mhurhangee/ep-ind-claims huggingface dataset:
Shoe or apparel, comprising: a. a first material layer with a first plurality of protrusions, wherein the first material layer comprises a pattern of reinforcing areas; b. a flexible layer with a plurality of apertures; c. a second material layer; d. wherein the flexible layer is positioned between the first material layer and the second material layer, and e. wherein each protrusion of the first plurality of protrusions of the first material layer extends through at least one aperture of the plurality of apertures of the flexible layer and is connected to the second material layer, f. wherein the flexible layer is not connected to the first material layer and the second material layer, and thereby can freely move between the first material layer and the second material layer. a. a first material layer with a first plurality of protrusions, wherein the first material layer comprises a pattern of reinforcing areas; b. a flexible layer with a plurality of apertures; c. a second material layer; d. wherein the flexible layer is positioned between the first material layer and the second material layer, and e. wherein each protrusion of the first plurality of protrusions of the first material layer extends through at least one aperture of the plurality of apertures of the flexible layer and is connected to the second material layer, f. wherein the flexible layer is not connected to the first material layer and the second material layer, and thereby can freely move between the first material layer and the second material layer.
An information processing apparatus comprising: a control unit having circuitry configured to receive an indication of a position and an attitude of the information processing apparatus, the position and the attitude being detected using an image of a real space imaged by the information processing apparatus, arrange, in response to a first user input, a virtual object (V 11) in front of the information processing apparatus, wherein the virtual object follows the position and attitude of the information processing apparatus during the first user input; and attach, in response to a second user input indicating an end of the first user input, the virtual object to a reference environment corresponding to the real space with a position and an attitude related to the detected position and the detected attitude of the information processing apparatus at the time of the second user input. a control unit having circuitry configured to receive an indication of a position and an attitude of the information processing apparatus, the position and the attitude being detected using an image of a real space imaged by the information processing apparatus, arrange, in response to a first user input, a virtual object (V 11) in front of the information processing apparatus, wherein the virtual object follows the position and attitude of the information processing apparatus during the first user input; and attach, in response to a second user input indicating an end of the first user input, the virtual object to a reference environment corresponding to the real space with a position and an attitude related to the detected position and the detected attitude of the information processing apparatus at the time of the second user input. receive an indication of a position and an attitude of the information processing apparatus, the position and the attitude being detected using an image of a real space imaged by the information processing apparatus, arrange, in response to a first user input, a virtual object (V 11) in front of the information processing apparatus, wherein the virtual object follows the position and attitude of the information processing apparatus during the first user input; and attach, in response to a second user input indicating an end of the first user input, the virtual object to a reference environment corresponding to the real space with a position and an attitude related to the detected position and the detected attitude of the information processing apparatus at the time of the second user input.
An adhesive tape cartridge for a print label producing device, the adhesive tape cartridge comprising: a housing; and an adhesive tape roll that is disposed in said housing and winds an adhesive tape (150N; 150), said adhesive tape (150N; 150) comprising: a first adhesive layer (161; 161A; 161B) that comprises an adhesive with a first pigment added; a second adhesive layer (162; 162A; 162B) that is disposed to one side in a thickness direction of said first adhesive layer (161; 161A; 161B) and comprises an adhesive with a second pigment added; and a separation material layer that is disposed to said one side in the thickness direction of said second adhesive layer (162; 162A; 162B); a volume ratio of said second pigment in said second adhesive layer (162; 162A; 162B) being smaller than a volume ratio of said first pigment in said first adhesive layer (161; 161A; 161B). a housing; and an adhesive tape roll that is disposed in said housing and winds an adhesive tape (150N; 150), said adhesive tape (150N; 150) comprising: a first adhesive layer (161; 161A; 161B) that comprises an adhesive with a first pigment added; a second adhesive layer (162; 162A; 162B) that is disposed to one side in a thickness direction of said first adhesive layer (161; 161A; 161B) and comprises an adhesive with a second pigment added; and a separation material layer that is disposed to said one side in the thickness direction of said second adhesive layer (162; 162A; 162B); a volume ratio of said second pigment in said second adhesive layer (162; 162A; 162B) being smaller than a volume ratio of said first pigment in said first adhesive layer (161; 161A; 161B). a first adhesive layer (161; 161A; 161B) that comprises an adhesive with a first pigment added; a second adhesive layer (162; 162A; 162B) that is disposed to one side in a thickness direction of said first adhesive layer (161; 161A; 161B) and comprises an adhesive with a second pigment added; and a separation material layer that is disposed to said one side in the thickness direction of said second adhesive layer (162; 162A; 162B); a volume ratio of said second pigment in said second adhesive layer (162; 162A; 162B) being smaller than a volume ratio of said first pigment in said first adhesive layer (161; 161A; 161B).
An illumination system (1, 2, 3, 4, 6), comprising an input interface (12, 22, 24), a phase angle control module, a lamp, and a driving module 18) for driving said lamp, wherein the input interface (12, 22, 24) is controllably switchable between a first state and a second state; the phase angle control module is electrically connected to an AC power source and the input interface (12, 22, 24), wherein when the input interface (12, 22, 24) is at the first state, the phase angle control module is adapted to modify a voltage waveform of the AC power source to generate a delay angle in a half wave period of the voltage waveform of the AC power source; the lamp is controllable to emit light; the driving module is electrically connected to the phase angle control module and the lamp, wherein the driving module is stored with control modes, which include a default illumination mode and a luminance adjusting mode, and the driving module is adapted to switch the control mode in accordance with the delay angle generated by the phase angle control module; wherein if the control mode is switched to the default illumination mode, the lamp is driven to emit light with a default luminance; characterized in that if the control mode is switched to the luminance adjusting mode, the lamp is driven to emit light with a variable luminance which is repeatedly and continuously regulated between a first luminance and a second luminance until the input interface is switched again, wherein the variable luminance at this time point of the input interface (12, 22, 24) being switched is recorded to update the default luminance, and then the lamp is driven to emit light with the newly updated default luminance; wherein the driving module is adapted to switch the control mode between the default illumination mode and the luminance adjusting mode according to a length of time that a switch of said input interface is being pressed.
Arrangement for storing and transporting compressed gas, having a plurality of compressed gas cylinders which are mounted in a frame, a pipeline system which is connected to the compressed gas cylinders, and a removal connector (11, 12) which is assigned to the pipeline system, characterized in that the pipeline system is equipped with at least two removal connectors (11, 12), at least one removal connector being assigned a fitting for pressure reduction for the possibility to remove gas at different removal pressures, wherein at one removal connector gas can be removed at at least 300 bar and at one removal connector gas can be removed at at most 200 bar.
A system for detecting viability of seed, the system comprising: a seed meter comprising a rotor with slots that are spaced apart from each other, each slot having a suitable shape and size to receive a corresponding seed, the seed meter having an entrance port for receiving seed into the seed meter and an exit port for seed exiting from the seed meter, where each exiting seed is spaced spatially from any prior seed or later seed exiting the exit port; a conveyer, comprising a retaining member, for receiving the seed from the exit port, the conveyer conveying seed exiting the seed meter to a seed discharge port for depositing or planting the seed in a furrow in the ground; an evaluation channel section through which a series of particular seeds pass a first source of an electromagnetic signal for illuminating or radiating the evaluation channel section, where the electromagnetic signal comprises a pulse with at a reference phase and reference magnitude; a first receiver of the electromagnetic signal, the receiver comprising a detector to measure a seed characteristic based on an observed phase and an observed magnitude; an evaluator to evaluate a first difference between the reference phase and the observed phase and a second difference between the reference magnitude and observed magnitude to estimate a characteristic of one or more seeds in the series of particular seeds in the evaluation channel section; and a seed treatment device for spraying or treating discharged seed with a seed treatment based on the estimated characteristic of the particular seeds. a seed meter comprising a rotor with slots that are spaced apart from each other, each slot having a suitable shape and size to receive a corresponding seed, the seed meter having an entrance port for receiving seed into the seed meter and an exit port for seed exiting from the seed meter, where each exiting seed is spaced spatially from any prior seed or later seed exiting the exit port; a conveyer, comprising a retaining member, for receiving the seed from the exit port, the conveyer conveying seed exiting the seed meter to a seed discharge port for depositing or planting the seed in a furrow in the ground; an evaluation channel section through which a series of particular seeds pass a first source of an electromagnetic signal for illuminating or radiating the evaluation channel section, where the electromagnetic signal comprises a pulse with at a reference phase and reference magnitude; a first receiver of the electromagnetic signal, the receiver comprising a detector to measure a seed characteristic based on an observed phase and an observed magnitude; an evaluator to evaluate a first difference between the reference phase and the observed phase and a second difference between the reference magnitude and observed magnitude to estimate a characteristic of one or more seeds in the series of particular seeds in the evaluation channel section; and a seed treatment device for spraying or treating discharged seed with a seed treatment based on the estimated characteristic of the particular seeds.
A method of transmitting audio data from a first end user device to a second end user device, the method comprising: a first intermediate communication device receiving a first plurality of audio data packet fragments from a first end user device via Bluetooth low energy, BLE, communication, wherein the first end user device generates the first plurality of audio data packet fragments, further wherein each audio data packet fragment comprises audio data collected from an audio data stream; the first intermediate communication device assembling a plurality of audio data packets, wherein each audio data packet comprises N audio data packet fragments from the received first plurality of audio data packet fragments; and the first intermediate communication device transmitting the plurality of audio data packets to the second end user device over a communication network. a first intermediate communication device receiving a first plurality of audio data packet fragments from a first end user device via Bluetooth low energy, BLE, communication, wherein the first end user device generates the first plurality of audio data packet fragments, further wherein each audio data packet fragment comprises audio data collected from an audio data stream; the first intermediate communication device assembling a plurality of audio data packets, wherein each audio data packet comprises N audio data packet fragments from the received first plurality of audio data packet fragments; and the first intermediate communication device transmitting the plurality of audio data packets to the second end user device over a communication network.
A CO shift conversion device in which CO and H 2 O contained in a gas to be processed are reacted and thereby converted into CO 2 and H 2, the device comprising: a CO shift conversion unit having a catalyst layer composed of a CO shift catalyst and performing a CO shift conversion process on a gas flowing inside; and a CO 2 removing unit removing CO 2 contained in a gas introduced and transmitting a processed gas whose CO 2 concentration is lower than that of the introduced gas to a downstream side, the CO 2 removing unit being formed of a membrane which selectively passes CO 2, wherein the catalyst layer is composed of a CO shift conversion catalyst having a property that a CO conversion rate decreases with an increase of the concentration of CO 2 contained in the gas flowing inside due to a CO 2 poisoning action and the CO shift conversion catalyst includes a copper-zinc-based catalyst, and the device is configured so that the gas to be processed is supplied to the CO shift conversion unit after the concentration of CO 2 contained in the gas to be processed is lowered by the CO 2 removing unit. a CO shift conversion unit having a catalyst layer composed of a CO shift catalyst and performing a CO shift conversion process on a gas flowing inside; and a CO 2 removing unit removing CO 2 contained in a gas introduced and transmitting a processed gas whose CO 2 concentration is lower than that of the introduced gas to a downstream side, the CO 2 removing unit being formed of a membrane which selectively passes CO 2, wherein the catalyst layer is composed of a CO shift conversion catalyst having a property that a CO conversion rate decreases with an increase of the concentration of CO 2 contained in the gas flowing inside due to a CO 2 poisoning action and the CO shift conversion catalyst includes a copper-zinc-based catalyst, and the device is configured so that the gas to be processed is supplied to the CO shift conversion unit after the concentration of CO 2 contained in the gas to be processed is lowered by the CO 2 removing unit.
A method of manufacturing a spark plug comprising: manufacturing a solid annular gasket made of metal and for providing on an outer circumference of a tubular metallic shell for a spark plug between an externally threaded portion and a seat portion of the metallic shell, the metallic shell having the externally threaded portion formed on an outer circumference of a forward portion thereof and the seat portion located rearward of the externally threaded portion and protruding radially outward, the method comprises: a blanking step of performing blanking on a flat plate of a metal material so as to yield a ring member which is to become the gasket, wherein the metal material has a Vickers hardness of 70 Hv or more; an annealing step of performing annealing on the ring member so as to lower a hardness of the ring member below that of the metal material, thereby yielding the gasket; inserting a metallic shell through the gasket such that the gasket is disposed around a screw neck located between the externally threaded portion and the seat portion of the metal shell; and pressing, under a predetermined load, using a jig having an annular protrusion, along an axial line, against the face of the gasket disposed toward the externally threaded portion, thereby forming a groove on the gasket, wherein an inside diameter of the gasket becomes smaller than a thread diameter of the externally threaded portion 15, such that the gasket is attached to the outer circumference of the screw neck; wherein a face of the gasket configured to be disposed toward the seat portion has an area of 83 mm 2 or less. a blanking step of performing blanking on a flat plate of a metal material so as to yield a ring member which is to become the gasket, wherein the metal material has a Vickers hardness of 70 Hv or more; an annealing step of performing annealing on the ring member so as to lower a hardness of the ring member below that of the metal material, thereby yielding the gasket; inserting a metallic shell through the gasket such that the gasket is disposed around a screw neck located between the externally threaded portion and the seat portion of the metal shell; and pressing, under a predetermined load, using a jig having an annular protrusion, along an axial line, against the face of the gasket disposed toward the externally threaded portion, thereby forming a groove on the gasket, wherein an inside diameter of the gasket becomes smaller than a thread diameter of the externally threaded portion 15, such that the gasket is attached to the outer circumference of the screw neck; wherein a face of the gasket configured to be disposed toward the seat portion has an area of 83 mm 2 or less.
A method for conducting on-going analysis of the current technical condition of a submersible pump system consisting of a submersible pump with a known lift as a function of capacity determined on a test stand, with the submersible pump immersed in a liquid contained in a deep well, and of a pressure pipeline complete with fittings to discharge the pumped liquid and connected to the pressure port of the same submersible pump, characterised in that for a given pump system capacity measured at its discharge end, a differential pressure is determined between the liquid in the pipeline close to the pump pressure port and the hydrostatic pressure outside of the pump measured in close proximity to the pressure port, and then the acquired value of the determined differential pressure is compared against the lift resulting from its known value as a function of capacity, being the given capacity of the pump system, for which that differential pressure is determined.
A laminated packaging material for containers for liquids, said packaging material comprising a thermoplastic material outermost layer, a paper substrate layer and a thermoplastic material innermost layer, the thermoplastic material innermost layer comprising a blend of a linear low density polyethylene (LLDPE) prepared by a metallocene catalyst and a low density polyethylene (LDPE), the blend having a swelling ratio in a range from 0.9 to 1.1 and a LLDPE content in a range from 30% to 80% (w/w) based on the total weight of LLDPE plus LDPE, the LLDPE having a swelling ratio in the range of 0.9 to 1.1, whereby the swelling ratio is defined by the expression SR = d s /d o, wherein d s is the transversal diameter of the melted polymer extruded from an orifice and d o is the diameter of the orifice, as measured under the same conditions as the measurement conditions in the ISO 1133 method.
Beverage filling system for filling containers with a filling product, comprising a filler carousel for filling containers that are to be filled and a capper carousel for closing filled containers, wherein the filler carousel and the capper carousel are spaced apart from each other, wherein the filler carousel has in its peripheral region treatment units in the form of filling elements with in each case their assigned container holders for holding the containers to be filled during filling, and wherein the capper carousel has in its peripheral region treatment units in the form of closing elements with in each case their assigned container holders for holding the filled containers during closing, wherein in the peripheral region of the filler carousel and/or the capper carousel a container transfer receptacle is assigned to each container holder (11, 74) and is disposed such that it is radially displaceable with respect to the axis of rotation, for receiving the filled container from the filler carousel and/or for transferring the filled container to the capper carousel, characterized in that a non-rotatable control guide is provided for controlling the radial position of the container transfer receptacle when the treatment carousel and/or the capper carousel rotates, and the container transfer receptacle has a control element that is engaged with the control guide. in the peripheral region of the filler carousel and/or the capper carousel a container transfer receptacle is assigned to each container holder (11, 74) and is disposed such that it is radially displaceable with respect to the axis of rotation, for receiving the filled container from the filler carousel and/or for transferring the filled container to the capper carousel, characterized in that a non-rotatable control guide is provided for controlling the radial position of the container transfer receptacle when the treatment carousel and/or the capper carousel rotates, and the container transfer receptacle has a control element that is engaged with the control guide.