mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for use in a wireless communication network using a time division duplex, TDD, time grid, comprising: transceiver circuitry configured to send and receive data in a plurality of time periods, defined by the time grid, to another entity, the plurality of time periods corresponding to a plurality of orthogonal frequency division multiplexing, OFDM, symbols comprised within a single subframe or a self-contained block of subframes; and the transceiver circuitry further configured to switch from receive mode to transmit mode and/or from transmit mode to receive mode according to a flexible uplink and downlink allocation of the plurality of time periods; baseband circuitry coupled to the transceiver circuitry, wherein the baseband circuitry is further configured to operate at at least two different sampling frequencies, and wherein the baseband circuitry is further configured to operate at a faster sampling frequency of said at least two different sampling frequencies in at least a portion of the single subframe or the self-contained block of subframes and the baseband circuitry is further configured to control the transceiver circuitry to transmit or receive data in one or more OFDM symbols inside the portion generated at a faster sampling frequency of the at least two different sampling frequencies, characterized in that the baseband circuitry is further configured to control the transceiver circuitry to perform the switching during a switching interval embedded within a first time period corresponding to an OFDM symbol inside the portion generated at the faster sampling frequency. transceiver circuitry configured to send and receive data in a plurality of time periods, defined by the time grid, to another entity, the plurality of time periods corresponding to a plurality of orthogonal frequency division multiplexing, OFDM, symbols comprised within a single subframe or a self-contained block of subframes; and the transceiver circuitry further configured to switch from receive mode to transmit mode and/or from transmit mode to receive mode according to a flexible uplink and downlink allocation of the plurality of time periods; baseband circuitry coupled to the transceiver circuitry, wherein the baseband circuitry is further configured to operate at at least two different sampling frequencies, and wherein the baseband circuitry is further configured to operate at a faster sampling frequency of said at least two different sampling frequencies in at least a portion of the single subframe or the self-contained block of subframes and the baseband circuitry is further configured to control the transceiver circuitry to transmit or receive data in one or more OFDM symbols inside the portion generated at a faster sampling frequency of the at least two different sampling frequencies, characterized in that the baseband circuitry is further configured to control the transceiver circuitry to perform the switching during a switching interval embedded within a first time period corresponding to an OFDM symbol inside the portion generated at the faster sampling frequency.
A method for evaluating renal status in a subject, comprising: determining a measured value for a urine TIMP2 concentration and a urine IGFBP7 concentration; determining a measured value for a serum creatinine concentration and optionally further of a urine output; combining the measured values obtained into a single value to provide an assay result; and correlating the assay result to the renal status of the subject, wherein said correlation step comprises correlating the assay result(s) to one or more of diagnosis, risk stratification, prognosis, classifying and monitoring of the renal status of the subject. determining a measured value for a urine TIMP2 concentration and a urine IGFBP7 concentration; determining a measured value for a serum creatinine concentration and optionally further of a urine output; combining the measured values obtained into a single value to provide an assay result; and correlating the assay result to the renal status of the subject, wherein said correlation step comprises correlating the assay result(s) to one or more of diagnosis, risk stratification, prognosis, classifying and monitoring of the renal status of the subject.
A plastic bag comprising: two sheets of panel material superposed with each other to have opposite side edges; and a pair of sheets of side gusset material extending along the opposite side edges, each of the sheets of side gusset material being folded into halves and interposed between the sheets of panel material to have a folded inner edge and open outer edges, each of the sheets of side gusset material further having opposite end portions one of which is folded obliquely along a folded line as it is folded into halves so that a triangular flap is formed by the end portion to be shaped into a triangle having a base formed by the folded line, each of the sheets of side gusset material further having opposite end edges, the triangle further having an apex formed by an intersection between one of the opposite end edges and the folded inner edge of the sheet of side gusset material, the triangular flap having a folded side formed by the folded inner edge, the triangular flap further having an open side formed by the end edge, the sheets of panel material, the sheets of side gusset material and the triangular flaps being heat sealed with each other along the opposite side edges of the sheets of panel material, the plastic bag being characterized by a flow path formed by the folded side or the open side to discharge air or gas through the flow path. two sheets of panel material superposed with each other to have opposite side edges; and a pair of sheets of side gusset material extending along the opposite side edges, each of the sheets of side gusset material being folded into halves and interposed between the sheets of panel material to have a folded inner edge and open outer edges, each of the sheets of side gusset material further having opposite end portions one of which is folded obliquely along a folded line as it is folded into halves so that a triangular flap is formed by the end portion to be shaped into a triangle having a base formed by the folded line, each of the sheets of side gusset material further having opposite end edges, the triangle further having an apex formed by an intersection between one of the opposite end edges and the folded inner edge of the sheet of side gusset material, the triangular flap having a folded side formed by the folded inner edge, the triangular flap further having an open side formed by the end edge, the sheets of panel material, the sheets of side gusset material and the triangular flaps being heat sealed with each other along the opposite side edges of the sheets of panel material, the plastic bag being characterized by a flow path formed by the folded side or the open side to discharge air or gas through the flow path.
A method comprising: determining, at a mobile device, an aggregate allowable latency value applicable to a plurality of applications running on the mobile device; converting, at the mobile device, the aggregate allowable latency value to a parameter; and transmitting the parameter from the mobile device to an access node in order to negotiate a change to the scheduling of paging channel transmissions. determining, at a mobile device, an aggregate allowable latency value applicable to a plurality of applications running on the mobile device; converting, at the mobile device, the aggregate allowable latency value to a parameter; and transmitting the parameter from the mobile device to an access node in order to negotiate a change to the scheduling of paging channel transmissions.
An antenna system comprising: a first antenna; a second antenna; a first connecting cable, a second connecting cable, and a combiner comprising a first channel coupled to said first antenna via said first connecting cable and a second channel coupled to said second antenna via said second connecting cable, said combiner further comprising a sum channel, wherein said antenna system is configured to couple a transmit signal to the sum channel of said combiner during a transmit mode and wherein said first and said second antennas are flat panel antennas (102; 104) spatially separated, wherein said first and second antennas (102; 104) have a low-profile shape in the general shape of an ellipse of approximately 152.4 cm x 30.48 cm (5' x 1'), thereby providing a reduced windload on said first and second antennas (102; 104). a first antenna; a second antenna; a first connecting cable, a second connecting cable, and a combiner comprising a first channel coupled to said first antenna via said first connecting cable and a second channel coupled to said second antenna via said second connecting cable, said combiner further comprising a sum channel, wherein said antenna system is configured to couple a transmit signal to the sum channel of said combiner during a transmit mode and wherein said first and said second antennas are flat panel antennas (102; 104) spatially separated, wherein said first and second antennas (102; 104) have a low-profile shape in the general shape of an ellipse of approximately 152.4 cm x 30.48 cm (5' x 1'), thereby providing a reduced windload on said first and second antennas (102; 104).
A system (200, 300) for automatically loosening or removing shoulder blades (311, 711) from shoulders of animal carcass, the system comprising: • a holding means, operably connected to transport means (202, 302), for securing a shoulder selected from the shoulders at the leg portion and transporting the shoulder in a transport direction, and • separator means (204, 304) comprising: ∘ an elongated separation section (206, 306) arranged to abut the shoulder blade as the shoulder blade is transported past the elongated separation section, the elongated separation section being positioned at an angle relative to the transport direction of the shoulder such that an increasing pulling force is obtained onto the shoulder blade until the shoulder blade is either loosened or separated from the shoulder, wherein the transport means comprises an overhead conveyor and the holding means comprises a shackle slideably attached to the overhead conveyor and configured to carry the shoulder at the leg portion of the shoulder, characterized in that the system further comprises a conveyor means arranged below the overhead conveyor configured to receive the shoulder, where the shoulder is conveyed by the conveyor means in substantially the same direction as the overhead conveyor. • a holding means, operably connected to transport means (202, 302), for securing a shoulder selected from the shoulders at the leg portion and transporting the shoulder in a transport direction, and • separator means (204, 304) comprising: ∘ an elongated separation section (206, 306) arranged to abut the shoulder blade as the shoulder blade is transported past the elongated separation section, the elongated separation section being positioned at an angle relative to the transport direction of the shoulder such that an increasing pulling force is obtained onto the shoulder blade until the shoulder blade is either loosened or separated from the shoulder, ∘ an elongated separation section (206, 306) arranged to abut the shoulder blade as the shoulder blade is transported past the elongated separation section, the elongated separation section being positioned at an angle relative to the transport direction of the shoulder such that an increasing pulling force is obtained onto the shoulder blade until the shoulder blade is either loosened or separated from the shoulder,
A method for forming a reusable hanging device, the reusable hanging device comprising: an adhesion layer, that is a low stickiness soft plastic made of a thermoplastic elastomer composite material, provided with a smooth surface having friction force characteristic of rubber, and smoothness of at least SP1, which corresponds to Ra 0.02 of surface roughness, and it is vacuum- absorbable onto a smooth surface of a wall, by means of a friction force, which is a slip-resistance force, created by the atmospheric pressure on the smooth surface of a wall; a plate layer, made of hard material, formed integrally on a surface of the adhesion layer; and a hook body, made of hard material, formed integrally on a surface of the plate layer facing away from the adhesion layer, so that the adhesion layer, the plate layer, and the hook body are integrally formed, wherein the adhesion layer is absorbable onto the smooth surface of a wall by vacuum, the friction force being a slip-resistance force thus produced has the capacity of hanging an object of 0∼112.6 kgf, the reusable hanging device is capable of being attached onto the smooth surface of a wall, and then detached and attached to another smooth surface of a wall, characterised in that the adhesion layer, the plate layer and the hook body are formed integrally by means of double-ejection moulding. an adhesion layer, that is a low stickiness soft plastic made of a thermoplastic elastomer composite material, provided with a smooth surface having friction force characteristic of rubber, and smoothness of at least SP1, which corresponds to Ra 0.02 of surface roughness, and it is vacuum- absorbable onto a smooth surface of a wall, by means of a friction force, which is a slip-resistance force, created by the atmospheric pressure on the smooth surface of a wall; a plate layer, made of hard material, formed integrally on a surface of the adhesion layer; and a hook body, made of hard material, formed integrally on a surface of the plate layer facing away from the adhesion layer, so that the adhesion layer, the plate layer, and the hook body are integrally formed, wherein the adhesion layer is absorbable onto the smooth surface of a wall by vacuum, the friction force being a slip-resistance force thus produced has the capacity of hanging an object of 0∼112.6 kgf, the reusable hanging device is capable of being attached onto the smooth surface of a wall, and then detached and attached to another smooth surface of a wall, characterised in that the adhesion layer, the plate layer and the hook body are formed integrally by means of double-ejection moulding.
A light incoupling structure (410, 506) configured to form a part of a lightguide, comprising - an optically substantially transparent medium for transporting light emitted by a light source (404, 504) and comprising an input surface to receive light emitted by the light source and an output surface, - a first optical element defining an at least one hole in the medium, and - a second optical element, characterized in that said first optical element is defined in the medium as an at least one sharp-edged or rounded hole in the shape of a letter 'x' or 'v', said first optical element configured to spread light in an initial propagation direction in the medium between predetermined input and output surfaces thereof, towards the sides of the medium relative to the initial propagation direction between said input and output surfaces, and in that said second optical element comprises a plurality of micro-optic surface relief forms arranged relative to the medium for redirecting the light propagated through the medium, wherein said first optical element and said second optical element are configured to co-operate with the medium so as to increase the uniformity and collimation of the propagated light. - an optically substantially transparent medium for transporting light emitted by a light source (404, 504) and comprising an input surface to receive light emitted by the light source and an output surface, - a first optical element defining an at least one hole in the medium, and - a second optical element, characterized in that said first optical element is defined in the medium as an at least one sharp-edged or rounded hole in the shape of a letter 'x' or 'v', said first optical element configured to spread light in an initial propagation direction in the medium between predetermined input and output surfaces thereof, towards the sides of the medium relative to the initial propagation direction between said input and output surfaces, and in that said second optical element comprises a plurality of micro-optic surface relief forms arranged relative to the medium for redirecting the light propagated through the medium, wherein said first optical element and said second optical element are configured to co-operate with the medium so as to increase the uniformity and collimation of the propagated light.
Control unit for an egg conveyor belt comprising - a conveyor belt drive which is mechanically connected to the conveyor belt and designed to drive the egg conveyor belt in at least two different speeds, - a image recording unit (250; 410) to record a predetermined image section (411; 421; 431; 441) of the conveyor belt characterized by - an evaluation unit, which is connected to the image recording unit (250; 410) by means of signal technology with a counting unit, which is designed to count all eggs recorded in a single image recording of the image recording unit (250; 410) in the image section (411; 421; 431; 441) of the conveyor belt as stocking density, - an adjustment unit, which is connected to the evaluation unit and the conveyor belt drive by means of signal technology and is designed to adjust the speed of the conveyor belt drive depending on the stocking density, wherein the evaluation unit is designed to recognize an egg that enters into the image section, to follow the egg in several consecutive image recordings of an image sequence and to determine from the distance travelled within the image section of the egg per time unit a movement speed of the egg and to output this as the conveyor belt speed, wherein preferably a plurality of eggs is recognized and followed and a mean value is calculated from the thus determined movement speed of the eggs and output as conveyor belt speed. - a conveyor belt drive which is mechanically connected to the conveyor belt and designed to drive the egg conveyor belt in at least two different speeds, - a image recording unit (250; 410) to record a predetermined image section (411; 421; 431; 441) of the conveyor belt - an evaluation unit, which is connected to the image recording unit (250; 410) by means of signal technology with a counting unit, which is designed to count all eggs recorded in a single image recording of the image recording unit (250; 410) in the image section (411; 421; 431; 441) of the conveyor belt as stocking density, - an adjustment unit, which is connected to the evaluation unit and the conveyor belt drive by means of signal technology and is designed to adjust the speed of the conveyor belt drive depending on the stocking density, wherein the evaluation unit is designed to recognize an egg that enters into the image section, to follow the egg in several consecutive image recordings of an image sequence and to determine from the distance travelled within the image section of the egg per time unit a movement speed of the egg and to output this as the conveyor belt speed, wherein preferably a plurality of eggs is recognized and followed and a mean value is calculated from the thus determined movement speed of the eggs and output as conveyor belt speed.
A partitioning device for a refrigerated body comprising an indexing mechanism configured to move over at least one rail fastened on a ceiling of the body, on which at least one isothermal partition is connected, the indexing mechanism allowing locking the partition in the partitioning vertical position and locking the partition in the standby horizontal position against the ceiling and unlocking the partition to position it on the rail(s), the at least one partition comprising a core made of cellular foam, an intermediate layer of EPDM foam disposed on either side of the core and an outer layer of polycarbonate disposed on each intermediate layer, the indexing mechanism comprising at least one carriage on which a fork is pivotally mounted, a partition being fastened on the fork, the carriage is equipped with an indexing case comprising an indexing finger controlled between a retracted position and an extended position by a movable cam, the cam comprises a first ramp and a second ramp, the first and second ramps (34, 35) having inverted slopes.
An assembly for evaporation and dispensing of a volatile liquid, comprising: an emanator element having an open structure and a surface area of between 50 cm 2 and 400 cm 2 and made of a material that is able to absorb and evaporate volatile liquids; and a body member that includes a tubular portion having an interior wall for receiving the emanator element therein and wherein, when received in the body member, the emanator element is spaced from the interior wall to allow air flow through the open structure as well as between the wall and the emanator element, characterized in that the tubular portion is configured as an elongated passage that supports and retains the emanator element therein and defines a path for the air flow so that it comes in intimate contact with the entire open structure of the element. an emanator element having an open structure and a surface area of between 50 cm 2 and 400 cm 2 and made of a material that is able to absorb and evaporate volatile liquids; and a body member that includes a tubular portion having an interior wall for receiving the emanator element therein and wherein, when received in the body member, the emanator element is spaced from the interior wall to allow air flow through the open structure as well as between the wall and the emanator element, characterized in that the tubular portion is configured as an elongated passage that supports and retains the emanator element therein and defines a path for the air flow so that it comes in intimate contact with the entire open structure of the element.
Use of a glass plate for a mobile body in a display device being a head-up display device (1A, 1B), in a windshield, in a dashboard, or in a cover glass for a vehicular display device, wherein the glass plate has a bent portion and is to be installed in the mobile body, wherein the glass plate has an arithmetic mean roughness Ra 1 (nm) of a first main surface of the glass plate and an arithmetic mean roughness Ra 2 (nm) of a second main surface of the glass plate that satisfy the Relation shown below, and Ra 1 is 5 nm or smaller and Ra 2 is larger than 5 nm: Ra 2 − Ra 1 > 0.5 nm
A sheath introducer, comprising: a splittable sheath; a splittable hub disposed at a proximal end of the sheath; a valve (204; 404) included with the hub; and a valve actuator threadably engaged with the hub, wherein rotating the valve actuator that is threadably engaged with the hub, moves the valve actuator from an un-descended first position to a descended second position such that a portion of the valve actuator penetrates the valve. a splittable sheath; a splittable hub disposed at a proximal end of the sheath; a valve (204; 404) included with the hub; and a valve actuator threadably engaged with the hub, wherein rotating the valve actuator that is threadably engaged with the hub, moves the valve actuator from an un-descended first position to a descended second position such that a portion of the valve actuator penetrates the valve.
A method of purifying a chimeric protein, comprising: (i) subjecting the chimeric protein to a factor VIII ("FVIII")-specific affinity chromatography, and (ii) subjecting the chimeric protein to an anion exchange chromatography; wherein the affinity chromatography is performed prior to the AEX chromatography; wherein the chimeric protein comprises a FVIII protein; wherein the chimeric protein is eluted from the resins of the AEX chromatography using an AEX chromatography elution buffer; and wherein the AEX elution buffer comprises a salt concentration of at least 0.8M. (i) subjecting the chimeric protein to a factor VIII ("FVIII")-specific affinity chromatography, and (ii) subjecting the chimeric protein to an anion exchange chromatography;