mhurhangee/ep-ind-claims huggingface dataset:
A machine for gluing elements made of various sheets of material such as leather or imitation leather, fabric or cardboard, comprising: - a feeding station for feeding said elements to be glued; - a gluing station for gluing said elements; - a conveyor belt adapted to transport a plurality of said elements along an advancement direction between said feeding station and said gluing station, - a dispenser of gluing material moveable above said conveyor belt and adapted to dispense the gluing material onto a gluing area as said elements pass through said gluing station, - at least one alignment device of said elements which identifies a positioning area and defines reference points for manually aligning said elements on said conveyor belt and having an extension greater than or equal to said gluing area characterised in that said alignment device comprises a projector adapted to project a beam of light onto said conveyor belt for identifying said positioning area; said projector can rotate about an axis of rotation parallel to the advancement direction of said conveyor belt; said axis of rotation defines an oscillation movement between a first extreme and a second extreme, thereby allowing the operator to correctly position said element between said first extreme and said second extreme, said machine comprising a control unit of the projector and the dispenser adapted to control the movement of the projector to adjust the movement of said dispenser or vice versa. - a feeding station for feeding said elements to be glued; - a gluing station for gluing said elements; - a conveyor belt adapted to transport a plurality of said elements along an advancement direction between said feeding station and said gluing station, - a dispenser of gluing material moveable above said conveyor belt and adapted to dispense the gluing material onto a gluing area as said elements pass through said gluing station, - at least one alignment device of said elements which identifies a positioning area and defines reference points for manually aligning said elements on said conveyor belt and having an extension greater than or equal to said gluing area characterised in that said alignment device comprises a projector adapted to project a beam of light onto said conveyor belt for identifying said positioning area; said projector can rotate about an axis of rotation parallel to the advancement direction of said conveyor belt; said axis of rotation defines an oscillation movement between a first extreme and a second extreme, thereby allowing the operator to correctly position said element between said first extreme and said second extreme, said machine comprising a control unit of the projector and the dispenser adapted to control the movement of the projector to adjust the movement of said dispenser or vice versa.
Water-based adhesive for the manufacture of laminated cellulosic boards, comprising: 1) water; 2) between 20.0 wt% and 40.0 wt% starch, preferably maize starch, wheat starch, potato starch, pea starch, tapioca starch, or mixtures thereof; 3) optionally, up to 10 wt% of at least one further polymer, selected from natural polymers or soluble synthetic polymers; 4) a glue enhancer, comprising monolayer graphene oxide in water, in an amount such that the water-based adhesive comprises between 0.1 wt% and 10 -7 wt% of monolayer graphene oxide; 5) at least one further component, selected from fungicides and biocides, and/or stabilizing agents, gelling agents, thickening agents, anti-foaming agents, tackifyers, damp-proofing resins, rheology agents in accordance with the polymer(s). 1) water; 2) between 20.0 wt% and 40.0 wt% starch, preferably maize starch, wheat starch, potato starch, pea starch, tapioca starch, or mixtures thereof; 3) optionally, up to 10 wt% of at least one further polymer, selected from natural polymers or soluble synthetic polymers; 4) a glue enhancer, comprising monolayer graphene oxide in water, in an amount such that the water-based adhesive comprises between 0.1 wt% and 10 -7 wt% of monolayer graphene oxide; 5) at least one further component, selected from fungicides and biocides, and/or stabilizing agents, gelling agents, thickening agents, anti-foaming agents, tackifyers, damp-proofing resins, rheology agents in accordance with the polymer(s).
A drug infusion device, comprising: a drug storage unit; a screw, a piston and a driving wheel respectively connected with the screw, the driving wheel drives the screw to move by rotation, the piston is arranged in the drug storage unit, the screw advances the piston to move; a driving unit comprising driving arms cooperating with the driving wheel, the driving unit, through a pivot of multiple modes, drives the driving arms to perform tooth number adjustable driving on the driving wheel for increment-adjustable infusion; and a power unit connected to the driving unit, the power unit exerts a force on the driving unit to lead the driving unit to perform multiple-mode pivot, wherein the drug infusion device is characterized in that the driving unit comprises more than two driving arms. a drug storage unit; a screw, a piston and a driving wheel respectively connected with the screw, the driving wheel drives the screw to move by rotation, the piston is arranged in the drug storage unit, the screw advances the piston to move; a driving unit comprising driving arms cooperating with the driving wheel, the driving unit, through a pivot of multiple modes, drives the driving arms to perform tooth number adjustable driving on the driving wheel for increment-adjustable infusion; and a power unit connected to the driving unit, the power unit exerts a force on the driving unit to lead the driving unit to perform multiple-mode pivot, wherein the drug infusion device is characterized in that the driving unit comprises more than two driving arms.
A method performed by a wireless device comprising: receiving one or more configuration parameters indicating: a plurality of power control parameter sets; and a plurality of resource set indexes; receiving, downlink control information, DCI, scheduling transmission of at least one transport block; based on an absence of a sounding reference signal resource indicator, SRI, field in the DCI, determining a pathloss reference signal that is associated with a power control parameter set, of the plurality of power control parameter sets, wherein the power control parameter set has a lowest power control parameter set index associated with a resource set index of the plurality of resource set indexes; and transmitting, using a transmission power that is based on the pathloss reference signal, the at least one transport block. receiving one or more configuration parameters indicating: a plurality of power control parameter sets; and a plurality of resource set indexes; a plurality of power control parameter sets; and a plurality of resource set indexes; receiving, downlink control information, DCI, scheduling transmission of at least one transport block; based on an absence of a sounding reference signal resource indicator, SRI, field in the DCI, determining a pathloss reference signal that is associated with a power control parameter set, of the plurality of power control parameter sets, wherein the power control parameter set has a lowest power control parameter set index associated with a resource set index of the plurality of resource set indexes; and transmitting, using a transmission power that is based on the pathloss reference signal, the at least one transport block.
A lens for receiving light from an LED, comprising: a tapered cylindrical opening having a tapered sidewall surface extending into the lens from a light entry region configured for receiving the entirety of light from the LED, wherein the tapered sidewall surface extends from an opening formed by the tapered cylindrical opening at the light entry region to an upper surface, wherein the tapered sidewall surface further comprises: a plurality of planar lunes extending radially inward toward a central axis from the opening to the upper surface, and a diffusion surface on each of the plurality of lunes; and wherein the lens further comprises: a concave spherical surface extending across the entirety of a light exit region of the lens; and a total internal reflective outer surface shaped as a compound parabolic concentrator extending between the light entry region and the light exit region. a tapered cylindrical opening having a tapered sidewall surface extending into the lens from a light entry region configured for receiving the entirety of light from the LED, wherein the tapered sidewall surface extends from an opening formed by the tapered cylindrical opening at the light entry region to an upper surface, wherein the tapered sidewall surface further comprises: a plurality of planar lunes extending radially inward toward a central axis from the opening to the upper surface, and a diffusion surface on each of the plurality of lunes; and a plurality of planar lunes extending radially inward toward a central axis from the opening to the upper surface, and a diffusion surface on each of the plurality of lunes; and a concave spherical surface extending across the entirety of a light exit region of the lens; and a total internal reflective outer surface shaped as a compound parabolic concentrator extending between the light entry region and the light exit region.
A manufacturing method of an electrode assembly, the method comprising: blanking a first electrode from a first base comprising a first coated region and a first uncoated region; blanking a second electrode from a second base comprising a second coated region and a second uncoated region, wherein the blanking of the second electrode comprises initially notching the second base in an edge region thereof, setting a cut position adjacent the notch by partially blanking the second base in the operation of notching, and subsequently cutting the notched second base to form the second electrode, before laminating the second electrode with the separator; laminating the second electrode with a separator; cutting the laminated second electrode; then stacking the laminated second electrode and the first electrode together; and wherein the cutting of the laminated second electrode comprises cutting the separator so that the cut separator protrudes beyond an edge of the second electrode. blanking a first electrode from a first base comprising a first coated region and a first uncoated region; blanking a second electrode from a second base comprising a second coated region and a second uncoated region, wherein the blanking of the second electrode comprises initially notching the second base in an edge region thereof, setting a cut position adjacent the notch by partially blanking the second base in the operation of notching, and subsequently cutting the notched second base to form the second electrode, before laminating the second electrode with the separator; laminating the second electrode with a separator; cutting the laminated second electrode; then stacking the laminated second electrode and the first electrode together; and wherein the cutting of the laminated second electrode comprises cutting the separator so that the cut separator protrudes beyond an edge of the second electrode.
Use of an inhibitor of the activity of RNA-dependent protein kinase in an in vitro method for providing cells having stem cell characteristics, wherein said method comprises the steps of (i) reducing the PKR activity in a cell population comprising somatic cells, (ii) introducing RNA capable of expressing one or more factors allowing the reprogramming of the somatic cells to cells having stem cell characteristics into at least a portion of the somatic cells, and (iii) allowing the development of cells having stem cell characteristics.
Process for producing a fructoside-rich product from a glucose-rich feedstock, which process comprises conducting a process for isomerizing glucose to fructose from a glucose-rich feedstock by contacting the glucose-rich feedstock in an alcoholic medium with a basic isomerization catalyst at a temperature of at least 75 °C, in an isomerization zone to yield an isomerized product containing fructose, and reacting at least part of the isomerized product containing fructose with an alcohol in the presence of an acid catalyst in a conversion zone to yield a fructoside-containing conversion product; wherein the glucose-rich feedstock is passed to the isomerization zone or the conversion zone; wherein at least a fraction of the isomerized product is passed to the conversion zone and at least a fraction of the conversion product is passed to the isomerization zone; and wherein either the isomerized product or the conversion product is split into at least two fractions, wherein part of the isomerized product or of the conversion product is recycled and another part is recovered as the desired fructoside-rich product.
A data scheduling method, comprising: receiving a data packet, wherein the data packet carries control information, wherein the control information comprises routing information of the data packet; determining, according to the control information, whether to perform optical switching or perform electrical switching on the data packet; and implementing control of optical switching on the data packet according to the routing information of the data packet if it is determined to perform optical switching on the data packet, or implementing control of electrical switching on the data packet according to the routing information of the data packet if it is determined to perform electrical switching on the data packet; characterized in that the control information further comprises a packet length of the data packet; and the determining, according to the control information, whether to perform optical switching or perform electrical switching on the data packet comprises: if the packet length of the data packet is greater than or equal to a packet length threshold, determining to perform optical switching on the data packet, or if the packet length of the data packet is less than a packet length threshold, determining to perform electrical switching on the data packet. receiving a data packet, wherein the data packet carries control information, wherein the control information comprises routing information of the data packet; determining, according to the control information, whether to perform optical switching or perform electrical switching on the data packet; and implementing control of optical switching on the data packet according to the routing information of the data packet if it is determined to perform optical switching on the data packet, or implementing control of electrical switching on the data packet according to the routing information of the data packet if it is determined to perform electrical switching on the data packet; characterized in that the control information further comprises a packet length of the data packet; and the determining, according to the control information, whether to perform optical switching or perform electrical switching on the data packet comprises: if the packet length of the data packet is greater than or equal to a packet length threshold, determining to perform optical switching on the data packet, or if the packet length of the data packet is less than a packet length threshold, determining to perform electrical switching on the data packet.
Linear drive, comprising - a drive shaft, which is rotatable around a longitudinal axis, - at least one propulsion element comprising a propulsion tooth, - a gear rack, and - at least one guidance means, - wherein the at least one propulsion element is coupled to the drive shaft such that, when the drive shaft is rotated around the longitudinal axis, its propulsion tooth is pressed into the gear rack in order to generate a propulsion force in a cyclic motion, and characterized in that, when the propulsion tooth of the at least one propulsion element is pressed into the gear rack, the at least one guidance means forms a counteracting abutment for the at least one propulsion element. - a drive shaft, which is rotatable around a longitudinal axis, - at least one propulsion element comprising a propulsion tooth, - a gear rack, and - at least one guidance means, - wherein the at least one propulsion element is coupled to the drive shaft such that, when the drive shaft is rotated around the longitudinal axis, its propulsion tooth is pressed into the gear rack in order to generate a propulsion force in a cyclic motion, and
Sensor device comprising a sensor, a signal generator and a monitoring unit, wherein a sound transducer of the sensor is configured to emit sound waves on account of excitation with electrical excitation signals generated by means of the signal generator and to convert received sound waves into electrical signals, an evaluation unit of the sensor is configured to carry out detection of surroundings by means of an evaluation of electrical signals of the sound transducer during normal operation of the sensor, and the monitoring unit is configured to measure an impedance of the sound transducer for different excitation frequencies of the excitation signals during monitoring operation of the sensor, further comprising: a first signal path and a second signal path, which are each connected to the sound transducer and connectable to the signal generator, and a first control unit configured to decouple the first signal path from the signal generator and to connect the second signal path to the signal generator in order to switch the sensor from normal operation to monitoring operation, characterized in that the second signal path has an impedance output stage and a resistor and in that an input of the impedance output stage is connectable to the signal generator and an output of the impedance output stage is connected to the sound transducer via the resistor, wherein the resistor of the second signal path is embodied with a high resistance and preferably has a resistance value of at least 1.10 5 Ω, and wherein the sensor device comprises a second control unit configured to control the signal generator such that the excitation signals generated by means of the signal generator, during monitoring operation, each have an amplitude which is smaller than that during normal operation by at least one power of ten. a first signal path and a second signal path, which are each connected to the sound transducer and connectable to the signal generator, and a first control unit configured to decouple the first signal path from the signal generator and to connect the second signal path to the signal generator in order to switch the sensor from normal operation to monitoring operation, characterized in that the second signal path has an impedance output stage and a resistor and in that an input of the impedance output stage is connectable to the signal generator and an output of the impedance output stage is connected to the sound transducer via the resistor, wherein the resistor of the second signal path is embodied with a high resistance and preferably has a resistance value of at least 1.10 5 Ω, and wherein the sensor device comprises a second control unit configured to control the signal generator such that the excitation signals generated by means of the signal generator, during monitoring operation, each have an amplitude which is smaller than that during normal operation by at least one power of ten.
A method for transmitting timing information, comprising: carrying timing information by using a demodulation reference signal, DMRS; and transmitting the DMRS carrying the timing information to the terminal, wherein the timing information comprises N least significant bits of the synchronization signal block index, where N is a positive integer; and half frame timing information, wherein the carrying the timing information by using the DMRS comprises: carrying the timing information by using a DMRS sequence of the DMRS. carrying timing information by using a demodulation reference signal, DMRS; and transmitting the DMRS carrying the timing information to the terminal, wherein the timing information comprises N least significant bits of the synchronization signal block index, where N is a positive integer; and half frame timing information, wherein the carrying the timing information by using the DMRS comprises: carrying the timing information by using a DMRS sequence of the DMRS.
A method performed by a base station for selecting a transport format, the method comprising: allocating resources, on a Single Carrier Frequency Division Multiple Access, SC-FDMA uplink, to a User Equipment, UE,, characterised by further comprising: when a first criterion is fulfilled for the allocated resources, said first criterion relating to said allocated resources being contiguous, estimating Signal-to-Interference-plus-Noise Ratio, SINR, by using a first gain offset, which first gain offset relates to contiguous resource allocation according to the first criterion, when a second criterion is fulfilled for the allocated resources, said second criterion relating to said allocated resources being non-contiguous estimating SINR by using a second gain offset, which second gain offset relates to non-contiguous resource allocation according to the second criterion, selecting a transport format for the allocated resources based on the estimated SINR. when a first criterion is fulfilled for the allocated resources, said first criterion relating to said allocated resources being contiguous, estimating Signal-to-Interference-plus-Noise Ratio, SINR, by using a first gain offset, which first gain offset relates to contiguous resource allocation according to the first criterion, when a second criterion is fulfilled for the allocated resources, said second criterion relating to said allocated resources being non-contiguous estimating SINR by using a second gain offset, which second gain offset relates to non-contiguous resource allocation according to the second criterion, selecting a transport format for the allocated resources based on the estimated SINR.