mhurhangee/ep-ind-claims huggingface dataset:
An electric grill appliance comprising: a grill structure (2, 7) arranged substantially horizontally to support the foodstuff to be cooked; a heating unit (3, 11) which extends underneath the grill structure (2, 7) and is arranged for heating up the grill structure (2, 7) and the foodstuff resting on it; and a heat-reflecting structure (16, 18) which extends spaced apart underneath the heating unit (3, 11) and is arranged for redirecting, towards the overlying grill structure (2, 7), the heat radiations emitted by the heating unit (3, 11); the grill structure (2, 7) comprising a number of main longitudinal members which are arranged substantially parallel, juxtaposed and laterally spaced one another; the heating unit (3, 11) comprising a number of oblong heating elements which are arranged substantially parallel, juxtaposed and laterally spaced one another, below and substantially parallel to the main longitudinal members of said grill structure (2, 7); the heat-reflecting structure (16, 18) comprising a number of heat-reflecting longitudinal members which are arranged substantially parallel, juxtaposed and laterally spaced one another, below and substantially parallel to said oblong heating elements; wherein at least two horizontally-adjacent oblong heating elements of the heating unit (3, 11) extend immediately below and parallel respectively to two corresponding main longitudinal members of the grill structure (2, 7), each of said two corresponding main longitudinal members being substantially ridge-tile shaped and being arranged to shelter, at same time, an upper side and two opposite lateral sides of the underlying oblong heating element, said electric grill appliance being characterised in that said at least two horizontally-adjacent oblong heating elements are vertically aligned above a single heat-reflecting longitudinal member which is structured to redirect at least part of the heat radiations coming from said, overlying, at least two horizontally-adjacent oblong heating elements, towards a longitudinal slot laterally delimited by the two main longitudinal members of the grill structure (2, 7) placed immediately above said at least two horizontally-adjacent oblong heating elements.
A semiconductor laser device comprising an active layer (13, 23, 33, 43) including a well layer and a barrier layer formed of a III-V group semiconductor crystal containing Arsenic, As, as a primary component of a V group, wherein a III group site of the III-V group semiconductor crystal in at least one of the well layer and the barrier layer contains Aluminium, Al, and wherein Phosphorous, P, has been introduced at a concentration of 0.02 to 5% into a V group site of the III-V group semiconductor crystal in the well layer and the barrier layer.
A pharmaceutical composition, comprising: a plurality of microparticles, each microparticle including: one or more crystals of a local anesthetic agent; and a polyvinyl alcohol coating fully encapsulating the one or more crystals, wherein the PVA coating is at least 85% hydrolyzed and is 1-30 wt% of the microparticle, and wherein the one or more crystals of the local anesthetic agent is 70-99 wt% of the microparticle and each has at least one dimension in a range of 35-500μm. a plurality of microparticles, each microparticle including: one or more crystals of a local anesthetic agent; and a polyvinyl alcohol coating fully encapsulating the one or more crystals, wherein the PVA coating is at least 85% hydrolyzed and is 1-30 wt% of the microparticle, and wherein the one or more crystals of the local anesthetic agent is 70-99 wt% of the microparticle and each has at least one dimension in a range of 35-500μm. one or more crystals of a local anesthetic agent; and a polyvinyl alcohol coating fully encapsulating the one or more crystals, wherein the PVA coating is at least 85% hydrolyzed and is 1-30 wt% of the microparticle, and wherein the one or more crystals of the local anesthetic agent is 70-99 wt% of the microparticle and each has at least one dimension in a range of 35-500μm.
An isolated antibody or a hLIGHT binding fragment thereof, wherein the antibody and the fragment thereof bind to the trimeric but not to the monomeric form of hLIGHT, wherein the binding to the hLIGHT epitope by the antibody and by the fragment is competitively blocked by an antibody produced by the hybridoma of ATCC Accession No. PTA-7819, and wherein the binding is not competitively blocked by the antibodies produced by the hybridomas of ATCC Accession No.PTA-7729, PTA-7842 and PTA-7818, wherein the antibody and the fragment inhibit the binding of HVEM and LTβR to hLIGHT, and wherein the antibody and the fragment bind to the 214E-32S and 214K-32S, 214E-32L and 214K-32L single nucleotide polymorphism variants of hLIGHT, wherein the antibody is an antagonist antibody.
A power over Ethernet method, comprising: when a power supply mode of an Ethernet power sourcing equipment is a first power supply mode, determining, a high-power Ethernet powered device and a low-power Ethernet powered device among Ethernet powered devices connected to the Ethernet power sourcing equipment and whose power are supplied by the Ethernet power sourcing equipment, wherein the high-power Ethernet powered device is an Ethernet powered device whose power requirement is greater than a set value, the low-power Ethernet powered device is an Ethernet powered device whose power requirement is less than or equal to the set value; setting a power supply priority of the high-power Ethernet powered device to a lowest priority, wherein the power supply priority of the high-power Ethernet powered device is lower than a lowest priority that can be set for the low-power Ethernet powered device; when a new Ethernet powered device is connected to the Ethernet power sourcing equipment, determining a power supply priority of the new Ethernet powered device according to the power supply mode of the Ethernet power sourcing equipment and a power requirement of the new Ethernet powered device; and determining, according to a used power of the Ethernet power sourcing equipment, power supply priorities of the Ethernet powered devices, the power supply priority of the new Ethernet powered device, and a maximum output power of the Ethernet power sourcing equipment, whether the Ethernet power sourcing equipment supplies power to the new Ethernet powered device. when a power supply mode of an Ethernet power sourcing equipment is a first power supply mode, determining, a high-power Ethernet powered device and a low-power Ethernet powered device among Ethernet powered devices connected to the Ethernet power sourcing equipment and whose power are supplied by the Ethernet power sourcing equipment, wherein the high-power Ethernet powered device is an Ethernet powered device whose power requirement is greater than a set value, the low-power Ethernet powered device is an Ethernet powered device whose power requirement is less than or equal to the set value; setting a power supply priority of the high-power Ethernet powered device to a lowest priority, wherein the power supply priority of the high-power Ethernet powered device is lower than a lowest priority that can be set for the low-power Ethernet powered device; when a new Ethernet powered device is connected to the Ethernet power sourcing equipment, determining a power supply priority of the new Ethernet powered device according to the power supply mode of the Ethernet power sourcing equipment and a power requirement of the new Ethernet powered device; and determining, according to a used power of the Ethernet power sourcing equipment, power supply priorities of the Ethernet powered devices, the power supply priority of the new Ethernet powered device, and a maximum output power of the Ethernet power sourcing equipment, whether the Ethernet power sourcing equipment supplies power to the new Ethernet powered device.
A fiber reinforced thermoplastic resin molded article comprising carbon fibers, graphite and a thermoplastic resin, wherein the carbon fibers, the graphite and the thermoplastic resin are contained in amounts of 1 to 30 parts by weight, 1 to 40 parts by weight and 30 to 98 parts by weight, respectively, relative to the total amount, i.e., 100 parts by weight, of the carbon fibers, the graphite and the thermoplastic resin, the weight average fiber length of the carbon fibers, determined as described in the description, is 0.3 to 3 mm and the specific gravity of the molded article, determined by a liquid immersion method as specified in the description, is 1.1 to 1.9 g/cm 3, characterized in that the graphite contains scaly graphite and the largest particle diameter of the graphite determined as described in the description, is 10 to 100 μm.
A voice awakening method, wherein the method comprises: collecting a voice signal emitted by a sound source located in a signal collection area by using a microphone array; separately performing denoising processing on the voice signal by using N beamforming denoising algorithms to obtain N denoising signals, wherein each beamforming denoising algorithm corresponds to one of N areas, different beamforming denoising algorithms correspond to different areas, a union set of the N areas covers the signal collection area of the microphone array such that the sound source is located in at least one of the N areas, and N is a positive integer greater than 1, wherein each beamforming denoising algorithm implements denoising by selecting a weighting vector to compensate for a propagation delay of each element in the microphone array such that outputs of the microphone array can be superimposed in a same desired direction and the microphone array generates a main lobe beam in the said direction; and performing voice awakening by using an awakening engine based on the at least one of the N denoising signals, characterised in that the N areas are determined in the following manner: determining a value of N based on a current service scenario type that includes a low-power service scenario type or a standard-power service scenario type; and dividing the signal collection area based on the value of N to obtain the N areas. collecting a voice signal emitted by a sound source located in a signal collection area by using a microphone array; separately performing denoising processing on the voice signal by using N beamforming denoising algorithms to obtain N denoising signals, wherein each beamforming denoising algorithm corresponds to one of N areas, different beamforming denoising algorithms correspond to different areas, a union set of the N areas covers the signal collection area of the microphone array such that the sound source is located in at least one of the N areas, and N is a positive integer greater than 1, wherein each beamforming denoising algorithm implements denoising by selecting a weighting vector to compensate for a propagation delay of each element in the microphone array such that outputs of the microphone array can be superimposed in a same desired direction and the microphone array generates a main lobe beam in the said direction; and performing voice awakening by using an awakening engine based on the at least one of the N denoising signals, characterised in that the N areas are determined in the following manner: determining a value of N based on a current service scenario type that includes a low-power service scenario type or a standard-power service scenario type; and dividing the signal collection area based on the value of N to obtain the N areas. determining a value of N based on a current service scenario type that includes a low-power service scenario type or a standard-power service scenario type; and dividing the signal collection area based on the value of N to obtain the N areas.
A method, comprising: (a) providing a sample comprising a set of double-stranded polynucleotide molecules, each double-stranded polynucleotide molecule including first and second complementary strands; (b) tagging said double-stranded polynucleotide molecules with a set of duplex tags, wherein each duplex tag differently tags said first and second complementary strands of a double-stranded polynucleotide molecule in said set; (c) sequencing at least some of said tagged strands to produce a set of sequence reads; (d) reducing and/or tracking redundancy in said set of sequence reads; (e) sorting sequence reads into paired reads and unpaired reads, wherein (i) each paired read corresponds to sequence reads generated from a first tagged strand and a second differently tagged complementary strand derived from a double-stranded polynucleotide molecule in said set, and (ii) each unpaired read represents a first tagged strand having no second differently tagged complementary strand derived from a double-stranded polynucleotide molecule represented among said sequence reads in said set of sequence reads; (f) determining quantitative measures of (i) said paired reads and (ii) said unpaired reads that map to each of one or more genetic loci; and (g) estimating with a programmed computer processor a quantitative measure of total double-stranded polynucleotide molecules in said set that map to each of said one or more genetic loci based on said quantitative measure of paired reads and unpaired reads mapping to each locus. (a) providing a sample comprising a set of double-stranded polynucleotide molecules, each double-stranded polynucleotide molecule including first and second complementary strands; (b) tagging said double-stranded polynucleotide molecules with a set of duplex tags, wherein each duplex tag differently tags said first and second complementary strands of a double-stranded polynucleotide molecule in said set; (c) sequencing at least some of said tagged strands to produce a set of sequence reads; (d) reducing and/or tracking redundancy in said set of sequence reads; (e) sorting sequence reads into paired reads and unpaired reads, wherein (i) each paired read corresponds to sequence reads generated from a first tagged strand and a second differently tagged complementary strand derived from a double-stranded polynucleotide molecule in said set, and (ii) each unpaired read represents a first tagged strand having no second differently tagged complementary strand derived from a double-stranded polynucleotide molecule represented among said sequence reads in said set of sequence reads; (f) determining quantitative measures of (i) said paired reads and (ii) said unpaired reads that map to each of one or more genetic loci; and (g) estimating with a programmed computer processor a quantitative measure of total double-stranded polynucleotide molecules in said set that map to each of said one or more genetic loci based on said quantitative measure of paired reads and unpaired reads mapping to each locus.
A solar panel column, which is a device working on the principle of photovoltaic effect, producing direct current, and which comprises a support structure containing at least two levels parallel to each other, solar panels placed on the levels, parabolic mirrors located between the levels, and a bundle of optical fibres consisting of end-glow optical fibres located in the centre of the support structure, where the solar panels located on the same level are connected in parallel, with two pole terminals, and the solar panels located on the levels placed on top of one another are connected in series, characterized in that the levels of the support structure consist of a lower mounting frame and an upper mounting frame connected to each other, the lower mounting frame has a circular bore in the centre, and the solar panels are placed on the lower mounting frame, the support structure also comprises a support tube located in the centre thereof and passing through the bores, and at least one spacer box with closed side walls separating the levels, the bundle of optical fibres surrounding the support tube runs along the height of the support structure, the bundle of optical fibres consists of alternating cylindrical portions and truncated cone-shaped portions, the surface of the truncated cone-shaped portions is covered by the ends of end-glow optical fibres, the parabolic mirrors have a square-shaped lower portion of the same floor area, and cover the whole surface of the solar panels located on the relevant level, their upper, curved portion has a flanged opening, the flanged opening surrounds the bundle of optical fibres, the height of the parabolic mirror is the same as the height of the truncated cone-shaped portion located between the relevant levels, and the optical fibre ends of the truncated cone-shaped portions illuminate the space between the levels. the levels of the support structure consist of a lower mounting frame and an upper mounting frame connected to each other, the lower mounting frame has a circular bore in the centre, and the solar panels are placed on the lower mounting frame, the support structure also comprises a support tube located in the centre thereof and passing through the bores, and at least one spacer box with closed side walls separating the levels, the bundle of optical fibres surrounding the support tube runs along the height of the support structure, the bundle of optical fibres consists of alternating cylindrical portions and truncated cone-shaped portions, the surface of the truncated cone-shaped portions is covered by the ends of end-glow optical fibres, the parabolic mirrors have a square-shaped lower portion of the same floor area, and cover the whole surface of the solar panels located on the relevant level, their upper, curved portion has a flanged opening, the flanged opening surrounds the bundle of optical fibres, the height of the parabolic mirror is the same as the height of the truncated cone-shaped portion located between the relevant levels, and the optical fibre ends of the truncated cone-shaped portions illuminate the space between the levels.
An endoscopic surgical device, comprising; an elongate body portion including an outer tube and an inner actuation shaft, the inner actuation shaft being movably positioned within the outer tube and repositionable between a retracted position and an advanced position, the inner actuation shaft including an engagement member located at a distal end of the shaft that is concealed within the outer tube in the retracted position and exposed from the outer tube in the advanced position; and an end effector releasably supported adjacent a distal end of the elongate body portion, the end effector including an engagement member at a proximal end thereof and a plurality of surgical anchors, the engagement member of the end effector corresponding to the engagement member of the inner actuation shaft to facilitate releasable connection of the end effector to the elongate body portion, the end effector being releasable from the elongate body portion when the inner actuation shaft is positioned in the advanced position and secured to the elongate body portion when the inner actuation shaft is positioned in the retracted position; and wherein the inner actuation shaft is rotatable within the outer tube, rotation of the inner actuation shaft being transmitted to the end effector via connection of the corresponding engagement members (532, 516), the end effector including an outer tube and inner tube, the inner tube being rotatably supported in the outer tube and including a pair of opposed longitudinally extending tines (530a, 530b) defining a pair of opposed longitudinally extending channels (530c, 530d) for receiving a portion of each of the plurality of anchors whereby rotation of the inner actuation shaft rotates the engagement members (516, 532) relative to the outer tubes (512, 522) to impart rotation to the inner tube and pair of tines for distally advancing the plurality of anchors.
A value document having an optical security feature, comprising: - a substrate layer for creating a document body, - an information field is introduced superficially into the substrate layer, which is created by means of a laser by a lens arrangement, which is located on the substrate layer, such that a graphical reproduction of a supplied information item varies depending on the viewing angle, characterized in that the information field is created over the full area except for the supplied information. - a substrate layer for creating a document body, - an information field is introduced superficially into the substrate layer, which is created by means of a laser by a lens arrangement, which is located on the substrate layer, such that a graphical reproduction of a supplied information item varies depending on the viewing angle, characterized in that the information field is created over the full area except for the supplied information.
A camping tool comprising: a spatula including a blade, a spatula handle, a tongs dovetail connector arranged on a first side of the spatula handle, and a storage dovetail connector arranged on a second side of the spatula handle opposite the first side; a spoon including a bowl, a spoon handle, and a spoon connector including a spoon flange sized to be received in the tongs dovetail connector or the storage dovetail connector; a fork including tines, a fork handle, and a fork connector including a fork flange sized to be received in the tongs dovetail connector or the storage dovetail connector; and a tool including at least one of a can opener, a package opener, a bottle opener, and a vegetable peeler, and a tool flange sized to be received in the storage dovetail connector. a spatula including a blade, a spatula handle, a tongs dovetail connector arranged on a first side of the spatula handle, and a storage dovetail connector arranged on a second side of the spatula handle opposite the first side; a spoon including a bowl, a spoon handle, and a spoon connector including a spoon flange sized to be received in the tongs dovetail connector or the storage dovetail connector; a fork including tines, a fork handle, and a fork connector including a fork flange sized to be received in the tongs dovetail connector or the storage dovetail connector; and a tool including at least one of a can opener, a package opener, a bottle opener, and a vegetable peeler, and a tool flange sized to be received in the storage dovetail connector.