a patient; and one or more panels defining an interior space configured to hold the fluid therein; and at least one compliance indicator element including one or more indicator sites thereon, wherein the one or more indicator sites include one or more compliance indicator sites for indicating compliance with one or more patient protocols, each of the one or more indicator sites including at least one of a blank or unfilled location that can be marked to verify compliance with a patient care protocol; and further comprising one or more patient care protocol packages including at least one token associated therewith, the one or more indicator sites are configured to be marked with the at least one token. a urinary drainage bag including: an inlet configured to receive urine from a patient; and one or more panels defining an interior space configured to hold the fluid therein; and an inlet configured to receive urine from a patient; and one or more panels defining an interior space configured to hold the fluid therein; and at least one compliance indicator element including one or more indicator sites thereon, wherein the one or more indicator sites include one or more compliance indicator sites for indicating compliance with one or more patient protocols, each of the one or more indicator sites including at least one of a blank or unfilled location that can be marked to verify compliance with a patient care protocol; and further comprising one or more patient care protocol packages including at least one token associated therewith, the one or more indicator sites are configured to be marked with the at least one token.
A neutron therapy apparatus, comprising: a beam shaping assembly including a moderator and a reflector surrounding the moderator, wherein the moderator is adapted to moderate neutrons to a predetermined energy spectrum and the reflector is adapted to guide deflected neutrons back to enhance the neutron intensity in the predetermined energy spectrum; a neutron generator embedded inside the beam shaping assembly, wherein the neutron generator is adapted to generate neutrons after being irradiated by an ion beam; at least a tube (21, 22, 23) for transmitting the ion beam to the neutron generator, wherein the tube defines at least an axis (I, II), wherein the beam shaping assembly is adapted to rotate around the axis of the tube; deflection magnets for changing the transmission direction of the ion beam; a collimator for concentrating neutrons; and an irradiation room for receiving a irradiated object, characterized in that the neutron therapy apparatus further comprises a supporting frame for holding the beam shaping assembly, wherein the supporting frame includes a first supporting part, and a first supporting track is set in the first supporting part, and wherein the beam shaping assembly is retained on the first supporting track and is adapted to move in the first supporting track. a beam shaping assembly including a moderator and a reflector surrounding the moderator, wherein the moderator is adapted to moderate neutrons to a predetermined energy spectrum and the reflector is adapted to guide deflected neutrons back to enhance the neutron intensity in the predetermined energy spectrum; a neutron generator embedded inside the beam shaping assembly, wherein the neutron generator is adapted to generate neutrons after being irradiated by an ion beam; at least a tube (21, 22, 23) for transmitting the ion beam to the neutron generator, wherein the tube defines at least an axis (I, II), wherein the beam shaping assembly is adapted to rotate around the axis of the tube; deflection magnets for changing the transmission direction of the ion beam; a collimator for concentrating neutrons; and an irradiation room for receiving a irradiated object, characterized in that the neutron therapy apparatus further comprises a supporting frame for holding the beam shaping assembly, wherein the supporting frame includes a first supporting part, and a first supporting track is set in the first supporting part, and wherein the beam shaping assembly is retained on the first supporting track and is adapted to move in the first supporting track.
Locking bolt, comprising a bolt in a guide housing, mounted so as to be movable axially between a locking position and an open position, with at least one radially movable locking means, mounted in a locking opening formed in the guide housing, said locking means in the open position being withdrawn into a first cut-out aperture formed in the bolt, and in the locking position being moved radially, by the bolt in the locking opening, outwards over the outer circumference of the guide housing, and with a closure part, allocated to the guide housing and limiting the insertion depth of the housing into a component opening, characterised in that at least one retaining means is provided, said retaining means being movable radially by an adjustment sleeve which is movable axially in a guided manner at the guide housing, these retaining means being provided for the axial position fixing of the bolt in the open position, and that a second cut-out aperture is allocated to the bolt for accommodating the at least one retaining means in the open position.
Alarm system for a vehicle trailer, wherein the vehicle trailer comprises an electronic stability program or a roll-stabilisation program with an acceleration sensor as part of the ESP or RSP, which sensor is designed to detect oscillations in at least part of the vehicle trailer, wherein the alarm system comprises a detection module for receiving sensor signals and an analysis module for analysing the sensor signals detected, in order on the basis thereof to detect entry into or unloading of the vehicle trailer and to enable an alarm to be emitted by the production of an output signal, characterised in that - the detection module is designed to detect sensor signals from the acceleration sensor in the ESP or RSP. - the detection module is designed to detect sensor signals from the acceleration sensor in the ESP or RSP.
A method for configuring a cellular mobile communication network with Tracking Areas, wherein said cellular mobile communication network comprises a radio access network shared between different core network operators and wherein the method comprises the steps of: - a Enhanced Node B ENB being configured by the radio access network operator with at least one Tracking Area it is to be associated with, - said ENB sending a registration request to a network entity in charge of paging coordination function, PCE, for registering onto said PCE, for said at least one Tracking Area, wherein said PCE is located in a core network, and - said ENB receiving from said PCE a rejection of the registration request, wherein said ENB is configured to receive an acceptation or a rejection of a registration request. - a Enhanced Node B ENB being configured by the radio access network operator with at least one Tracking Area it is to be associated with, - said ENB sending a registration request to a network entity in charge of paging coordination function, PCE, for registering onto said PCE, for said at least one Tracking Area, wherein said PCE is located in a core network, and - said ENB receiving from said PCE a rejection of the registration request, wherein said ENB is configured to receive an acceptation or a rejection of a registration request.
One or more computer-readable storage media storing computer-useable instructions that, when used by one or more computing devices, cause the one or more computing devices to perform a method for managing policy and permissions profiles, the method comprising: providing a user interface enabling a user to select a policy and permissions profile of a plurality of policy and permissions profiles associated with a first application or service, wherein each of the plurality of policy and permission profiles does not encompass any default permissions of policy and permissions profiles provided as part of the first application or service, is authored by a third-party author other than the first application or service itself as a default setting and is presented with an identification of the third-party author, and wherein each of the plurality of policy and permissions profiles corresponds to an access to and use of personal data by the first application or service; receiving a user selection of a policy and permissions profile of the plurality of policy and permissions profiles associated with the first application or service; importing the user-selected policy and permissions profile; storing the user-selected policy and permissions profile in association with the user and an identifier of the first application or service; receiving an indication that the user desires to launch the first application or service; and applying the user-selected policy and permissions profile to the first application or service. providing a user interface enabling a user to select a policy and permissions profile of a plurality of policy and permissions profiles associated with a first application or service, wherein each of the plurality of policy and permission profiles does not encompass any default permissions of policy and permissions profiles provided as part of the first application or service, is authored by a third-party author other than the first application or service itself as a default setting and is presented with an identification of the third-party author, and wherein each of the plurality of policy and permissions profiles corresponds to an access to and use of personal data by the first application or service; receiving a user selection of a policy and permissions profile of the plurality of policy and permissions profiles associated with the first application or service; importing the user-selected policy and permissions profile; storing the user-selected policy and permissions profile in association with the user and an identifier of the first application or service; receiving an indication that the user desires to launch the first application or service; and applying the user-selected policy and permissions profile to the first application or service.
A surgical instrument comprising: a control circuit; and an end effector coupled to the control circuit, wherein the end effector comprises a clamp arm and an ultrasonic blade, wherein the control circuit is configured to communicatively couple to a generator configured to deliver a plurality of energy modalities to the end effector of the surgical instrument, wherein the control circuit is further configured to: determine tissue impedance of tissue in contact with the end effector of the surgical instrument; determine a tissue type based on the tissue impedance; select a first energy modality of the plurality of energy modalities; generate a first signal waveform based on the first energy modality; select a second energy modality of the plurality of energy modalities; generate a second signal waveform based on the second energy modality; and adjust a compression force applied by the end effector to tissue by changing a gap between tissue and the end effector based on a relative proportion of the first signal waveform and the second signal waveform. a control circuit; and an end effector coupled to the control circuit, wherein the end effector comprises a clamp arm and an ultrasonic blade, wherein the control circuit is configured to communicatively couple to a generator configured to deliver a plurality of energy modalities to the end effector of the surgical instrument, wherein the control circuit is further configured to: determine tissue impedance of tissue in contact with the end effector of the surgical instrument; determine a tissue type based on the tissue impedance; select a first energy modality of the plurality of energy modalities; generate a first signal waveform based on the first energy modality; select a second energy modality of the plurality of energy modalities; generate a second signal waveform based on the second energy modality; and adjust a compression force applied by the end effector to tissue by changing a gap between tissue and the end effector based on a relative proportion of the first signal waveform and the second signal waveform. determine tissue impedance of tissue in contact with the end effector of the surgical instrument; determine a tissue type based on the tissue impedance; select a first energy modality of the plurality of energy modalities; generate a first signal waveform based on the first energy modality; select a second energy modality of the plurality of energy modalities; generate a second signal waveform based on the second energy modality; and adjust a compression force applied by the end effector to tissue by changing a gap between tissue and the end effector based on a relative proportion of the first signal waveform and the second signal waveform.
A sheet-like implant for emulating hyaline cartilage in an articulating mammalian joint, the sheet-like implant comprising: an array of laterally adjacent segments encompassing an area of a surface corresponding to the hyaline cartilage; a hydrogel layer affixed to at least one side of the array of laterally adjacent segments, wherein the hydrogel layer is configured to provide an exposed sliding surface in the articulating mammalian joint; wherein a portion of the array of laterally adjacent segments has a gap therebetween and the segments are movable relative to one another, characterized in that a size of the gap between the segments moveable relative to one another is adjustable to enable the segments movable relative to one another to converge toward one another or diverge from one another, such that at least some adjacent segments abut each other and to conform to a topography of a bone surface to which the sheet-like implant is to be attached. an array of laterally adjacent segments encompassing an area of a surface corresponding to the hyaline cartilage; a hydrogel layer affixed to at least one side of the array of laterally adjacent segments, wherein the hydrogel layer is configured to provide an exposed sliding surface in the articulating mammalian joint; wherein a portion of the array of laterally adjacent segments has a gap therebetween and the segments are movable relative to one another, characterized in that a size of the gap between the segments moveable relative to one another is adjustable to enable the segments movable relative to one another to converge toward one another or diverge from one another, such that at least some adjacent segments abut each other and to conform to a topography of a bone surface to which the sheet-like implant is to be attached.
A phytoseiid predatory mite releasing system comprising: - a population of the phytoseiid predatory mite; - a food source for the individuals of the phytoseiid predatory mite population, comprising a population of a first host mite and a population of a second host mite different from the first host mite; - a carrier comprising a food source for the host mite populations; Characterized in that a mite species having an intrinsic growth rate (r m) of < 0.28 is selected as the first host mite and the selected second host mite has an intrinsic growth rate (r m) higher than the intrinsic growth rate (r m) of the first host mite. - a population of the phytoseiid predatory mite; - a food source for the individuals of the phytoseiid predatory mite population, comprising a population of a first host mite and a population of a second host mite different from the first host mite; - a carrier comprising a food source for the host mite populations;
An apparatus comprising: a processor having a plurality of execution units, wherein each of the plurality of execution units comprises a fast local register file, RF,; the processor further comprising: a slow first general register file, GRF, communicatively coupled to the plurality of execution units, wherein the first GRF is shared by the plurality of execution units, and a second GRF communicatively coupled to the plurality of execution units, characterized in that: the first GRF and the second GRF are embodied in a single memory structure and configured so that a cache access request is first directed to the first GRF and if the cache access request is unsuccessful, then the cache access request is forwarded to the second GRF, wherein the first GRF has a lower power consumption than the second GRF. a slow first general register file, GRF, communicatively coupled to the plurality of execution units, wherein the first GRF is shared by the plurality of execution units, and a second GRF communicatively coupled to the plurality of execution units, characterized in that: the first GRF and the second GRF are embodied in a single memory structure and configured so that a cache access request is first directed to the first GRF and if the cache access request is unsuccessful, then the cache access request is forwarded to the second GRF, wherein the first GRF has a lower power consumption than the second GRF.
A boot with a tongue or tongue region having a first receiver disposed on a lateral or medial side of the tongue or tongue region, and the first receiver being configured to removably receive a tuning element generally over the lateral or medial side of an ankle joint region and to sufficiently secure the tuning element in place so that the tuning element is disposed from an upper portion of the boot corresponding to a lower leg region, across the front of the ankle joint region, and over at least a portion of an instep of the boot, the tuning element thereby increases the boot's resistance to flex in the ankle joint region, characterized in that the tuning element is configured to be disposed away from and expose a longitudinally central portion of the instep.
A polypeptide, comprising a signal-regulatory protein α (SIRP-α) D1 variant and an Fc variant, wherein the polypeptide comprises a sequence selected from the group consisting of: SEQ ID NOs: 98-104, 107-113, 116-122, and 135-136.
A cascading selective microwave directional amplifier (300, 600) comprising: a set of multi-path interferometric Josephson directional amplifiers (302 1,..., 302 N; 602 1,..., 602 N) based on non degenerate three-wave-mixing Josephson parametric devices, MPIJDA, each Josephson amplifier device (302 1,..., 302 N; 602 1,..., 602N) in the set having a corresponding operating bandwidth (BW 1,..., BWN) of microwave frequencies, wherein different operating bandwidths (BW 1,..., BW N) have different corresponding center frequencies (f 1,..., f N); and wherein forming the cascading comprises building a series coupling of all MPIJDA devices from the set, wherein the series coupling causes first Josephson amplifier device (302 1; 602 1) from the set to amplify a signal of a first frequency (f 1) from a frequency multiplexed microwave signal in a first signal flow direction through the series coupling and n th Josephson amplifier device (602 N) from the set to amplify a signal of an n th frequency (f N) in a second signal flow direction through the series, wherein the second signal flow direction is opposite of the first signal flow direction. a set of multi-path interferometric Josephson directional amplifiers (302 1,..., 302 N; 602 1,..., 602 N) based on non degenerate three-wave-mixing Josephson parametric devices, MPIJDA, each Josephson amplifier device (302 1,..., 302 N; 602 1,..., 602N) in the set having a corresponding operating bandwidth (BW 1,..., BWN) of microwave frequencies, wherein different operating bandwidths (BW 1,..., BW N) have different corresponding center frequencies (f 1,..., f N); and wherein forming the cascading comprises building a series coupling of all MPIJDA devices from the set, wherein the series coupling causes first Josephson amplifier device (302 1; 602 1) from the set to amplify a signal of a first frequency (f 1) from a frequency multiplexed microwave signal in a first signal flow direction through the series coupling and n th Josephson amplifier device (602 N) from the set to amplify a signal of an n th frequency (f N) in a second signal flow direction through the series, wherein the second signal flow direction is opposite of the first signal flow direction.
A display control program for causing a computer of a display control apparatus to act as: adjustment means (311, S 13) for adjusting by a user a distance between a pair of virtual cameras; virtual camera control means (311, S 14) for setting an angle of view of each virtual camera in accordance with the distance between the pair of virtual cameras adjusted by the adjustment means; and rendering means (311, S15) for rendering a virtual object placed in a virtual space, based on the virtual cameras of which the angle of view has been set by the virtual camera control means. adjustment means (311, S 13) for adjusting by a user a distance between a pair of virtual cameras; virtual camera control means (311, S 14) for setting an angle of view of each virtual camera in accordance with the distance between the pair of virtual cameras adjusted by the adjustment means; and rendering means (311, S15) for rendering a virtual object placed in a virtual space, based on the virtual cameras of which the angle of view has been set by the virtual camera control means.
A communication apparatus comprising a control unit configured to: establish a communication link with another communication apparatus; determine whether or not the other communication apparatus supports frames with a short preamble, in which a first format does not include a field which is at least a part of a training signal; and in case it is determined that the other communication apparatus supports frames with a short preamble, calculate a time length until a communication synchronization error falls within a predetermined range with the other communication apparatus; share information indicating the calculated time length with the other communication apparatus; generate a frame with the first frame format when the time length has not elapsed since transmission of a previous frame to the other communication apparatus; and generate a frame with a second frame format including the training signal when the time length has elapsed since transmission of a previous frame to the other communication apparatus. establish a communication link with another communication apparatus; determine whether or not the other communication apparatus supports frames with a short preamble, in which a first format does not include a field which is at least a part of a training signal; and in case it is determined that the other communication apparatus supports frames with a short preamble, calculate a time length until a communication synchronization error falls within a predetermined range with the other communication apparatus; share information indicating the calculated time length with the other communication apparatus; generate a frame with the first frame format when the time length has not elapsed since transmission of a previous frame to the other communication apparatus; and generate a frame with a second frame format including the training signal when the time length has elapsed since transmission of a previous frame to the other communication apparatus.