mhurhangee/ep-ind-claims huggingface dataset:
A combination of zinc and vitamin D for use to improve insulin sensitivity and/or to treat or prevent an impaired glucose tolerance and/or type II diabetes and/or gestational diabetes mellitus and/or to prevent a condition associated with the foregoing in a subject wherein said zinc and vitamin D are administered simultaneously or separately and optionally sequentially wherein, the condition associated with GDM is selected from preterm and caesarian delivery, birth injury to the mother or baby, shoulder dystocia, macrosomia, excessive offspring blood glucose concentration, excess weigh/adiposity and associated metabolic disorders e.g. type II diabetes, fatty liver disease and obesity immediately after birth and later in the life of the offspring, and an increased risk for the mother of having or developing type 2 diabetes immediately after birth and later in life.
An arrangement for building automation, which has at least one actuator which is driven by a control signal derived from at least one weather-dependent measured variable, the same weather-dependent measured variable being detected in each case by at least two sensors of the arrangement which are spaced apart from one another, the arrangement furthermore having a control unit which is set up to calculate an averaged measurement signal from measurement signals relating to the same weather-dependent measurement variable from the at least two sensors spaced apart from one another, and to generate the control signal for driving the actuator on the basis of this averaged measurement signal and to pass it on to the actuator, the arrangement further having a memory in which the measurement signals relating to the weather-dependent measurement variable of the at least two sensors spaced apart from one another are stored, including location information relating to the respective measurement signal, characterized in that the averaged measurement signal is a weighted, averaged measurement signal, a weighting of the respective measurement signal being dependent on a cardinal direction in which the respective sensor receiving the respective measurement signal is aligned.
A high-voltage field-effect transistor comprising: a semiconductor substrate having a planar bottom surface, a vertical direction being oriented perpendicular to the planar bottom surface and a first and second lateral direction being oriented parallel to the planar bottom surface; a drain region formed by the semiconductor substrate and electrically connected to a drain electrode (31,91); a source region (27, 87) formed electrically connected to a source electrode (32,92); drift regions (22, 82) extending in the vertical direction from the drain region toward the source region, wherein the drift regions terminate at each end in the first lateral direction in a rounded fingertip area, adjacent ones of the drift regions being separated in the second lateral direction by a dielectric layer; and a field plate member that laterally surrounds the drift regions and is insulated from the drift regions by the dielectric layer, wherein the field plate member is at the same potential as the source electrode, the field plate member being disposed within the dielectric layer that surrounds each of the drift regions, wherein an inner region of the dielectric layer separates the drift regions from the field plate member and an outer region of the dielectric layer separates the field plate member from a scribe area of the die, the distance between the edge of an outermost drift region to the scribe area defining an edge termination area of the high-voltage field-effect transistor. a semiconductor substrate having a planar bottom surface, a vertical direction being oriented perpendicular to the planar bottom surface and a first and second lateral direction being oriented parallel to the planar bottom surface; a drain region formed by the semiconductor substrate and electrically connected to a drain electrode (31,91); a source region (27, 87) formed electrically connected to a source electrode (32,92); drift regions (22, 82) extending in the vertical direction from the drain region toward the source region, wherein the drift regions terminate at each end in the first lateral direction in a rounded fingertip area, adjacent ones of the drift regions being separated in the second lateral direction by a dielectric layer; and a field plate member that laterally surrounds the drift regions and is insulated from the drift regions by the dielectric layer, wherein the field plate member is at the same potential as the source electrode, the field plate member being disposed within the dielectric layer that surrounds each of the drift regions, wherein an inner region of the dielectric layer separates the drift regions from the field plate member and an outer region of the dielectric layer separates the field plate member from a scribe area of the die, the distance between the edge of an outermost drift region to the scribe area defining an edge termination area of the high-voltage field-effect transistor.
A self-moving tunnel support canopy, comprising a front arch frame, a rear arch frame, a forward jack, and a support jack; wherein: the front arch frame comprises more than three front longitudinal beams and more than three front arch beams, all the front longitudinal beams being longitudinally disposed along arch upper surfaces of the front arch beams, each of the front longitudinal beams being coupled to all the front arch beams, the support jack being disposed at a lower part of the front arch frame; the rear arch frame comprises more than three rear longitudinal beams and more than three rear arch beams, all the rear longitudinal beams being longitudinally disposed along arch upper surfaces of the rear arch beams, each of the rear longitudinal beams being coupled to all the rear arch beams, the support jack being disposed at a lower part of the rear arch frame, the front longitudinal beams and the rear longitudinal beams being disposed alternately, and a spacing being configured between the front arch beam and a front-adjacent rear arch beam; and one end of the forward jack is coupled to the front arch frame, and the other end of the forward jack is coupled to the rear arch frame, the front arch beam and the rear arch beam being both arch-shaped beams, characterised in that, the front arch beam comprises a first semi-arch beam and a second semi-arch beam, the first semi-arch beam and the second semi-arch beam being oppositely disposed to form an arch beam, the first semi-arch beam being coupled to the second semi-arch beam via a coupling member, the coupling member being capable of enabling the first semi-arch beam and the second semi-arch beam to contract towards inner sides thereof, or extend towards outer sides thereof at a specific angle under action of an external force; and the front arch beam is of the same structure as the rear arch beam, wherein arch inner sides of the first semi-arch beam and the second semi-arch beam are provided with a telescopic beam, one end of the telescopic beam being coupled to the first semi-arch beam and the other end of the telescopic beam being coupled to the second semi-arch beam, the telescopic beam comprises a small lateral beam and a large lateral beam, one end of the small lateral beam being inserted inside the larger lateral beam, and the other end of the small lateral beam being coupled to a hinge seat on the inner side of the first semi-arch beam via a hinge; and the telescopic beam is internally provided with a lateral jack, one end of the lateral jack being hinged to the small lateral beam, the other end of the lateral jack being hinged to the large lateral beam, one end of the large lateral beam being coupled to a hinge seat on the inner side of the second semi-arch beam via a hinge.
An interleaving method performed by a transmitter for a communication system with quasi-cyclic low-density parity-check codes that include a repeat-accumulate quasi-cyclic low-density parity-check code, spatial multiplexing, and T transmit antennas, T being an integer greater than 1, the interleaving method being used for applying bit permutation to bits of a codeword of a quasi-cyclic low-density parity-check code in order to generate a plurality of constellation words constituting a plurality of spatial-multiplexing blocks from the codeword, the codeword consisting of N cyclic blocks, and each cyclic block consisting of Q bits, each spatial-multiplexing block consisting of B bits which are divided into T constellation words, the interleaving method comprising: a first step of permuting the order of the N cyclic blocks of the codeword; and a second step of, when N is a multiple of B/2, the N cyclic blocks are divided into N/(B/2) sections, each including B/2 adjacent cyclic blocks, when N is not a multiple of B/2, dividing N - X cyclic blocks into (N-X)/(B/2) sections, each including B/2 adjacent cyclic blocks, where X cyclic blocks are last in a sequential order of the N cyclic blocks and X is the remainder of N divided by B/2, and for each section, permuting the order of Q x (B/2) bits of B/2 cyclic blocks in order to allocate the Q x (B/2) bits of B/2 cyclic blocks to B x (Q/2) bits of Q/2 spatial-multiplexing blocks, such that, with respect to the T constellation words of each spatial-multiplexing block, a constellation word of B t bits is made up from pairs of bits from B t /2 cyclic blocks, wherein B t is the number of bits of the constellation word, and t is indicies of the T transmit antennas. a first step of permuting the order of the N cyclic blocks of the codeword; and a second step of, when N is a multiple of B/2, the N cyclic blocks are divided into N/(B/2) sections, each including B/2 adjacent cyclic blocks, when N is not a multiple of B/2, dividing N - X cyclic blocks into (N-X)/(B/2) sections, each including B/2 adjacent cyclic blocks, where X cyclic blocks are last in a sequential order of the N cyclic blocks and X is the remainder of N divided by B/2, and for each section, permuting the order of Q x (B/2) bits of B/2 cyclic blocks in order to allocate the Q x (B/2) bits of B/2 cyclic blocks to B x (Q/2) bits of Q/2 spatial-multiplexing blocks, such that, with respect to the T constellation words of each spatial-multiplexing block, a constellation word of B t bits is made up from pairs of bits from B t /2 cyclic blocks, wherein B t is the number of bits of the constellation word, and t is indicies of the T transmit antennas.
A ground milling machine, in particular road milling machine, for removing ground material, comprising - a machine frame having a chassis, - a milling drum mounted on the machine frame, and - a transport device having at least one conveyor belt, which is configured for transporting removed ground material in a conveying direction away from the milling drum to a discharge point, characterized in that it comprises an electrostatic precipitator, by means of which dust generated during the milling operation and/or during the transport of milled material can be precipitated, it comprises a pump device, by means of which dust-laden air can be conveyed, the pump device being configured such that it feeds dust-laden air to the electrostatic precipitator, a flow duct is provided, through which the dust-laden air is routed using the pump device, the electrostatic precipitator is arranged with at least one charging stage and at least one precipitation stage within the flow duct, the precipitation stage is a housing of the electrostatic precipitator. - a machine frame having a chassis, - a milling drum mounted on the machine frame, and - a transport device having at least one conveyor belt, which is configured for transporting removed ground material in a conveying direction away from the milling drum to a discharge point,
A method of a wireless terminal (400:520:600:900:1200) in a wireless communication system, the method comprising: receiving, from a base station (403:605:905:1205), a system information for a multimedia broadcast multicast service single frequency network, MBSFN, including information for an area for the MBSFN and information for a Multicast Control Channel, MCCH, associated with the area; receiving, from the base station (403:605:905:1205), configuration information comprising target MBSFN area information; performing, if a service corresponding to the target MBSFN area information is being received based on the system information, logging of a measurement result for the target MBSFN area information during both an idle mode and a connected mode based on the configuration information; and transmitting, to the base station (403:605:905:1205), a message comprising information related to the measurement result, if the wireless terminal (400:520:600:900:1200) has an available logged measurement result related to the configuration information. receiving, from a base station (403:605:905:1205), a system information for a multimedia broadcast multicast service single frequency network, MBSFN, including information for an area for the MBSFN and information for a Multicast Control Channel, MCCH, associated with the area; receiving, from the base station (403:605:905:1205), configuration information comprising target MBSFN area information; performing, if a service corresponding to the target MBSFN area information is being received based on the system information, logging of a measurement result for the target MBSFN area information during both an idle mode and a connected mode based on the configuration information; and transmitting, to the base station (403:605:905:1205), a message comprising information related to the measurement result, if the wireless terminal (400:520:600:900:1200) has an available logged measurement result related to the configuration information.
Method for producing a bulk material essentially from foamed or blown mineral or oxidic particles by thermal treatment of a bed of basic particles, characterized in that the thermal treatment comprises transporting an obliquely conveyed or horizontal layer or a trickle stream of the bed through a radiation field of NIR radiation with a wavelength from about 0.8 μm to about 1.5 μm and which has a power density of at least 50 kW/m2, wherein halogen lamps are used to generate the NIR radiation field, the radiation of which is focused on the layer or trickle stream of the bulk material and wherein the layer or trickle stream is exposed to the NIR radiation field for a period of time in the range between 0.5 and 20 s, in particular between 5 and 15 s, wherein the basic particles are a sand with a grain size in the range of 50-500 μm and a water glass content of at least 40 weight % and wherein the bulk material of foamed or blown sand particles at the end of the thermal treatment, without a separation step, comprises a proportion of at least 60%, in particular 80% or more, of perlite particles with a substantially closed surface and/or the particle size thereof is in the range of 0.3 mm-2 mm. the thermal treatment comprises transporting an obliquely conveyed or horizontal layer or a trickle stream of the bed through a radiation field of NIR radiation with a wavelength from about 0.8 μm to about 1.5 μm and which has a power density of at least 50 kW/m2, wherein halogen lamps are used to generate the NIR radiation field, the radiation of which is focused on the layer or trickle stream of the bulk material and wherein the layer or trickle stream is exposed to the NIR radiation field for a period of time in the range between 0.5 and 20 s, in particular between 5 and 15 s, wherein the basic particles are a sand with a grain size in the range of 50-500 μm and a water glass content of at least 40 weight % and wherein the bulk material of foamed or blown sand particles at the end of the thermal treatment, without a separation step, comprises a proportion of at least 60%, in particular 80% or more, of perlite particles with a substantially closed surface and/or the particle size thereof is in the range of 0.3 mm-2 mm.
Valve, comprising - a valve seat arranged between a first and second fluid passage (16, 18), a valve element cooperating with said valve seat to regulate a fluid flow between said first and second fluid passages (16, 18), wherein a valve opening is adjustable by relative movement of said valve seat and valve element, - a moveable presetting element with a sleeve portion rotatable around a longitudinal axis, said presetting element comprising a radial flow opening provided to adjust a maximum flow through said valve opening, characterized by - feedback means (48, 50) arranged to provide a tactile feedback to movement of said presetting element, said feedback means (48, 50) comprising two elements, a feedback profile and an engagement element, one of which is integrally formed with the presetting element. - a valve seat arranged between a first and second fluid passage (16, 18), a valve element cooperating with said valve seat to regulate a fluid flow between said first and second fluid passages (16, 18), wherein a valve opening is adjustable by relative movement of said valve seat and valve element, - a moveable presetting element with a sleeve portion rotatable around a longitudinal axis, said presetting element comprising a radial flow opening provided to adjust a maximum flow through said valve opening, characterized by - feedback means (48, 50) arranged to provide a tactile feedback to movement of said presetting element, said feedback means (48, 50) comprising two elements, a feedback profile and an engagement element, one of which is integrally formed with the presetting element.
A specimen identification and dispensation device that dispenses a target specimen as an aliquot target from specimens, which are measurement targets, dispersed in a sample liquid flowing in a flow passage, comprising: an identification part (10,12) that measures light information of the specimen by irradiating exciting light onto the specimen and identifies the specimen based on the light information of the measured specimen; a dispensation part that dispenses an aliquot solution in which one or a plurality of specimens identified by the identification part is dispersed into a dispensation target section through a nozzle; and characterised by a concentration adjustment part that adjusts the number of the target specimens as an aliquot object and the number of non-target specimens contained in the aliquot solution to a desired number, based on a sample liquid concentration that is a concentration of the number of specimens contained in the sample liquid in which the specimens are dispersed and an amount of the aliquot solution. an identification part (10,12) that measures light information of the specimen by irradiating exciting light onto the specimen and identifies the specimen based on the light information of the measured specimen; a dispensation part that dispenses an aliquot solution in which one or a plurality of specimens identified by the identification part is dispersed into a dispensation target section through a nozzle; and characterised by a concentration adjustment part that adjusts the number of the target specimens as an aliquot object and the number of non-target specimens contained in the aliquot solution to a desired number, based on a sample liquid concentration that is a concentration of the number of specimens contained in the sample liquid in which the specimens are dispersed and an amount of the aliquot solution.
A method for operating a terminal which can be used in a mobile radio network and which comprises a display device (2, 3) for the optical or acoustic reproduction of information and at least one input device (4, 5, 6) for gathering information, wherein event-controlled or content-controlled information will be reproduced by means of the display device and wherein the input device at least comprises one key, the actuation of which enables at least one further use of the event-controlled or content-controlled information, wherein at least one operating option for a further use of the event-controlled or content-controlled information, which operating option is available on the terminal in connection with the event-controlled or content-controlled information, will be reproduced by the key (13, 14, 15), characterized in that the key for reproducing operating options which are available on the terminal is illuminated, the intensity of the illumination or the duration or the frequency of a flashing of the illumination for signaling operating options which are available on the terminal can be user-individually set or predetermined, a weighting of the operating options for the further use of the event-controlled or content-controlled information, which operating options are available on the terminal, can be set, and the further use of the information is activated or caused by actuating the key (13, 14, 15) without any additional menu or any additional menu navigation.
An engine-driven heat pump having an engine for driving a compressor and a receiver for accommodating a refrigerant liquid, wherein a bottom face of the engine-driven heat pump comprises different members and at least a floorboard for a refrigerating machine on which the receiver is provided and an engine mounting floorboard on which the engine is provided, wherein the floorboard for the refrigerating machine is formed so as to be a dish-shaped or a box-shaped configuration, on which a drain outlet is provided on the bottom face, and wherein a sidewall is provided on the periphery thereof, characterized in - that the engine mounting floorboard is formed so as to be a dish-shaped or a box-shaped configuration, which a sidewall is provided on the periphery thereof, so that it is interrupted from the floorboard for the refrigerating machine without an opening portion or an aperture. - that the engine mounting floorboard is formed so as to be a dish-shaped or a box-shaped configuration, which a sidewall is provided on the periphery thereof, so that it is interrupted from the floorboard for the refrigerating machine without an opening portion or an aperture.
Bullet-proof glass pane, in particular for use in a motor vehicle, comprising a ballistic block (10.1) having a plurality of panes of glass, ceramic or plastic material (3, 5, 7, 9; 7.1, 9.1) bonded to each other over their surfaces in a layered composite, and interposed bonding interlayers of plastic material (2, 4, 6, 8.1), and at least one bullet-resistant strip (13.1, 13.2) made of metal, in particular of ballistic steel, and covering the ballistic block (10.1) of the bullet-proof glass pane (22.1) at its peripheral edge, characterized in that the ballistic block (10.1) has a stepped configuration on its edge face from the outside to the inside which results in at least two or more planar edge surfaces (11.1, 11.2) of the edge face of the ballistic block (10.1) extending in parallel and offset with respect to each other, and in that, in correspondence with the edge surfaces (11.1, 11.2), two or more separate strips (13.1, 13.2) are provided each having a substantially rectangular cross-section and covering the edge surfaces (11.1, 11.2) of the ballistic block (10.1) in a flush manner.
A dimeric nanostructure, comprising two nanoparticles, with a Raman active molecule localized at a junction therebetween, each nanoparticle consisting of a gold or silver core with oligonucleotides attached to the surface thereof, and a gold or silver shell sheathing the core, the particles being linked to each other by the oligonucleotides.