mhurhangee/ep-ind-claims huggingface dataset:
A receptacle assembly comprising: a body portion comprising a front wall, a rear wall, and lateral side walls connecting the front wall and the rear wall, the body portion further comprising an upper edge and a lower edge; an opening (126, 626) disposed on the rear wall of the body portion; a bag liner dispenser having a package comprising a plurality of bag liners, characterized in that the plurality of bag liners are detached from each other, and the dispenser is positioned near the opening and is disposed on an exterior surface of the rear wall, wherein the opening is generally aligned with an opening in the package through which a single bag liner can be pulled into an interior space of the body portion; a trim member extending at least partially around the upper edge of the body portion, wherein a thickness of the bag liner dispenser is less than or equal to a thickness of a rear portion of the trim member, such that the bag liner dispenser does not extend in a rearward direction beyond a rear edge of the trim member. a body portion comprising a front wall, a rear wall, and lateral side walls connecting the front wall and the rear wall, the body portion further comprising an upper edge and a lower edge; an opening (126, 626) disposed on the rear wall of the body portion; a bag liner dispenser having a package comprising a plurality of bag liners, characterized in that the plurality of bag liners are detached from each other, and the dispenser is positioned near the opening and is disposed on an exterior surface of the rear wall, wherein the opening is generally aligned with an opening in the package through which a single bag liner can be pulled into an interior space of the body portion; a trim member extending at least partially around the upper edge of the body portion, wherein a thickness of the bag liner dispenser is less than or equal to a thickness of a rear portion of the trim member, such that the bag liner dispenser does not extend in a rearward direction beyond a rear edge of the trim member.
Method for purifying thermoplastic polymers, said method comprising a step of filtering a polymer melt by way of a filter means, characterized in that the filter means is heated temporarily to a temperature, which is higher than that of the polymer melt, wherein the heating of the filter means is performed only over a limited time period, so that the filter means is heated not permanently to a temperature, which is higher than that of the polymer melt.
A method for sending a service, comprising: sending, by a base station, position information of specific radio frames and position information of specific subframes to a user equipment, characterized in that the specific radio frames are multiple radio frames in a time unit comprising 2 M radio frames, each of the radio frames in the time unit comprises a number R of subframes, the specific subframes are one or more subframes in each of the special radio frames, R is a natural number, and the M is a nonnegative integer; and sending, by the base station, the service in the special subframes to the user equipment according to the position information of specific radio frames and the position information of specific subframes; wherein the position information of the specific radio frames is represented by an interval between two consecutive specific radio frames in the specific radio frames, the interval is 2 m, 0≤m≤M. sending, by a base station, position information of specific radio frames and position information of specific subframes to a user equipment, characterized in that the specific radio frames are multiple radio frames in a time unit comprising 2 M radio frames, each of the radio frames in the time unit comprises a number R of subframes, the specific subframes are one or more subframes in each of the special radio frames, R is a natural number, and the M is a nonnegative integer; and sending, by the base station, the service in the special subframes to the user equipment according to the position information of specific radio frames and the position information of specific subframes; wherein the position information of the specific radio frames is represented by an interval between two consecutive specific radio frames in the specific radio frames, the interval is 2 m, 0≤m≤M.
Apparatus for attaching an elastic hose onto a dimensionally stable spout, wherein the device comprises: a) means for generating a flow of pressurized gas from the spout; and b) a hose assembly tool for guiding the hose end toward the spout against the direction of flow of the gas from the spout; c) for reducing the flow cross-section of the hose downstream of the connection point for generating a dynamic pressure in the hose that expands the hose end by means of a gate valve of the hose assembly tool; d) for attaching the hose end to the spout; and e) for increasing the flow cross-section of the hose downstream of the connection point for applying the hose end to the outer side of the spout, characterized in that the hose assembly tool comprises an elastic and deformable hose receptacle, which is suitable and intended for receiving the hose end (5`) and allows for an increase in diameter of the hose end. a) means for generating a flow of pressurized gas from the spout; and b) a hose assembly tool for guiding the hose end toward the spout against the direction of flow of the gas from the spout; c) for reducing the flow cross-section of the hose downstream of the connection point for generating a dynamic pressure in the hose that expands the hose end by means of a gate valve of the hose assembly tool; d) for attaching the hose end to the spout; and e) for increasing the flow cross-section of the hose downstream of the connection point for applying the hose end to the outer side of the spout,
An adhesive tape having a substrate comprising 100 parts by mass of a polyvinyl chloride, with the polyvinyl chloride including one or more of the group consisting of homopolymers of polyvinyl chloride, vinyl chloride-vinyl acetate copolymers, vinyl chloride-ethylene copolymers and vinyl chloride-propylene copolymers, and, with respect to the 100 parts by mass of the polyvinyl chloride, 10-100 parts by mass of an elastomer and 10-100 parts by mass of a plasticizer, wherein the elastomer comprises an acrylonitrile monomer unit and at least one monomer unit selected from the group consisting of a chloroprene monomer unit, a butadiene monomer unit, and an isoprene monomer unit, the adhesive tape has an attenuation value of 2 dB or greater in an acoustic absorption test, with the test being performed by - bending a 350 mm × 190 mm aluminum plate with a plate thickness of 0.3 mm into a semicircle with a diameter of 290 mm, - dropping a steel rod with a diameter of 8 mm with a load of 0.16 N from a position 20 mm above the apex of the aluminum plate, - measuring the noise at impact in dB as units with a microphone installed 50 mm above the impact position, wherein the noise when one layer of an adhesive tape sample with a dimension of 25 mm × 50 mm is attached to the impact position of the steel rod is measured and the difference with respect to the noise measured with the steel rod alone is defined as the attenuation value, and the thickness of the substrate is 150 - 750 μm. the elastomer comprises an acrylonitrile monomer unit and at least one monomer unit selected from the group consisting of a chloroprene monomer unit, a butadiene monomer unit, and an isoprene monomer unit, the adhesive tape has an attenuation value of 2 dB or greater in an acoustic absorption test, with the test being performed by - bending a 350 mm × 190 mm aluminum plate with a plate thickness of 0.3 mm into a semicircle with a diameter of 290 mm, - dropping a steel rod with a diameter of 8 mm with a load of 0.16 N from a position 20 mm above the apex of the aluminum plate, - measuring the noise at impact in dB as units with a microphone installed 50 mm above the impact position, wherein the noise when one layer of an adhesive tape sample with a dimension of 25 mm × 50 mm is attached to the impact position of the steel rod is measured and the difference with respect to the noise measured with the steel rod alone is defined as the attenuation value, and - bending a 350 mm × 190 mm aluminum plate with a plate thickness of 0.3 mm into a semicircle with a diameter of 290 mm, - dropping a steel rod with a diameter of 8 mm with a load of 0.16 N from a position 20 mm above the apex of the aluminum plate, - measuring the noise at impact in dB as units with a microphone installed 50 mm above the impact position, wherein the noise when one layer of an adhesive tape sample with a dimension of 25 mm × 50 mm is attached to the impact position of the steel rod is measured and the difference with respect to the noise measured with the steel rod alone is defined as the attenuation value, and the thickness of the substrate is 150 - 750 μm.
A method for capacitive detection of nearby objects (102,104) that may be located in the environment of an equipment equipped with a capacitive detection device comprising: - at least one capacitive electrode, called measurement electrode; and - detection electronics for polarizing the at least one measurement electrode at an electrical potential, and measuring at least one signal (V s) representative of a capacitance, called electrode-object capacitance, seen by said at least one measurement electrode; said method comprising a step, called discriminative detection step, of selective detection of a nearby object (102, 104), comprising the following operation: - polarizing a first nearby object at a first alternating electrical potential, different from a ground potential, and different from an electrical potential of at least one second nearby object, at least at a first frequency; said method being characterized in that the discriminative detection step further comprises the following operation: - determining a first discriminative signal representative of a capacitance, called electrode-object capacitance, seen by said at least one measurement electrode, at said first frequency. - at least one capacitive electrode, called measurement electrode; and - detection electronics for polarizing the at least one measurement electrode at an electrical potential, and measuring at least one signal (V s) representative of a capacitance, called electrode-object capacitance, seen by said at least one measurement electrode; - polarizing a first nearby object at a first alternating electrical potential, different from a ground potential, and different from an electrical potential of at least one second nearby object, at least at a first frequency; - determining a first discriminative signal representative of a capacitance, called electrode-object capacitance, seen by said at least one measurement electrode, at said first frequency.
A safety controller (1, 2) comprising; a processor; a system program for controlling allocation of an execution time of the processor to a safety-related task (24/28) for executing processing related to ensuring of functional safety of a control target, a non-safety-related task for executing other processing related to control of the control target, and an interrupt processing task for executing processing in response to an interrupt from the control target; and an interrupt handler executed in response to the interrupt from the control target, wherein the processor executes the system program to schedule the tasks in accordance with a scheduling pattern in which a predetermined one cycle time is divided into a safety-related time partition in which the execution time is allocated to the safety-related task, a non-safety-related time partition in which the execution time is allocated to the non-safety-related task, and a reservation execution time partition in which the execution time is allocated to an execution reserved task which is reserved to be executed, upon generation of an interrupt from the control target, the processor executes the interrupt handler to reserve execution of the interrupt processing task for executing processing in response to the interrupt, as the execution reserved task, and in the scheduling, when execution of the tasks allocated to a currently active time partition prior to the reservation execution time partition is finished before the period of the currently active time partition has expired, the processor allocates the execution time in the currently active time partition to any of the execution reserved tasks, in place of the execution time in the reservation execution partition.
Process for the production of additive for catalysts for fluid catalytic cracking, characterized in that it comprises the following stages: 1) provide a suspension of zeolite that is selective for light olefins; 2) bring a modifying agent, reagent "X", in contact with the suspension of zeolite that is selective for light olefins from step; 3) provide a hydrosol of inorganic oxide; 4) mix the hydrosol from step with the zeolite suspension from step; 5) dry the suspension resulting from step in a spray-dryer; wherein said reagent "X" is an aqueous solution of cations of aluminium or of alkaline-earth metal in the presence of phosphate. 1) provide a suspension of zeolite that is selective for light olefins; 2) bring a modifying agent, reagent "X", in contact with the suspension of zeolite that is selective for light olefins from step; 3) provide a hydrosol of inorganic oxide; 4) mix the hydrosol from step with the zeolite suspension from step; 5) dry the suspension resulting from step in a spray-dryer;
A dye-sensitized solar cell comprising a photoelectrode and a counter electrode, which are oppositely disposed with a liquid electrolyte layer interposed therebetween, wherein: the photoelectrode is structured such that a semiconductor layer containing a dye sensitizer is formed on a titanium or titanium alloy substrate having an opening structure, wherein the titanium or titanium alloy substrate having an opening structure is a metal titanium or a metal titanium alloy mesh or a metal titanium or a metal titanium alloy lath with a fiber member or a glass rod material embedded in its opening structure such that leakage of the liquid electrolyte is prevented, the photoelectrode comprises a light condenser that is disposed on the titanium or titanium alloy substrate, wherein the light condenser comprises a light-condensing unit for condensing sunlight and a transmission unit for transmitting condensed sunlight to the photoelectrode, the transmission unit is an optical fiber, and wherein the fiber member or the glass rod material is connected with (i) the titanium or titanium alloy mesh or the titanium or titanium alloy lath material, and (ii) the transmission unit. the photoelectrode is structured such that a semiconductor layer containing a dye sensitizer is formed on a titanium or titanium alloy substrate having an opening structure, wherein the titanium or titanium alloy substrate having an opening structure is a metal titanium or a metal titanium alloy mesh or a metal titanium or a metal titanium alloy lath with a fiber member or a glass rod material embedded in its opening structure such that leakage of the liquid electrolyte is prevented, the photoelectrode comprises a light condenser that is disposed on the titanium or titanium alloy substrate, wherein the light condenser comprises a light-condensing unit for condensing sunlight and a transmission unit for transmitting condensed sunlight to the photoelectrode, the transmission unit is an optical fiber, and wherein the fiber member or the glass rod material is connected with (i) the titanium or titanium alloy mesh or the titanium or titanium alloy lath material, and (ii) the transmission unit.
A communication method, comprising: receiving, by a first network element, a first message comprising identity information of a terminal from a second network element, wherein the identity information comprises an identity of the terminal or an identity of a group of the terminal; obtaining, by the first network element based on the identity information, type information of a serving network corresponding to the identity information, wherein the serving network corresponding to the identity information is a network that provides a service for the terminal or the group of the terminal that is identified by the identity information, and wherein the type information of the serving network indicates a type of a Third Generation Partnership Project, 3GPP, core network of the serving network; and sending, by the first network element based on the type information, a second message corresponding to the first message to the second network element, wherein the second message includes application programming interface, API, information of the first network element, wherein the API information corresponds to the serving network of the terminal or the group of the terminal, and wherein the API information is adapted to be used by the second network element for obtaining a service related to the terminal or the group of the terminal. receiving, by a first network element, a first message comprising identity information of a terminal from a second network element, wherein the identity information comprises an identity of the terminal or an identity of a group of the terminal; obtaining, by the first network element based on the identity information, type information of a serving network corresponding to the identity information, wherein the serving network corresponding to the identity information is a network that provides a service for the terminal or the group of the terminal that is identified by the identity information, and wherein the type information of the serving network indicates a type of a Third Generation Partnership Project, 3GPP, core network of the serving network; and sending, by the first network element based on the type information, a second message corresponding to the first message to the second network element, wherein the second message includes application programming interface, API, information of the first network element, wherein the API information corresponds to the serving network of the terminal or the group of the terminal, and wherein the API information is adapted to be used by the second network element for obtaining a service related to the terminal or the group of the terminal.
A method for deriving a cryptographic key for the purpose of authentication, by deducing a quantity (θ), in two distinct locations, from further distinct measurable quantities, wherein the method comprises the steps of: observing with a first device the quantity (θ) from an intercepted signal, based on the least significant portion of a measurement made by the first device from the intercepted signal, whereby the first device is placed in a location with first coordinates (X i, Y i, Z i); providing a second device in a location with second coordinates (X s, Y s, Z s); causing the second device to transmit a signal to be intercepted by the first device; whereby the second device needs to know the second coordinates and be informed of the first coordinates of the first device, the second coordinates representing a chaotically time-varying signal, to calculate the quantity (θ) that can be obtained from measurements by the first device; the quantity (θ) thereby being known by the second device and the first device. observing with a first device the quantity (θ) from an intercepted signal, based on the least significant portion of a measurement made by the first device from the intercepted signal, whereby the first device is placed in a location with first coordinates (X i, Y i, Z i); providing a second device in a location with second coordinates (X s, Y s, Z s); causing the second device to transmit a signal to be intercepted by the first device; whereby the second device needs to know the second coordinates and be informed of the first coordinates of the first device, the second coordinates representing a chaotically time-varying signal, to calculate the quantity (θ) that can be obtained from measurements by the first device; the quantity (θ) thereby being known by the second device and the first device.
A battery unit for an automated guided vehicle, comprising a casing to be installed in a vehicle body of the automated guided vehicle, a battery that is housed in the casing and has a hole penetrating in a vertical direction, characterized in that the battery unit comprises a control panel housed in the casing and included in a charge/discharge monitor to monitor a charge/discharge state of the battery, electric components housed in the casing and electrically connected to the battery, a separating member arranged between the bottom surface of the battery and the bottom surface of the casing such that a bottom surface of the battery is separated from a bottom surface of the casing, and a bolt used to fix the battery to the casing while the bolt penetrates the hole of the battery and the separating member, wherein the casing is to be arranged in the automated guided vehicle such that a casing side wall surface is exposed to the outside, a vertical wall bracket erected from the casing bottom surface is arranged inside the casing to face the casing side wall surface, the battery is arranged in a back side of the casing from the vertical wall bracket in a position distant from the casing side wall surface, the electric components are arranged in a near side of the casing from the vertical wall bracket in a position close to the casing side wall surface, the electric components being arranged in a position separated from the bottom surface of the casing, a horizontal beam bracket is fixed to an upper side of the vertical wall bracket, a support plate is provided in the horizontal beam bracket and arranged to cover an upper side of the battery, and the control panel is arranged on the upper surface of the support plate.
A three-dimensional printing device, comprising: one cartridge used for holding a forming material in a liquid form, wherein the bottom surface of the cartridge is light-transmittable; one anti-sticking element, comprising one light-transmittable main body comprising a first surface and a second surface which are disposed opposite to each other, and side faces connecting the first surface and the second surface, and a plurality of microstructures arranged on the main body, wherein each microstructure has one cavity formed in the main body, the cavity comprising air and each microstructure has one first opening which is arranged on the first surface of the main body and communicated to the cavity, the first surface of the anti-sticking element is a surface contacted with the forming material in the cartridge and the second surface of the anti-sticking element is placed on the bottom surface of the cartridge; one light source, used for irradiating the forming material which is in contact with the first surface of the anti-sticking element to cure the irradiated forming material to form a cured layer; and one carrier for driving the cured layer to move. one cartridge used for holding a forming material in a liquid form, wherein the bottom surface of the cartridge is light-transmittable; one anti-sticking element, comprising one light-transmittable main body comprising a first surface and a second surface which are disposed opposite to each other, and side faces connecting the first surface and the second surface, and a plurality of microstructures arranged on the main body, wherein each microstructure has one cavity formed in the main body, the cavity comprising air and each microstructure has one first opening which is arranged on the first surface of the main body and communicated to the cavity, the first surface of the anti-sticking element is a surface contacted with the forming material in the cartridge and the second surface of the anti-sticking element is placed on the bottom surface of the cartridge; one light source, used for irradiating the forming material which is in contact with the first surface of the anti-sticking element to cure the irradiated forming material to form a cured layer; and one carrier for driving the cured layer to move.