mhurhangee/ep-ind-claims huggingface dataset:
A projection lens, adapted to project an image beam onto a screen to form an image, the image beam being converted by a light valve from an illumination beam irradiating the light valve, the projection lens comprising: - a first lens group, disposed on a transmission path of the image beam, and having a first optical axis, wherein an extension line of the first optical axis passes through the light valve but does not pass through the image; - a second lens group, disposed on both a transmission path of the illumination beam and the transmission path of the image beam and disposed between the light valve and the first lens group, wherein the second lens group has a second optical axis, and the second optical axis is inclined with respect to the first optical axis such that the projected image has an offset relative to the first optical axis A1 greater than 100% defined as (c +d/2)/(d/2), wherein c is a distance between the extension line of the first optical axis A1 and the edge of the image along an offset direction of the image and d is a width of the image in the offset direction of the image in the circumstance that the offset of the light valve relative to the first optical axis A1 is less than 100% defined as (a+b/2)/(b/2), wherein a is a distance between an extension line of the first optical and the edge of the light valve along the offset direction of the light valve and b is a width of the light valve in the offset direction of the light valve; and - a third lens group, disposed on the transmission path of the image beam and disposed between the first lens group and the second lens group. - a first lens group, disposed on a transmission path of the image beam, and having a first optical axis, wherein an extension line of the first optical axis passes through the light valve but does not pass through the image; - a second lens group, disposed on both a transmission path of the illumination beam and the transmission path of the image beam and disposed between the light valve and the first lens group, wherein the second lens group has a second optical axis, and the second optical axis is inclined with respect to the first optical axis such that the projected image has an offset relative to the first optical axis A1 greater than 100% defined as (c +d/2)/(d/2), wherein c is a distance between the extension line of the first optical axis A1 and the edge of the image along an offset direction of the image and d is a width of the image in the offset direction of the image in the circumstance that the offset of the light valve relative to the first optical axis A1 is less than 100% defined as (a+b/2)/(b/2), wherein a is a distance between an extension line of the first optical and the edge of the light valve along the offset direction of the light valve and b is a width of the light valve in the offset direction of the light valve; and - a third lens group, disposed on the transmission path of the image beam and disposed between the first lens group and the second lens group.
An inflation and containment device comprising: - an exterior tube that is a dual duct having a longitudinal axis and comprising an exterior passageway and an interior passageway extending along the longitudinal axis, said exterior passageway surrounding the interior passageway and being separated from the interior passageway by an interior wall, the exterior tube having at least one exit port in a distal end thereof for the exterior passageway; - an interior fill tube extending through the interior passageway of the exterior tube; - a balloon on a distal end of the interior fill tube; and - a containment jacket having a first portion and a second portion on a distal end of the exterior tube, wherein the containment jacket encloses the balloon; - said first portion of the containment jacket enclosing the balloon in a deflated and in an inflated state and the balloon occupies said first portion of the containment jacket; and - said second portion of the containment jacket receiving a first filler material; - wherein the second portion of the containment jacket is not occupied by the balloon. - an exterior tube that is a dual duct having a longitudinal axis and comprising an exterior passageway and an interior passageway extending along the longitudinal axis, said exterior passageway surrounding the interior passageway and being separated from the interior passageway by an interior wall, the exterior tube having at least one exit port in a distal end thereof for the exterior passageway; - an interior fill tube extending through the interior passageway of the exterior tube; - a balloon on a distal end of the interior fill tube; and - a containment jacket having a first portion and a second portion on a distal end of the exterior tube, wherein the containment jacket encloses the balloon; - said first portion of the containment jacket enclosing the balloon in a deflated and in an inflated state and the balloon occupies said first portion of the containment jacket; and - said second portion of the containment jacket receiving a first filler material; - wherein the second portion of the containment jacket is not occupied by the balloon.
A gas sensor device comprising: a metal-oxide-foam sensing material coupled via silver paste to platinum electrodes and a ruthenium heater that are printed on low temperature co-fired ceramic substrate, wherein the metal-oxide-foam sensing material comprises at least one of a palladium, gold, silver or platinum catalyst in the range of 0.1 weight percent to 3 weight percent.
A method for supporting multiple bands coexistence, wherein the method comprises: receiving radio frequency signals of at least two frequency bands; down frequency mixing (S 1302) the radio frequency signals of different frequency bands to different intermediate frequency ranges to obtain intermediate frequency signals within the different intermediate frequency ranges corresponding to the different frequency bands; merging (S 1304) the intermediate frequency signals within the different intermediate frequency ranges corresponding to the different frequency bands in frequency domain; and performing conversion from analog to digital for the merged intermediate frequency signals, characterized in that local oscillators corresponding to each of the different frequency bands are used for the down frequency mixing (S 1302) of the radio frequency signals, and a multi-channel analog-digital converter is used for the conversion from analog to digital, wherein prior to the down frequency mixing, the method further comprises adjusting a frequency of one of the local oscillators corresponding to each of the different frequency bands according to a position of a blocking signal at an air interface. receiving radio frequency signals of at least two frequency bands; down frequency mixing (S 1302) the radio frequency signals of different frequency bands to different intermediate frequency ranges to obtain intermediate frequency signals within the different intermediate frequency ranges corresponding to the different frequency bands; merging (S 1304) the intermediate frequency signals within the different intermediate frequency ranges corresponding to the different frequency bands in frequency domain; and performing conversion from analog to digital for the merged intermediate frequency signals, characterized in that local oscillators corresponding to each of the different frequency bands are used for the down frequency mixing (S 1302) of the radio frequency signals, and a multi-channel analog-digital converter is used for the conversion from analog to digital, wherein prior to the down frequency mixing, the method further comprises adjusting a frequency of one of the local oscillators corresponding to each of the different frequency bands according to a position of a blocking signal at an air interface.
A Base Station, BS, apparatus comprising: an identification unit configured to identify a radio section-dedicated Quality of Service, QoS, parameter mapped to a QoS parameter applied to a service flow of a packet to be transmitted to a terminal, the service flow being transported with one or more other service flows in an Evolved Packet System, EPS, bearer with a QoS level applied by a core network; and a transmission unit configured to apply the radio section-dedicated QoS parameter in transmission of the packet and transmit the packet at a radio section-dedicated QoS level converted from the QoS level applied by the core network; characterized by a storage unit configured to store a mapping rule in which N, N > 1, different radio section-dedicated QoS parameters are mapped to each QoS parameter applied to the service flow; and the identification unit configured to check a particular field for identifying a service quality type, DiffServ, in a header of the packet to identify the QoS of content and to identify a radio section-dedicated QoS parameter mapped to the identified QoS of content based on the mapping rule. an identification unit configured to identify a radio section-dedicated Quality of Service, QoS, parameter mapped to a QoS parameter applied to a service flow of a packet to be transmitted to a terminal, the service flow being transported with one or more other service flows in an Evolved Packet System, EPS, bearer with a QoS level applied by a core network; and a transmission unit configured to apply the radio section-dedicated QoS parameter in transmission of the packet and transmit the packet at a radio section-dedicated QoS level converted from the QoS level applied by the core network; characterized by a storage unit configured to store a mapping rule in which N, N > 1, different radio section-dedicated QoS parameters are mapped to each QoS parameter applied to the service flow; and the identification unit configured to check a particular field for identifying a service quality type, DiffServ, in a header of the packet to identify the QoS of content and to identify a radio section-dedicated QoS parameter mapped to the identified QoS of content based on the mapping rule.
A system comprising an intravenous, IV, bag and a pharmaceutical waste system for treating a residual pharmaceutical composition disposed in the IV bag, the pharmaceutical waste system comprising: an extraction stage in fluid communication with the IV bag, with said extraction stage being configured to extract at least a portion of the residual pharmaceutical composition from the IV bag; a pharmaceutical dispenser coupler configured to couple the IV bag to said extraction stage; and a pharmaceutical waste treatment stage in fluid communication with said extraction stage, said pharmaceutical waste treatment stage being configured to change the residual pharmaceutical composition extracted from the IV bag in one of a chemical and physical manner. an extraction stage in fluid communication with the IV bag, with said extraction stage being configured to extract at least a portion of the residual pharmaceutical composition from the IV bag; a pharmaceutical dispenser coupler configured to couple the IV bag to said extraction stage; and a pharmaceutical waste treatment stage in fluid communication with said extraction stage, said pharmaceutical waste treatment stage being configured to change the residual pharmaceutical composition extracted from the IV bag in one of a chemical and physical manner.
Elevator system, comprising: a driving member; a hoisting means, which engages with the aforementioned driving member by frictional traction; wherein the elevator system comprises traction determination means (4, 5, 6A, 6B, 7) for determining the traction of the driving member; and a control circuit, which is configured to start a procedure ensuring the safety of the elevator system after the traction determination means (4, 5, 6A, 6B, 7) have detected that the traction of the driving member has weakened, whereby the elevator system comprises a control unit; characterized in that the aforementioned control unit is configured to start a testing run for testing the traction of the driving member; and in that the traction determination means (4, 5, 6A, 6B, 7) are configured to determine the traction of the driving member in connection with the testing run, and that the elevator car is configured for moving at an increased acceleration and/or deceleration in connection with a testing run. a driving member; a hoisting means, which engages with the aforementioned driving member by frictional traction; wherein the elevator system comprises traction determination means (4, 5, 6A, 6B, 7) for determining the traction of the driving member; and a control circuit, which is configured to start a procedure ensuring the safety of the elevator system after the traction determination means (4, 5, 6A, 6B, 7) have detected that the traction of the driving member has weakened, whereby the elevator system comprises a control unit; characterized in that the aforementioned control unit is configured to start a testing run for testing the traction of the driving member; and in that the traction determination means (4, 5, 6A, 6B, 7) are configured to determine the traction of the driving member in connection with the testing run, and that the elevator car is configured for moving at an increased acceleration and/or deceleration in connection with a testing run.
A mobile device for receiving an orthogonal frequency division multiplexing, OFDM, signal, the mobile device comprising: a reception section configured to receive from a base station information of a number of subcarrier blocks, N sb, to be used for averaging channel quality, each of the subcarrier blocks including a plurality of subcarriers; a subcarrier block selection section configured to select subcarrier blocks corresponding to the information of the number of subcarrier blocks, N sb, which provide higher channel quality, within a communication band to be used for transmission from the base station to the mobile device, wherein said number of subcarrier blocks, N sb, is less than the total number of subcarrier blocks within the communication band; a CQI generating section configured to generate one channel quality indicator, CQI, the generated CQI being a value representing an average channel quality across only the N sb selected subcarrier blocks; and a reporting section configured to transmit a signal, to the base station, the signal including the generated CQI and information indicating positions of the N sb selected subcarrier blocks selected by the subcarrier block selection section, wherein the information of the number of subcarrier blocks, N sb, received from the base station does not indicate positions of the subcarrier blocks to be selected. a reception section configured to receive from a base station information of a number of subcarrier blocks, N sb, to be used for averaging channel quality, each of the subcarrier blocks including a plurality of subcarriers; a subcarrier block selection section configured to select subcarrier blocks corresponding to the information of the number of subcarrier blocks, N sb, which provide higher channel quality, within a communication band to be used for transmission from the base station to the mobile device, wherein said number of subcarrier blocks, N sb, is less than the total number of subcarrier blocks within the communication band; a CQI generating section configured to generate one channel quality indicator, CQI, the generated CQI being a value representing an average channel quality across only the N sb selected subcarrier blocks; and a reporting section configured to transmit a signal, to the base station, the signal including the generated CQI and information indicating positions of the N sb selected subcarrier blocks selected by the subcarrier block selection section, wherein the information of the number of subcarrier blocks, N sb, received from the base station does not indicate positions of the subcarrier blocks to be selected.
A method for operating a receiverless device positioning, the method comprising: receiving, by a processor, a first request corresponding to a first location; registering data associated with the first request; receiving a second request at a second location, the first location is different than the second location; characterised by: comparing the first and second location, and time between the first request and the second request; and allowing the second request based at least in part on the comparison. receiving, by a processor, a first request corresponding to a first location; registering data associated with the first request; receiving a second request at a second location, the first location is different than the second location; characterised by: comparing the first and second location, and time between the first request and the second request; and allowing the second request based at least in part on the comparison. comparing the first and second location, and time between the first request and the second request; and allowing the second request based at least in part on the comparison.
An adjustable handlebar stem assembly comprising a vertical tube adapted to extend through a bicycle head tube, a stem having a clamping portion on one end thereof and the clamping portion adapted to clamp a handlebar, wherein the vertical tube comprises a head which has a toothed face; the stem comprises two plates extending from the clamping portion, the two plates being pivotably connected on two ends of the head; a pawl member is pivotably located between the two plates by extending a pin through the two plates and a mediate portion of the pawl member, the pawl member comprises a press end and an engaging portion respectively on two ends thereof, the engaging portion has teeth which are engageable with the toothed face; characterized in that a restriction rod is located above the pawl member and has a first end thereof extending through one of the two plates, a restriction member is connected to the first end of the restriction rod that is located between the two plates, and a quick-release comprises a lever which includes a restriction portion extending from an underside thereof, the restriction portion includes a recess which faces the restriction rod, two lugs extend from a first end of the lever and each have a curved outer periphery which is pivotably in contact with the press end of the pawl member, each of the two lugs has an eccentric hole and a pivot extends through the two lugs, a bolt has a first end thereof extending from an underside of the stem and is threadedly connected to a threaded hole of the pivot, a second end of the bolt is connected to the stem, the lever of the quick-release is pivotably located between the two plates, wherein when the lever of the quick-release is pivoted downward and located between the two plates and when the restriction rod is not pushed inward, the restriction member is engaged with the recess of the restriction portion of the lever, thereby restricting the lever of the quick-release to be pivoted, the pawl member is pivoted relative to the pin and the engaging portion is engaged with the toothed face of the vertical tube.
Sensor apparatus having an encoder element, which is able to be displaced in a direction of movement, having at least two sensors, which are fixed to the housing and are magnetic field-sensitive, for determining a position and/or movement of the encoder element, and having a control device, which is designed to monitor output signals of the sensors and to combine them to form a difference signal, wherein the encoder element is mounted such that it is able to be displaced linearly in the direction of movement, wherein the encoder element has a first magnet arrangement, which has differently oriented magnetic fields along the direction of movement of the encoder element, wherein the encoder element has a second magnet arrangement, which has differently oriented magnetic fields along the direction of movement of the encoder element, wherein the sensors are each assigned to one of the magnet arrangements (6, 7), and wherein the orientations of the magnetic fields of the magnet arrangements (6, 7) along the encoder element differ from each other.
A reinforced package (1; 101; 201), comprising: a carton (5; 105; 205) comprising a plurality of panels (21, 23, 28, 29; 21, 23, 128, 129) that extends at least partially around an interior of the carton, the plurality of panels comprising a front panel, a first side panel (28; 128) foldably connected to the front panel along a first fold line (33; 133; 233), a back panel foldably connected to at least the first side panel along a second fold line (31; 131; 231), and a second side panel (29; 129) foldably connected to at least one of the front panel and the back panel; and a bag at least partially attached to the carton, the bag having an at least partially open end, an at least partially closed end, and an interior space for holding a product; wherein the carton is positionable in a non-erect position wherein the interior space of the bag is at least partially collapsed and in an erect position wherein the interior space of the bag is increased, and the carton is configured to support the bag in the erect position; wherein the first side panel and the second side panel comprise retention features for at least partially retaining the carton in the erect position, and characterised in that the retention features comprise at least a V-shaped fold line (32a, 32b; 132a, 132b) extending from the first fold line and extending in the first side panel. a carton (5; 105; 205) comprising a plurality of panels (21, 23, 28, 29; 21, 23, 128, 129) that extends at least partially around an interior of the carton, the plurality of panels comprising a front panel, a first side panel (28; 128) foldably connected to the front panel along a first fold line (33; 133; 233), a back panel foldably connected to at least the first side panel along a second fold line (31; 131; 231), and a second side panel (29; 129) foldably connected to at least one of the front panel and the back panel; and a bag at least partially attached to the carton, the bag having an at least partially open end, an at least partially closed end, and an interior space for holding a product; wherein the carton is positionable in a non-erect position wherein the interior space of the bag is at least partially collapsed and in an erect position wherein the interior space of the bag is increased, and the carton is configured to support the bag in the erect position; wherein the first side panel and the second side panel comprise retention features for at least partially retaining the carton in the erect position, and characterised in that the retention features comprise at least a V-shaped fold line (32a, 32b; 132a, 132b) extending from the first fold line and extending in the first side panel.
An alloy, characterized in that it contains the following elements, the proportions being shown as percentage by weight of the alloy: Cr 20 to 35% Fe 10 to 25% W 2 to 10% Nb 0.5 to 2.5% Ti 0 to 1% C 0.2 to 1.2% Co less than 4% Si less than 0.9% Mn less than 0.9% the remainder consisting of nickel and unavoidable impurities, the alloys being devoid of Ce, La, B, Y, Dy, Re and other rare earth metals, and does not contain aluminum other than in the form of unavoidable impurity at contents of less than 0.05%, nor molybdenum other than in the form of unavoidable impurity at contents of less than 0.1%,.