mhurhangee/patent-ind-claim-en huggingface dataset:
Imaging arrangement for true-angle and depth-focus imaging and optional 3D measurement of spatial objects, with a transparent support plate for an object to be imaged, which is placed on the support plate, an illumination device aligned with the support plate to illuminate the object, a plurality of camera units arranged in a matrix substantially fixed in a common plane parallel to the support plate at a predetermined equal distance from the support plate below the support plate in such a way that each camera unit images a fixed predetermined partial recording area of a recording area of the object, and an image synthesis unit connected to the camera units for synthesising an overall image of the object in the recording area from partial images generated by the fixed camera units. a transparent support plate for an object to be imaged, which is placed on the support plate, an illumination device aligned with the support plate to illuminate the object, a plurality of camera units arranged in a matrix substantially fixed in a common plane parallel to the support plate at a predetermined equal distance from the support plate below the support plate in such a way that each camera unit images a fixed predetermined partial recording area of a recording area of the object, and an image synthesis unit connected to the camera units for synthesising an overall image of the object in the recording area from partial images generated by the fixed camera units.
A cart for medical instruments , comprising: a housing having a longitudinal axis; a first motor configured to rotate the housing about the longitudinal axis; and one or more trays removably disposed within the housing , each tray having one or more retainers , each of the one or more retainers configured to hold a medical instrument, and wherein each tray includes a door ; an actuator configured to open the door ; and a processor operably connected to the first motor , the processor having a storage medium , wherein the processor is programmed to: receive a request for a medical instrument; cause the first motor to rotate the housing until a tray containing the requested medical instrument is at a working position where the door may be opened for retrieval of the instrument; and record a use of the requested medical instrument on the storage medium . a housing having a longitudinal axis; a first motor configured to rotate the housing about the longitudinal axis; and one or more trays removably disposed within the housing , each tray having one or more retainers , each of the one or more retainers configured to hold a medical instrument, and wherein each tray includes a door ; an actuator configured to open the door ; and a processor operably connected to the first motor , the processor having a storage medium , wherein the processor is programmed to: receive a request for a medical instrument; cause the first motor to rotate the housing until a tray containing the requested medical instrument is at a working position where the door may be opened for retrieval of the instrument; and record a use of the requested medical instrument on the storage medium . receive a request for a medical instrument; cause the first motor to rotate the housing until a tray containing the requested medical instrument is at a working position where the door may be opened for retrieval of the instrument; and record a use of the requested medical instrument on the storage medium .
A sanitization system for an amusement park ride in an amusement park, comprising: a sanitization station configured to be disposed along a ride path of the amusement park ride, wherein the sanitization station comprises: a housing configured to receive a ride vehicle as the ride vehicle travels along the ride path; an ultraviolet light source configured to transmit ultraviolet light toward a surface of the ride vehicle; and a control system configured to detect a position of the ride vehicle along the ride path and to activate the ultraviolet light source when the control system determines that the ride vehicle is positioned at a first particular position along the ride path relative to the housing. a housing configured to receive a ride vehicle as the ride vehicle travels along the ride path; an ultraviolet light source configured to transmit ultraviolet light toward a surface of the ride vehicle; and a control system configured to detect a position of the ride vehicle along the ride path and to activate the ultraviolet light source when the control system determines that the ride vehicle is positioned at a first particular position along the ride path relative to the housing.
A wireless communication device comprising: a communicator that wirelessly communicates with another wireless communication device , and a processor that controls the communicator to send an advertisement to the another wireless communication device at a predetermined time interval, the advertisement including identification information that identifies the wireless communication device , characterized in that the processor further changes the predetermined time interval and a transmission power used in the sending of the identification information on the basis of elapsed time from a start of the sending of the identification information. a communicator that wirelessly communicates with another wireless communication device , and a processor that controls the communicator to send an advertisement to the another wireless communication device at a predetermined time interval, the advertisement including identification information that identifies the wireless communication device , characterized in that the processor further changes the predetermined time interval and a transmission power used in the sending of the identification information on the basis of elapsed time from a start of the sending of the identification information.
A process to produce polycarbamate comprising: providing urea in liquid form; adding the urea in liquid form to a polyol in a reduced gradient profile to form polycarbamate product, wherein the urea feeding rate is dynamically updated according to the following: C u ≈ constant during feeding time; F u t ⋅ ρ soln ⋅ Conc urea / M urea V r = α ⋅ C OH = α ⋅ C OH 0 e − kC u t and ∫ 0 t f F u t dt = V u , wherein t f = urea solution feeding time; C u = concentration of urea in reactor during feeding, C u ≤ solubility of urea in the reaction system; F u ( t )= urea solution feeding rate; ρ soln = urea solution density; M urea = urea molecular weight; Conc(urea) = concentration of urea in the feeding stream; C OH = hydroxyl molar concentration; C OH 0 = initial hydroxyl molar concentration; k = reaction rate coefficient of the desired reaction; α = proportional coefficient of OH concentration and feeding rate; V r = total reactant mixture volume in reactor and V u = total urea solution volume, wherein α is determined using: α ⋅ 1 − kC u e − kC u t | 0 t f = V u ⋅ ρ soln ⋅ conc urea C OH 0 ⋅ V r ⋅ M urea . providing urea in liquid form; adding the urea in liquid form to a polyol in a reduced gradient profile to form polycarbamate product, wherein the urea feeding rate is dynamically updated according to the following: C u ≈ constant during feeding time; F u t ⋅ ρ soln ⋅ Conc urea / M urea V r = α ⋅ C OH = α ⋅ C OH 0 e − kC u t and ∫ 0 t f F u t dt = V u , wherein t f = urea solution feeding time; C u = concentration of urea in reactor during feeding, C u ≤ solubility of urea in the reaction system; F u ( t )= urea solution feeding rate; ρ soln = urea solution density; M urea = urea molecular weight; Conc(urea) = concentration of urea in the feeding stream; C OH = hydroxyl molar concentration; C OH 0 = initial hydroxyl molar concentration; k = reaction rate coefficient of the desired reaction; α = proportional coefficient of OH concentration and feeding rate; V r = total reactant mixture volume in reactor and V u = total urea solution volume, wherein α is determined using: α ⋅ 1 − kC u e − kC u t | 0 t f = V u ⋅ ρ soln ⋅ conc urea C OH 0 ⋅ V r ⋅ M urea .
An apparatus (10; 100) for the continuous hot dip coating of a metal strip , including: - a vessel intended to contain a liquid metal bath , - a bottom roller arranged in the vessel and intended to be immersed in the liquid metal bath , - a displacement casing for the metal strip whose lower end is intended to be immersed in the liquid metal bath to determine, with the surface of said bath and the inside of said casing , a liquid metal seal , the casing including an upper portion and a lower portion , said lower portion bearing a pouring box delimiting at least two liquid metal pouring compartments , each pouring compartment being inwardly delimited by an inner wall , the inner wall including an upper rim , the upper rim (21; 27) of each inner wall being intended to be arranged below the liquid seal surface to produce a flow from said surface into each of said pouring compartments (25; 29), the apparatus being characterised in that the casing provided with the pouring box is rotatable relative to the metal strip around a first rotation axis (A1); and in that the pouring box is rotatable relative to the upper portion of the casing around a second rotation axis (A2), the second rotation axis (A2) being substantially parallel to the first rotation axis (A1), the articulation allowing the rotation of the pouring box relative to the upper portion of the casing being a pivot link. - a vessel intended to contain a liquid metal bath , - a bottom roller arranged in the vessel and intended to be immersed in the liquid metal bath , - a displacement casing for the metal strip whose lower end is intended to be immersed in the liquid metal bath to determine, with the surface of said bath and the inside of said casing , a liquid metal seal , the casing including an upper portion and a lower portion , said lower portion bearing a pouring box delimiting at least two liquid metal pouring compartments , each pouring compartment being inwardly delimited by an inner wall , the inner wall including an upper rim , the upper rim (21; 27) of each inner wall being intended to be arranged below the liquid seal surface to produce a flow from said surface into each of said pouring compartments (25; 29), the apparatus being characterised in that the casing provided with the pouring box is rotatable relative to the metal strip around a first rotation axis (A1); and in that the pouring box is rotatable relative to the upper portion of the casing around a second rotation axis (A2), the second rotation axis (A2) being substantially parallel to the first rotation axis (A1), the articulation allowing the rotation of the pouring box relative to the upper portion of the casing being a pivot link.
A compressive knitted fabric item (1, 1', 1") consisting of at least one stitch-forming basic knitting thread , at least one inserted and/or knitted elastic weft thread , and at least one plush thread plaited, at least in certain sections, onto the basic knitting thread and forming plush loops , wherein the at least one plush thread is an adhesive thread in order to give the compressive knitted fabric item (1, 1', 1") an anti-slip effect, characterized in that the adhesive thread is a silicone, elastane or rubber thread.
A hydrogen production apparatus , comprising: a rectifier supplied with first electrical power from outside, and that outputs direct-current second electrical power; an electrolyzer supplied with the second electrical power and that carries out electrolysis of an alkaline aqueous solution; an electrolyte tank that retains the alkaline aqueous solution; a pump that circulates the alkaline aqueous solution between the electrolyzer and the electrolyte tank; a pure water tank that retains a pure water; a pure water pipe connected between the pure water tank and the electrolyte tank, allowing the pure water to be distributed from the pure water tank to the electrolyte tank; an inert gas cylinder that contains an inert gas; and a first valve connected between the inert gas cylinder and the pure water pipe, the first valve being closed when the first electrical power is supplied, and being open when the first electrical power is not supplied, wherein the inert gas is introduced into the pure water pipe by opening the first valve. a rectifier supplied with first electrical power from outside, and that outputs direct-current second electrical power; an electrolyzer supplied with the second electrical power and that carries out electrolysis of an alkaline aqueous solution; an electrolyte tank that retains the alkaline aqueous solution; a pump that circulates the alkaline aqueous solution between the electrolyzer and the electrolyte tank; a pure water tank that retains a pure water; a pure water pipe connected between the pure water tank and the electrolyte tank, allowing the pure water to be distributed from the pure water tank to the electrolyte tank; an inert gas cylinder that contains an inert gas; and a first valve connected between the inert gas cylinder and the pure water pipe, the first valve being closed when the first electrical power is supplied, and being open when the first electrical power is not supplied, wherein the inert gas is introduced into the pure water pipe by opening the first valve.
An orthopedic expandable rod system 310) comprising: a first rod portion having an internal cavity ; a second rod portion sealingly positioned within the internal cavity of the first rod portion, and moveable in a first axial direction relative to the first rod portion; and an osmotic chamber for receiving an osmotic agent to facilitate movement of the second rod portion to expand the rod system; a lock assembly engageable with the second rod portion to prevent the second rod portion from moving in a second axial direction, the lock assembly including a tapered ramped portion and a bearing member the bearing member moveable within the tapered ramped portion; and characterized in that the expandable rod system further comprises: an access hole to permit access of an instrument through the access hole such that when compression forces are imparted on the second rod portion and the bearing member is wedged in the tapered ramped portion, the instrument may dislodge the bearing member from the tapered ramped portion to unlock the lock assembly. a first rod portion having an internal cavity ; a second rod portion sealingly positioned within the internal cavity of the first rod portion, and moveable in a first axial direction relative to the first rod portion; and an osmotic chamber for receiving an osmotic agent to facilitate movement of the second rod portion to expand the rod system; a lock assembly engageable with the second rod portion to prevent the second rod portion from moving in a second axial direction, the lock assembly including a tapered ramped portion and a bearing member the bearing member moveable within the tapered ramped portion; and characterized in that the expandable rod system further comprises: an access hole to permit access of an instrument through the access hole such that when compression forces are imparted on the second rod portion and the bearing member is wedged in the tapered ramped portion, the instrument may dislodge the bearing member from the tapered ramped portion to unlock the lock assembly.
A method for preparing a radiation pre-crosslinked polyolefin film for encapsulation, comprising: preparing a film after mixing polyolefin raw materials together, optionally, the step of preparing the film after mixing the polyolefin raw materials together includes: using a T-shaped flat mold to extrude for forming the film, or using two calendar rollers for forming the film; using a radiation energy source to irradiate the film, wherein the radiation energy source directly stimulate a crosslinking reaction of the polyolefin raw materials, optionally, the radiation energy source includes one or more of β rays, γ rays, X rays, α rays, and neutron rays; adjusting an irradiation dosage of the radiation energy source, such that a crosslinking degree of a pre-crosslinked portion of the film reaches 3 % to 95 %, optionally, the step of adjusting the irradiation dosage of the radiation energy source is performed on the film that is laminated or expanded; and adjusting the irradiation dosage of the radiation energy source, such that the pre-crosslinked portion of the film has a thickness of 5 % to 100 % by a total thickness of the film, wherein: that the pre-crosslinked portion has the thickness of 100 % by the total thickness of the film means the film is all pre-crosslinked; optionally, the pre-crosslinked portion in the film forms at least one surface layer of the film; optionally, a temperature for forming the film is 70 °C to 200 °C, and a mold temperature is 70 °C to 200 °C. using a T-shaped flat mold to extrude for forming the film, or using two calendar rollers for forming the film; using a radiation energy source to irradiate the film, wherein the radiation energy source directly stimulate a crosslinking reaction of the polyolefin raw materials, optionally, the radiation energy source includes one or more of β rays, γ rays, X rays, α rays, and neutron rays; adjusting an irradiation dosage of the radiation energy source, such that a crosslinking degree of a pre-crosslinked portion of the film reaches 3 % to 95 %, optionally, the step of adjusting the irradiation dosage of the radiation energy source is performed on the film that is laminated or expanded; and adjusting the irradiation dosage of the radiation energy source, such that the pre-crosslinked portion of the film has a thickness of 5 % to 100 % by a total thickness of the film, wherein: that the pre-crosslinked portion has the thickness of 100 % by the total thickness of the film means the film is all pre-crosslinked; optionally, the pre-crosslinked portion in the film forms at least one surface layer of the film; optionally, a temperature for forming the film is 70 °C to 200 °C, and a mold temperature is 70 °C to 200 °C.
A control method for a door lock of a self-service washing machine , applied to a server , wherein the method comprises: receiving (S201) a delay time for opening a door of the self-service washing machine , wherein the delay time for opening the door is sent by a client , and wherein the delay time for opening the door refers to a time to open the door after a washing procedure ends; determining (S202), after the washing procedure ends, whether the delay time for opening the door expires; and receiving (S203), when the delay time for opening the door does not expire, an unlocking instruction sent by the client , and controlling, according to the instruction, the washing machine to unlock the door lock; further comprising: controlling the self-service washing machine to unlock the door lock, when the delay time for opening the door has already expired. receiving (S201) a delay time for opening a door of the self-service washing machine , wherein the delay time for opening the door is sent by a client , and wherein the delay time for opening the door refers to a time to open the door after a washing procedure ends; determining (S202), after the washing procedure ends, whether the delay time for opening the door expires; and receiving (S203), when the delay time for opening the door does not expire, an unlocking instruction sent by the client , and controlling, according to the instruction, the washing machine to unlock the door lock; further comprising: controlling the self-service washing machine to unlock the door lock, when the delay time for opening the door has already expired.
A self-balancing wheel device, comprising: a mounting block ; a balancing sheet hinged by a hinge shaft through the side face of the mounting block ; wherein the balancing sheet is provided with wheels arranged on two sides of the hinge shaft ; wherein a mounting cavity is provided in the middle of the mounting block , and the mounting cavity is provided with a rotating column , the rotating shaft of the rotating column is parallel to the sliding direction of the mounting block , characterised in that the mounting block is provided with a mounting hole communicating with the mounting cavity , and the mounting block is further provided with a steering column inserted from the mounting hole into the rotating column . a mounting block ; a balancing sheet hinged by a hinge shaft through the side face of the mounting block ; wherein the balancing sheet is provided with wheels arranged on two sides of the hinge shaft ; wherein a mounting cavity is provided in the middle of the mounting block , and the mounting cavity is provided with a rotating column , the rotating shaft of the rotating column is parallel to the sliding direction of the mounting block , characterised in that the mounting block is provided with a mounting hole communicating with the mounting cavity , and the mounting block is further provided with a steering column inserted from the mounting hole into the rotating column .
A particulate water-absorbing agent comprising a surface-crosslinked polyacrylic acid (salt)-type water-absorbing resin as a main component, and comprising at least one spacer selected from a polyamine polymer having a molecular weight of 1,000 or greater, a water-soluble polyvalent metal cation and water-insoluble fine particles having a volume average particle size of 10 μm or less, wherein a spacer is a compound having a property in which when the spacer is caused to exist on the surface of a water-absorbing resin, particularly in the state of a gel that has absorbed an aqueous liquid and swollen, the distance between particles can be extended sterically or electrostatically, the particulate water-absorbing agent satisfying a free swell capacity (FSC) of 55 to 65 [g/g], a centrifuge retention capacity (CRC) of 32 to 45 [g/g], an absorption against pressure (AAP-4.83 kPa) of 20 to 30 [g/g], and a vertical diffusion absorption amount under pressure (VDAUP-4.83 kPa) of 30 to 80 g, wherein VDAUP-4.83 kPa is defined as the amount of absorbed liquid (unit: [g]) obtained after 10.000 g of a water-absorbing resin are allowed to swell in a large excess of 0.9 % by weight of aqueous sodium chloride for one hour under a load of 4.83 kPa (0.7 psi, 50[g/cm 2 ]).