mhurhangee/ep-ind-claims huggingface dataset:
A fixation structure for securing a patient interface on a patient's face, the fixation structure comprising: a body; wherein a first side of the body facing away from the patient's face and toward the patient interface comprises a fixation element, the fixation element attachable to a complementary fastener of an attachment structure (216A, 216B) of the patient interface; and characterized in that the fixation element has a pattern of slits which facilitate flexibility to the fixation element, wherein the pattern of slits includes alternating columns of shapes of slits. a body; wherein a first side of the body facing away from the patient's face and toward the patient interface comprises a fixation element, the fixation element attachable to a complementary fastener of an attachment structure (216A, 216B) of the patient interface; and characterized in that the fixation element has a pattern of slits which facilitate flexibility to the fixation element, wherein the pattern of slits includes alternating columns of shapes of slits.
Sprinkler to water a road, in particular a driver training route or a test route, having a primarily hollow and rigid base element, which can be connected to a subsurface, which has a sheathing and a connection for a pipeline, as well as a nozzle hydraulically connected to the connection via a base element, wherein a height adjustment connected in a detachable manner to the nozzle is provided, which connects the base element and the nozzle along a longitudinal axis of the base element in a movable manner, wherein the nozzle has a nozzle body, an inlet opening and an outlet opening defining a spraying direction, wherein the outlet opening is formed at least in part by a recess of a spraying insert arranged within the nozzle in a movable manner, wherein the height adjustment and the base element are connected by a thread, characterized in that a pipe-shaped upper part is provided on an upper end of the height adjustment on the outside with an outer diameter corresponding to an outer diameter of the sheathing, which slightly protrudes over the nozzle and that the base element and height adjustment are directly connected via an intermediate part, which is connected to the base element in a form-fitting manner.
Unit (1, eNB, SGW, PGW) comprising a processor and interface means adapted for receiving and transmitting packets (15, 17) to external units (1, eNB, SGW, PGW) over a communication interface (COM_INT), the interface means comprising a first layer filtering means operating according to first level filtering rules and first packet queues (Q1_1 - Q1_n); the processor comprising at least one kernel (KL_1 - KL_n), second layer filtering means operating according to second level filtering rules, second packet queues (Q2_1 - Q2_n) and applications (AP_1 - AP_n); for at least parts of a packet received on the communication interface (COM_INT), the unit being adapted for - delivering said parts of a packet to the first layer filtering means; - applying first level filtering; - performing first sorting according to the first level filtering rules and delivering said parts of a packet to one of the first packet queues (Q1_1 - Q1_n) in dependence on the first sorting; the unit further being adapted for delivering said at least parts of a packet from a first packet queue to the second layer filtering means, via or bypassing one kernel (KL_1 - KL_n) or from first packet queues; and delivering at least said parts of a packet in the second layer filtering means to a second packet queue and further to an application (AP_1 - AP_n); the unit further being adapted for - applying second level filtering; - performing second sorting of said parts of a packet according to the second level filtering rules and - delivering said parts of a packet to one of the applications in dependence on the second sorting (AP_1 - AP_n), and wherein the second level filtering constitutes deep packet inspection, wherein the first packet queues are associated with a set of first priority levels (0 - 6) and wherein the second packet queues are associated with a set of second priority levels (0 - 6); the first and second layer filtering rules being arranged such that low priority packets are queued in respective queues of lower priority levels (4 - 6) while high priority packets are queued in respective queues of higher priority levels (0 - 3). - delivering said parts of a packet to the first layer filtering means; - applying first level filtering; - performing first sorting according to the first level filtering rules and delivering said parts of a packet to one of the first packet queues (Q1_1 - Q1_n) in dependence on the first sorting; the unit further being adapted for delivering said at least parts of a packet from a first packet queue to the second layer filtering means, via or bypassing one kernel (KL_1 - KL_n) or from first packet queues; and delivering at least said parts of a packet in the second layer filtering means to a second packet queue and further to an application (AP_1 - AP_n); the unit further being adapted for - applying second level filtering; - performing second sorting of said parts of a packet according to the second level filtering rules and - delivering said parts of a packet to one of the applications in dependence on the second sorting (AP_1 - AP_n), and wherein
A docking station for a handheld electronic device; the docking station comprising - a main body comprising a slot; - one or more feet (105, 111) extending downwards from the main body and enabling the main body to be placed on a ground; and - a detachable back support extending upwards from the main body and enabling an electronic device to be placed into the docking station; - wherein the slot has dimensions which correspond to dimensions of a lower edge of the back support and the lower edge of the back support is configured to be placed within the slot of the main body for attaching the back support to the main body; - wherein the back support comprises a first magnetic element at the lower edge of the back support; - the main body comprises a second magnetic element within the slot; and - the first magnetic element and the second magnetic element are configured to attract one another, such that the back support is retained within the slot of the main body; characterized in that - the docking station comprises a control element and a lever connected to the control element, wherein the lever is configured to move the second magnetic element away from the first magnetic element, when the control element is actuated, in order to reduce a magnetic force between the first magnetic element and the second magnetic element, and to allow a user to remove the back support from the slot. - a main body comprising a slot; - one or more feet (105, 111) extending downwards from the main body and enabling the main body to be placed on a ground; and - a detachable back support extending upwards from the main body and enabling an electronic device to be placed into the docking station; - wherein the slot has dimensions which correspond to dimensions of a lower edge of the back support and the lower edge of the back support is configured to be placed within the slot of the main body for attaching the back support to the main body; - wherein the back support comprises a first magnetic element at the lower edge of the back support; - the main body comprises a second magnetic element within the slot; and - the first magnetic element and the second magnetic element are configured to attract one another, such that the back support is retained within the slot of the main body; characterized in that - the docking station comprises a control element and a lever connected to the control element, wherein the lever is configured to move the second magnetic element away from the first magnetic element, when the control element is actuated, in order to reduce a magnetic force between the first magnetic element and the second magnetic element, and to allow a user to remove the back support from the slot.
A ballast providing power to a lamp from a power supply providing a supply voltage, said ballast responsive to a remote enable signal from a lighting control module, said ballast comprising: a bias regulator circuit generating a first bias voltage and a second bias voltage; a controller receiving the generated first bias voltage from the bias regulator circuit; a power stage controlled by the controller receiving the second bias voltage from the bias regulator circuit and the supply voltage from the power supply and providing power to the lamp; characterized in a bias control circuit receiving the remote enable signal and energizing the bias regulator circuit in response to the received remote enable signal, wherein said bias regulator circuit, when energized by said bias control circuit, generates the first bias voltage to energize the controller and the second bias voltage to enable the power stage. a bias regulator circuit generating a first bias voltage and a second bias voltage; a controller receiving the generated first bias voltage from the bias regulator circuit; a power stage controlled by the controller receiving the second bias voltage from the bias regulator circuit and the supply voltage from the power supply and providing power to the lamp; characterized in a bias control circuit receiving the remote enable signal and energizing the bias regulator circuit in response to the received remote enable signal, wherein said bias regulator circuit, when energized by said bias control circuit, generates the first bias voltage to energize the controller and the second bias voltage to enable the power stage.
A nail comprising: a head; a penetrating tip; a shank extending from the head to the penetrating tip and having a circumference and a longitudinal axis; and a plurality of rows of deformations in the shank extending outwardly of the shank, the rows formed in a spiral pattern along the length of the shank from about the head to about the penetrating tip, the rows of deformations being formed parallel to one another and formed at an angle of at least 50 degrees relative to a perpendicular to a longitudinal axis of the nail whereby the deformations (14; 414; 514) are formed as teeth extending outwardly from the shank (12; 412; 14; 414; 514) and are formed with a leading portion tapering toward the penetrating tip and a trailing portion having an interference surface oriented toward the head, opposite the leading portion, and characterized in that the teeth (114; 414; 514) overlap one another at adjacent leading ends (118; 418; 518) and trailing ends (120; 420; 520). a head; a penetrating tip; a shank extending from the head to the penetrating tip and having a circumference and a longitudinal axis; and a plurality of rows of deformations in the shank extending outwardly of the shank, the rows formed in a spiral pattern along the length of the shank from about the head to about the penetrating tip, the rows of deformations being formed parallel to one another and formed at an angle of at least 50 degrees relative to a perpendicular to a longitudinal axis of the nail whereby the deformations (14; 414; 514) are formed as teeth extending outwardly from the shank (12; 412; 14; 414; 514) and are formed with a leading portion tapering toward the penetrating tip and a trailing portion having an interference surface oriented toward the head, opposite the leading portion, and characterized in that the teeth (114; 414; 514) overlap one another at adjacent leading ends (118; 418; 518) and trailing ends (120; 420; 520).
A method for time-dependent hint generation, the method comprising: receiving a plurality of resource samples by a hinting machine, each resource sample recorded at a corresponding sample time and indicating a rendering status of a respective resource (127, 510) with respect to rendering a web page at the corresponding sample time, the web page comprising multiple of the resources; calculating, by the hinting machine as a function of the plurality of resource samples, a time-based probability function of each resource being fetched over time as part of rendering the web page, wherein calculating the time-based probability function as a function of the plurality of resource samples comprises applying a weighting function to each resource sample to weight an impact of each resource sample on the time-based probability function for the particular resource; and generating, by the hinting machine according to the respective time-based probability functions, a plurality of time-dependent hints (150, 550) for prefetching the set of resources in association with rendering the web page by a client machine. receiving a plurality of resource samples by a hinting machine, each resource sample recorded at a corresponding sample time and indicating a rendering status of a respective resource (127, 510) with respect to rendering a web page at the corresponding sample time, the web page comprising multiple of the resources; calculating, by the hinting machine as a function of the plurality of resource samples, a time-based probability function of each resource being fetched over time as part of rendering the web page, wherein calculating the time-based probability function as a function of the plurality of resource samples comprises applying a weighting function to each resource sample to weight an impact of each resource sample on the time-based probability function for the particular resource; and generating, by the hinting machine according to the respective time-based probability functions, a plurality of time-dependent hints (150, 550) for prefetching the set of resources in association with rendering the web page by a client machine.
A pressurization device for pressurizing a propellant tank of a rocket engine, the device comprising a pressurization loop having a primary heater suitable for heating the propellant coming from the tank prior to it being reintroduced into the tank, the primary heater using the heat of combustion from the engine, the device further including a secondary heater having its source of heat independent from the operation of the engine and means for putting the propellant under pressure in the pressurization loop, the pressurization device being characterized in that the secondary heater is arranged downstream from the primary heater to heat the propellant between the propellant leaving the primary heater and being reintroduced into the tank.
Lightweight aircraft passenger seat assembly, comprising three seat portions each one having a seat shell 40 for aircraft passenger and a supporting portion (2, 3) for supporting the seat portions relative to an aircraft structure, wherein the seat shells and the supporting portion (2, 3) are constructed as lightweight components (2, 3, 4), wherein the seat shells each comprise a sitting portion a backrest portion, a headrest portion as well as two armrest portions arranged on both longitudinal sides of the backrest portion, wherein each seat shell is a one-piece composite sandwich construction and comprises a first side panel, a second side panel and a core material between the first side panel and the second side panel, wherein for connecting each seat shell to a frame portion the supporting portion (2,3), the backrest portion is bonded to a spine portion of the frame portion wherein the spine portion comprises furcated ends and a proximal end, the backrest portion being bonded to the spine portion in three positions including the furcated ends of the spine portion and a part of the spine portion between its proximal end and the furcated ends, wherein the sitting portion is configured to rest on a beam portion and/or closed loop portions of the frame portion, so as to slide thereon in a guided fashion, wherein it can be held by friction in individual positions, and wherein for comfort, the seat portion comprises cushioning pads (45,46,47) bonded to the sitting portion, the backrest portion and/or the headrest portion and the armrest portions.
A method for dynamic escape detection characterized by: associating each object created by an application program with a start cache line of the respective object within a cache memory, such that a scope attribute bit of each respective object is determined according to a scope attribute bit of a start cache line of each respective object; detecting a pointer update of a first object having a global scope, the pointer update to update a link of the first object to point to a second object; issuing a single instruction to assert that a scope attribute bit associated with the second object identifies a scope of the second object as global; and invoking a handler routine to verify that the scope of the second object is local if the single instruction detects that the scope attribute associated with the second object identifies the scope of the second object as local; and converting, if the second object is identified as local, the second object to a global object. associating each object created by an application program with a start cache line of the respective object within a cache memory, such that a scope attribute bit of each respective object is determined according to a scope attribute bit of a start cache line of each respective object; detecting a pointer update of a first object having a global scope, the pointer update to update a link of the first object to point to a second object; issuing a single instruction to assert that a scope attribute bit associated with the second object identifies a scope of the second object as global; and invoking a handler routine to verify that the scope of the second object is local if the single instruction detects that the scope attribute associated with the second object identifies the scope of the second object as local; and converting, if the second object is identified as local, the second object to a global object.
A recombinant or synthetic nucleic acid molecule having the function of an autonomously replicating sequence selected from the group consisting of SEQ ID NO: 1-10 and SEQ ID NO: 12-19, wherein the nucleic acid molecule includes at least one mutation relative to the corresponding wild type sequence (SEQ ID NO: 10-13, or 16), and wherein the at least one mutation is selected from the illustrated mutations in SEQ ID NO:1-3, 5-9, 14-15, and 17-19.
An information transmission method, performed by a terminal device (130, 140, 800, 900) or a chip of a terminal device (130, 140, 800, 900), comprising: receiving downlink control information, DCI, with cyclic redundancy code, CRC, scrambled by a radio network temporary identifier, RNTI, wherein the RNTI corresponds to a time domain resource set, the time domain resource set comprising at least one first time domain resource, and the DCI comprises second information indicating an index of the first time domain resource in the time domain resource set; determining the time domain resource set based on the RNTI; determining the first time domain resource based on the time domain resource set and the second information; and performing information transmission on the first time domain resource and through a physical channel; wherein the time domain resource set belongs to a plurality of time domain resource sets comprising a first time domain resource set and a second time domain resource set, a first RNTI corresponds to the first time domain resource set, and a second RNTI corresponds to the second time domain resource set, the second RNTI is different from the first RNTI; and the first time domain resource set is predefined in a protocol and the second time domain resource set is configured by radio resource control, RRC, signaling, or, the first time domain resource set and the second time domain resource set are configured by RRC signaling. receiving downlink control information, DCI, with cyclic redundancy code, CRC, scrambled by a radio network temporary identifier, RNTI, wherein the RNTI corresponds to a time domain resource set, the time domain resource set comprising at least one first time domain resource, and the DCI comprises second information indicating an index of the first time domain resource in the time domain resource set; determining the time domain resource set based on the RNTI; determining the first time domain resource based on the time domain resource set and the second information; and performing information transmission on the first time domain resource and through a physical channel; wherein the time domain resource set belongs to a plurality of time domain resource sets comprising a first time domain resource set and a second time domain resource set, a first RNTI corresponds to the first time domain resource set, and a second RNTI corresponds to the second time domain resource set, the second RNTI is different from the first RNTI; and the first time domain resource set is predefined in a protocol and the second time domain resource set is configured by radio resource control, RRC, signaling, or, the first time domain resource set and the second time domain resource set are configured by RRC signaling. the first time domain resource set is predefined in a protocol and the second time domain resource set is configured by radio resource control, RRC, signaling, or, the first time domain resource set and the second time domain resource set are configured by RRC signaling.
A method for transmitting a physical broadcast channel, PBCH, in a wireless access system supporting machine type communication, MTC, the method performed by an evolved Node B, eNB, and comprising: broadcasting a first PBCH through a first transmission region in a first subframe which is a starting subframe of a frame; characterized by: repeatedly broadcasting a second PBCH through a second transmission region in a second subframe, wherein the first subframe is contiguous with the second subframe, wherein the second transmission region is configured based on a channel status information reference signal, CSI-RS, in the second subframe, wherein the first PBCH is a legacy PBCH for a normal user equipment, UE, and the second PBCH is a MTC PBCH for a MTC UE, wherein the first transmission region is configured by 72 subcarriers at a center frequency of a second slot of the first subframe in every frame, and wherein the first PBCH and the second PBCH are configured with a same PBCH encoded bit block. broadcasting a first PBCH through a first transmission region in a first subframe which is a starting subframe of a frame; characterized by: repeatedly broadcasting a second PBCH through a second transmission region in a second subframe, wherein the first subframe is contiguous with the second subframe, wherein the second transmission region is configured based on a channel status information reference signal, CSI-RS, in the second subframe, wherein the first PBCH is a legacy PBCH for a normal user equipment, UE, and the second PBCH is a MTC PBCH for a MTC UE, wherein the first transmission region is configured by 72 subcarriers at a center frequency of a second slot of the first subframe in every frame, and wherein the first PBCH and the second PBCH are configured with a same PBCH encoded bit block. repeatedly broadcasting a second PBCH through a second transmission region in a second subframe, wherein the first subframe is contiguous with the second subframe, wherein the second transmission region is configured based on a channel status information reference signal, CSI-RS, in the second subframe, wherein the first PBCH is a legacy PBCH for a normal user equipment, UE, and the second PBCH is a MTC PBCH for a MTC UE, wherein the first transmission region is configured by 72 subcarriers at a center frequency of a second slot of the first subframe in every frame, and wherein the first PBCH and the second PBCH are configured with a same PBCH encoded bit block.