mhurhangee/ep-ind-claims huggingface dataset:
A system for storing a biological sample, comprising: a container having a closed end, an open end, and a sidewall extending therebetween, defining a container interior; a removable closure for enclosing the open end of the container; a sample holder for housing a biological sample, insertable within the container interior; a port disposed within the removable closure wherein the port is a valve; and an injection device engageable with the port to allow a fluid to pass from within the injection device into the container interior, wherein the sample holder is connected with the closure through a receiving member, wherein the receiving member comprises a platform which is aligned with port, such that when a fluid passes through the port the fluid comes into contact with the platform and then with the sample holder via a plurality of openings on the platform such that fluid introduced through the port passes directly through the sample holder. a container having a closed end, an open end, and a sidewall extending therebetween, defining a container interior; a removable closure for enclosing the open end of the container; a sample holder for housing a biological sample, insertable within the container interior; a port disposed within the removable closure wherein the port is a valve; and an injection device engageable with the port to allow a fluid to pass from within the injection device into the container interior, wherein the sample holder is connected with the closure through a receiving member, wherein the receiving member comprises a platform which is aligned with port, such that when a fluid passes through the port the fluid comes into contact with the platform and then with the sample holder via a plurality of openings on the platform such that fluid introduced through the port passes directly through the sample holder.
A method for applying anti-gallant coating to a part, the method comprising: positioning a part to receive anti-gallant material dispensed by an ultrasonic sprayer attached to a precise manipulation device; and moving the ultrasonic sprayer with the precise manipulation device according to a spray path with a positional accuracy within a range of 10 μm to 0.1 mm; and spraying the anti-gallant material out of the ultrasonic sprayer while moving the ultrasonic sprayer to form an anti-gallant coating on a portion of the part defined by the spray path. positioning a part to receive anti-gallant material dispensed by an ultrasonic sprayer attached to a precise manipulation device; and moving the ultrasonic sprayer with the precise manipulation device according to a spray path with a positional accuracy within a range of 10 μm to 0.1 mm; and spraying the anti-gallant material out of the ultrasonic sprayer while moving the ultrasonic sprayer to form an anti-gallant coating on a portion of the part defined by the spray path.
A method comprising: obtaining one or multiple sets of resources by a Low Cost, LC, Machine-Type Communication, MTC, user equipment, UE, in a mobile communication network, wherein each set of resources belongs to a narrow sub-band in a wider channel bandwidth, wherein the narrow sub-band comprises a plurality of contiguous physical resource blocks, PRBs; determining a first set of resources from the one or multiple sets of resources based on a physical layer control signaling from a base station; and transmitting or receiving radio signals using the first set of resources within a predefined duration, characterized by determining if frequency hopping is enabled, determining a second set of resources according to a hopping pattern indicated by the physical layer control signaling, wherein the first and the second sets of resources belong to different radio subframes, and in the hopping pattern, a same set of resources are used during one bundled repetition, wherein one bundled repetition comprises multiple repetitions, and the duration of a bundled repetition is multiple subframes; and transmitting or receiving radio signals using the second set of resources in a coverage extension mode. obtaining one or multiple sets of resources by a Low Cost, LC, Machine-Type Communication, MTC, user equipment, UE, in a mobile communication network, wherein each set of resources belongs to a narrow sub-band in a wider channel bandwidth, wherein the narrow sub-band comprises a plurality of contiguous physical resource blocks, PRBs; determining a first set of resources from the one or multiple sets of resources based on a physical layer control signaling from a base station; and transmitting or receiving radio signals using the first set of resources within a predefined duration, determining if frequency hopping is enabled, determining a second set of resources according to a hopping pattern indicated by the physical layer control signaling, wherein the first and the second sets of resources belong to different radio subframes, and in the hopping pattern, a same set of resources are used during one bundled repetition, wherein one bundled repetition comprises multiple repetitions, and the duration of a bundled repetition is multiple subframes; and transmitting or receiving radio signals using the second set of resources in a coverage extension mode.
A system for producing sausage-shaped products, in particular sausages, comprising: - a filling machine for filling a tubular casing with viscous or granular stuff, in particular sausage meat; - a clipping machine for dividing the filled tubular casing into sausage-shaped products and closing the sausage-shaped products by closing means like clips; and - a transportation device for discharging the sausage-shaped products out of the clipping machine and transporting the sausage-shaped products along a transport path for storing them on rod-like elements, in particular smoking rods, being positioned in an automatic hanging line for accommodating the rod-like elements; wherein the transport path extends from the clipping machine to the distal end of said smoking rod, and - a weighing device for sensing the weight of at least one of the sausage-shaped products, wherein the weighing device is positioned along the transport path of sausage-shaped products for receiving a sausage-shaped product to be weighed, characterized in that the weighing device is adapted to transfer the weighed sausage-shaped product to the rod-like element being positioned in the automatic hanging line. - a filling machine for filling a tubular casing with viscous or granular stuff, in particular sausage meat; - a clipping machine for dividing the filled tubular casing into sausage-shaped products and closing the sausage-shaped products by closing means like clips; and - a transportation device for discharging the sausage-shaped products out of the clipping machine and transporting the sausage-shaped products along a transport path for storing them on rod-like elements, in particular smoking rods, being positioned in an automatic hanging line for accommodating the rod-like elements; wherein the transport path extends from the clipping machine to the distal end of said smoking rod, and - a weighing device for sensing the weight of at least one of the sausage-shaped products, wherein the weighing device is positioned along the transport path of sausage-shaped products for receiving a sausage-shaped product to be weighed,
A transmission system, comprising: an oscillator (110, 210) generating at least two orthogonal clock signals (I and Q), wherein the oscillator comprises: a compensator adjusting the relative phase of two clock signals to generate the two orthogonal clock signals (I and Q), wherein the compensator comprises: an adjustor (213, 300) to adjust the phase of at least one of the two clock signals; and at least a sensing circuit producing a control signal (CTRL.1) based upon the phases of the two orthogonal clock signals (I and Q) to control the adjuster (213, 300) to adjust the phase of the at least one of the two clock signals; a serializer (120, 220) modulating at least two orthogonal data streams based upon the at least two orthogonal clock signals and at least two channels of data; and a driver (130, 230), receiving and combining the at least two orthogonal data streams into a single output data stream; wherein the single output data stream has a clock frequency higher than frequency of each of the at least two clock signals. an oscillator (110, 210) generating at least two orthogonal clock signals (I and Q), wherein the oscillator comprises: a compensator adjusting the relative phase of two clock signals to generate the two orthogonal clock signals (I and Q), wherein the compensator comprises: an adjustor (213, 300) to adjust the phase of at least one of the two clock signals; and at least a sensing circuit producing a control signal (CTRL.1) based upon the phases of the two orthogonal clock signals (I and Q) to control the adjuster (213, 300) to adjust the phase of the at least one of the two clock signals; an adjustor (213, 300) to adjust the phase of at least one of the two clock signals; and at least a sensing circuit producing a control signal (CTRL.1) based upon the phases of the two orthogonal clock signals (I and Q) to control the adjuster (213, 300) to adjust the phase of the at least one of the two clock signals; a serializer (120, 220) modulating at least two orthogonal data streams based upon the at least two orthogonal clock signals and at least two channels of data; and a driver (130, 230), receiving and combining the at least two orthogonal data streams into a single output data stream; wherein the single output data stream has a clock frequency higher than frequency of each of the at least two clock signals.
A method, operational at a device, comprising: identifying, by the device, one or more selectively activated features needed at the device to use a network service; obtaining authorization information and one or more feature activation keys associated with features that the device has been authorized to activate; and using the one or more feature activation keys to activate and/or maintain activation of the features that the device has been authorized to activate that match the one or more selectively activated features needed to use the network service. identifying, by the device, one or more selectively activated features needed at the device to use a network service; obtaining authorization information and one or more feature activation keys associated with features that the device has been authorized to activate; and using the one or more feature activation keys to activate and/or maintain activation of the features that the device has been authorized to activate that match the one or more selectively activated features needed to use the network service.
A method for determining the molar ratio between wild type BRAF (v-raf murine sarcoma viral oncogene homolog B1) protein and protein variants thereof in a biological sample, wherein the BRAF protein variants are variants mutated in the position corresponding to amino acid position 600 in WT BRAF, said position being occupied by valine in the WT BRAF, comprising the steps of; a) digesting said sample by using a serine proteinase which specifically cleaves peptide bonds C-terminal to glutamic acid residues or peptide bonds C-terminal to glutamic or aspartic acid residues, to obtain a composition comprising a peptide fragment resulting from digestion of the peptides by the proteinase, wherein the mass of said fragment differs between said wild type B-raf protein and a BRAF protein variant; b) quantitatively assaying the molar amount of a peptide fragment resulting from digestion of wild type B-raf protein and the molar amount of a peptide fragment resulting from digestion of variants of the wild type B-raf protein using a mass spectrometry technique; and c) based on the quantitative assessment calculating the at least one specific ratio between said WT BRAF protein and a variant thereof. a) digesting said sample by using a serine proteinase which specifically cleaves peptide bonds C-terminal to glutamic acid residues or peptide bonds C-terminal to glutamic or aspartic acid residues, to obtain a composition comprising a peptide fragment resulting from digestion of the peptides by the proteinase, wherein the mass of said fragment differs between said wild type B-raf protein and a BRAF protein variant; b) quantitatively assaying the molar amount of a peptide fragment resulting from digestion of wild type B-raf protein and the molar amount of a peptide fragment resulting from digestion of variants of the wild type B-raf protein using a mass spectrometry technique; and c) based on the quantitative assessment calculating the at least one specific ratio between said WT BRAF protein and a variant thereof.
A testing vessel comprising: a flexible vessel body having a bottom and a hollow shape; and an adapter detachably mounted to the interior of the vessel body, the adapter having a bottom and a hollow shape; wherein the adapter comprises a partition extending from the bottom of the adapter to its opening, the partition dividing an analyte extract containable space in the adapter into two or more compartments (51, 52), wherein if the height Y of the analyte extract containable space in the vessel body is 2, the height X of the partition in the adapter is 1.8 to 0.5. a flexible vessel body having a bottom and a hollow shape; and an adapter detachably mounted to the interior of the vessel body, the adapter having a bottom and a hollow shape; wherein the adapter comprises a partition extending from the bottom of the adapter to its opening, the partition dividing an analyte extract containable space in the adapter into two or more compartments (51, 52), wherein if the height Y of the analyte extract containable space in the vessel body is 2, the height X of the partition in the adapter is 1.8 to 0.5.
Device for manufacturing fibrous preforms (28, 28.1) which in particular represent a preliminary stage in the manufacture of fibre-reinforced plastics components, wherein the device has a plurality of unwinding stations (1, 1.1, 2, 2.1, 3, 3', 4, 4') for providing a plurality of yarns or rovings, a plurality of grippers (5, 5.1) which in each case may grip individual or a plurality of yarns or rovings (20, 20') at the leading end thereof, and at least one first forming tool (15, 15', 15.1) wherein each gripper (5, 5.1) is movable to and fro on a path between a maximum position (8, 8.1) and a collecting position (9, 9.1), and wherein the collecting position (9, 9.1) is provided at a yarn-transfer point (14, 14.1) and is closer to the unwinding station (1, 1.1, 2, 2.1, 3, 3', 4, 4') than the maximum position (8, 8.1), characterized in that the first forming tool (15, 15', 15.1) has a draping position in the region of the connecting lines between the maximum positions (8, 8.1) and the yarn-transfer points (14, 14.1) and a detachment position outside the connecting lines, and in that the first forming tool (15, 15', 15.1) is rotatable and/or tiltable at least in the detachment position, and in the rotated and/or tilted state can also be moved into the respective draping position.
A seatbelt retractor comprising: a spool that retracts webbing configured to restrain an occupant; a base frame that houses the spool rotatably; and a lock mechanism that restricts rotation of the spool, wherein the lock mechanism includes a locking base disposed in an end portion of the spool, a pawl disposed to protrude outward from an outer periphery of the locking base, a pawl spring that biases the pawl inward relative to the locking base, and a lock gear disposed coaxially with the locking base to rotate relative to the locking base, and wherein the pawl includes a first restraint portion that restrains movement of the pawl in one rotating direction of the spool while being located inside the outer periphery of the locking base, and a second restraint portion that restrains the movement of the pawl in an opposite rotating direction of the spool while the movement of the pawl is retrained by the first restraint portion, wherein the pawl is received in a recess provided in the spool or the locking base and the first restraint portion is a portion in contact with a component having the recess, characterized in that the second restraint portion is a portion in contact with the lock gear, and the first restraint portion and the second restraint portion form a wedge shape with respect to the component having the recess and the lock gear. wherein the lock mechanism includes a locking base disposed in an end portion of the spool, a pawl disposed to protrude outward from an outer periphery of the locking base, a pawl spring that biases the pawl inward relative to the locking base, and a lock gear disposed coaxially with the locking base to rotate relative to the locking base, and wherein the pawl includes a first restraint portion that restrains movement of the pawl in one rotating direction of the spool while being located inside the outer periphery of the locking base, and a second restraint portion that restrains the movement of the pawl in an opposite rotating direction of the spool while the movement of the pawl is retrained by the first restraint portion, wherein the pawl is received in a recess provided in the spool or the locking base and the first restraint portion is a portion in contact with a component having the recess, characterized in that the second restraint portion is a portion in contact with the lock gear, and the first restraint portion and the second restraint portion form a wedge shape with respect to the component having the recess and the lock gear.
A DC power distribution system comprising a plurality of power sources (24, 25, 26, 27); a DC power distribution bus comprising a plurality of DC bus sections (20, 21, 22, 23); wherein at least one power source is coupled to each of the DC bus sections; the system further comprising one or more power switching assemblies (29, 30, 31); wherein a power switching assembly is configured to couple one of the plurality of DC bus sections to another of the plurality of DC bus sections, a system controller to control the power sources (24, 25, 26, 27) and the power switching assemblies (29, 30, 31); and an inverter (32, 34, 36) connected to one of the power switching assemblies (29, 30, 31) to supply a consumer (33, 35, 37); wherein the power switching assembly comprises a first terminal and a second terminal, the first terminal being electrically coupled to a first DC bus section of the DC power distribution bus and the second terminal being electrically coupled to a second DC bus section of the DC power distribution bus; a first semiconductor device and a second semiconductor device electrically coupled between the first terminal and the second terminal to control current flow between the first terminal and the second terminal; a connection (124a, 124b) from each terminal (110, 112) to a power switching assembly controller for providing an indication of current at the first terminal and at the second terminal; a control signal line (128, 130) connected between the power switching assembly controller and each of the first and second semiconductor device for providing a control signal to the semiconductor devices to control the current flow through them; and an inverter coupler (40, 41) for coupling each connection (124a, 124b) to the inverter; characterised in that the inverter coupler (40, 41) comprises a feed from each connection (124a, 124b) on each side of the power switching assembly to the inverter.
A method of wireless communication, comprising: receiving, by a wireless communication device (115; 215; 300) from a first group of one or more transmission/reception points, TRPs, a first signal during a first time period (502; 602); and receiving, by the wireless communication device from a second group of one or more TRPs, a second signal during a second time period (502; 602), wherein at least one TRP in the second group is not in the first group; characterized in that the first time period (502; 602) and the second time period (502; 602) are different time periods within a transmission slot and have a same duration. receiving, by a wireless communication device (115; 215; 300) from a first group of one or more transmission/reception points, TRPs, a first signal during a first time period (502; 602); and receiving, by the wireless communication device from a second group of one or more TRPs, a second signal during a second time period (502; 602), wherein at least one TRP in the second group is not in the first group; characterized in that the first time period (502; 602) and the second time period (502; 602) are different time periods within a transmission slot and have a same duration.
Mass-balancing gear mechanism for balancing inertia forces and/or inertia moments of an internal combustion engine, having a balancing shaft which has a centre of mass which is spaced apart from its rotational axis and at least one bearing journal (3, 4), on which the balancing shaft is mounted rotatable at a bearing point of the internal combustion engine, the bearing journal (3, 4) comprising two cylindrical bearing journal sections which are spaced apart axially and delimit a recess which runs predominantly or completely on the other side of the rotational axis with regard to the centre of mass, characterized in that the bearing point is configured as an anti-friction bearing, the anti-friction bearing being configured as a needle bearing without an inner ring, the needles of which roll on the bearing journal (3, 4) while bridging the bearing journal sections axially.
Device for fall prevention in the area of roof eaves or fall-risk edges of a roof surface, wherein the device comprises a protective railing including at least two railing supports as well as a handrail, one or more knee rails and a base rail, said handrail, the knee rails and the base rail being arranged transversely to the at least two railing supports, wherein a respective base bar is attached to the lower end of each railing post, the base bar being connected to the railing post at an angle and projecting from the railing post by an base bar length, characterized in that each base bar has, at its free bar end, a skate-shaped rounding at its underside, and a groove-shaped recess provided with at least one locking element is arranged transverse to the base bar length on the upper side of each base bar at a longitudinal distance from the free-standing bar end, said recess being configured to receive at least a section of a snow guard pipe fastened to a roof surface. wherein a respective base bar is attached to the lower end of each railing post, the base bar being connected to the railing post at an angle and projecting from the railing post by an base bar length, characterized in that each base bar has, at its free bar end, a skate-shaped rounding at its underside, and a groove-shaped recess provided with at least one locking element is arranged transverse to the base bar length on the upper side of each base bar at a longitudinal distance from the free-standing bar end, said recess being configured to receive at least a section of a snow guard pipe fastened to a roof surface.
An inductively powered kitchen appliance comprising a secondary coil for receiving electrical power from a primary coil of an inductive power source, a wireless communication module for wirelessly communicating with a communication unit of the inductive power source, a control unit, input means for receiving user input, a food processing element operable by inductive power received from the power source for processing food placed in the kitchen appliance, and a relay for controlling provision of operating power to the food processing element, wherein the control unit is configured to control the relay, characterized in that the relay is a normally open relay and the control unit is further configured to close the relay only when a predetermined condition is realized.