mhurhangee/patent-ind-claim-en huggingface dataset:
A pillow lifting structure, comprising: a power unit , the power unit including a motor , an output end of the motor being connected to a speed reducer , an output end of the speed reducer being connected to a driving gear , the driving gear being meshed with a driven arcuate gear , a rotating shaft portion being disposed at an arc center of the driven arcuate gear , the rotating shaft portion being axially mounted to a fixing seat beside the speed reducer ; the driven arcuate gear being connected with a push arm ; a linking unit , the linking unit including a first body and a second body that are engaged with each other to form an X shape; a central hinge being provided at the junction of the first body and the second body ; the push arm being located at a bottom edge of the first body ; a bottom plate , the bottom plate being a flat plate, the bottom plate being provided with at least one second hinge , the second hinge being connected with a lower side of the second body so that the linking unit and bottom plate are connected; the power unit being mounted to the bottom plate ; a cover , the cover being located on top of the linking unit , a higher side of the first body being provided with at least one first hinge , the first hinge being connected with the cover ; wherein the power unit is actuated to move the linking unit up and down via displacement of the push arm . a power unit , the power unit including a motor , an output end of the motor being connected to a speed reducer , an output end of the speed reducer being connected to a driving gear , the driving gear being meshed with a driven arcuate gear , a rotating shaft portion being disposed at an arc center of the driven arcuate gear , the rotating shaft portion being axially mounted to a fixing seat beside the speed reducer ; the driven arcuate gear being connected with a push arm ; a linking unit , the linking unit including a first body and a second body that are engaged with each other to form an X shape; a central hinge being provided at the junction of the first body and the second body ; the push arm being located at a bottom edge of the first body ; a bottom plate , the bottom plate being a flat plate, the bottom plate being provided with at least one second hinge , the second hinge being connected with a lower side of the second body so that the linking unit and bottom plate are connected; the power unit being mounted to the bottom plate ; a cover , the cover being located on top of the linking unit , a higher side of the first body being provided with at least one first hinge , the first hinge being connected with the cover ; wherein the power unit is actuated to move the linking unit up and down via displacement of the push arm .
A method for manufacturing beverage crates from plastic with the appearance of a beverage crate of wood, meshwork, textile or masonry, wherein • an injection mold is provided for injection molding the beverage crate that is of such a kind that it provides the entire surface of the outer sides of the sidewalls (3 to 6) of the beverage crate with a characteristic surface structure of wood, meshwork, textile or masonry, the appearance of which the beverage crate is supposed to have, • films are introduced into the injection mold that have a photo realistic picture of wood, meshwork, textile or masonry with the same characteristic surface structure, wherein the films with the picture are oriented in a precise fit on the corresponding surface structures of the injection mold, and • the beverage crate is produced in the injection mold by back-molding the films , wherein the surface structures are generated to fit the picture , and a bonding of the material of a main body of the beverage crate to the films is simultaneously achieved. • an injection mold is provided for injection molding the beverage crate that is of such a kind that it provides the entire surface of the outer sides of the sidewalls (3 to 6) of the beverage crate with a characteristic surface structure of wood, meshwork, textile or masonry, the appearance of which the beverage crate is supposed to have, • films are introduced into the injection mold that have a photo realistic picture of wood, meshwork, textile or masonry with the same characteristic surface structure, wherein the films with the picture are oriented in a precise fit on the corresponding surface structures of the injection mold, and • the beverage crate is produced in the injection mold by back-molding the films , wherein the surface structures are generated to fit the picture , and a bonding of the material of a main body of the beverage crate to the films is simultaneously achieved.
Fuel distributor , which comprises a pressure accumulator pipe for receiving pressurised fuel, wherein the pressure accumulator pipe has a forged base body on which integral injector receivers made of the same material are formed, and comprising at least one mounting support for mounting the pressure accumulator pipe , characterised in that the mounting support is formed by two sheet-metal brackets formed respectively as sheet-metal parts, wherein each sheet-metal bracket comprises a holding section adapted to the outer contour of the base body , a leg angled relative to the holding section and a mounting flange at a free end of the leg angled away therefrom, wherein a length of the base body is mounted between the holding sections , and the holding sections partly surround the base body and the base body and the holding sections are joined by material bonding and the legs of the sheet-metal brackets are at least partly next to each other and are joined to one another by material bonding.
A method of operating a crane having a monitoring unit that calculates an admissible bearing load dependent on one or more modifiable parameters during crane operation and having a sensor system which detects the current modifiable parameters during crane operation and makes them available to the monitoring unit, characterized in that one or more sensor values are modified before the calculation of the admissible bearing load to determine the admissible bearing load for one or more future parameters; and in that verification is carried out as soon as the bearing load corresponds to the admissible bearing load or exceeds it and the monitoring unit has stopped or limited the crane movement, with a check being made in the verification by a targeted modification of the at least one sensor value as to which parameter modification or parameter modifications leads/lead to a decrease of the actual bearing load and/or an increase of the admissible bearing load and at least one or more parameter modifications or crane movements are displayed and/or released.
A stable, aqueous composition suitable for intravenous injection, comprising: 60 mg/mL to 200 mg/mL of a pharmaceutically active compound having the formula: or a pharmaceutically acceptable salt thereof; water for injection; and an acid; wherein the stable, aqueous composition has a pH of from 3.9 to 5.5 at 25 °C; and wherein the acid provides chloride ions in the aqueous composition. or a pharmaceutically acceptable salt thereof; water for injection; and an acid; wherein the stable, aqueous composition has a pH of from 3.9 to 5.5 at 25 °C; and wherein the acid provides chloride ions in the aqueous composition.
A digitizing apparatus for acquiring a digital image of a surface of an object, of the type in which a relative displacement is ensured, along a direction of displacement, of an object to be scanned relative to at least one acquisition block having: - a capture device comprising at least one optical sensor having a plurality of optical cells arranged along a direction of extension of the sensor, distinct from the direction of displacement and defining, with the direction of displacement, the orientation of a reference plane ( PR ); - a lighting device of the type in which the digitizing apparatus includes a first lighting device which generates, in a field of view of the capture device in the reference plane ( PR ), a first lighting having a first main direction of incidence forming, in a plane perpendicular to the direction of extension of the sensor, an angle ( AR ) less than 45 degrees with respect to the reference plane ( PR ), preferably less than 25 degrees, more preferably less than 20 degrees, and of the type in which the apparatus includes a second lighting device which generates, in the field of view of the capture device in the reference plane, a second lighting having a second main direction of incidence distinct from the first direction of incidence and not symmetrical thereto with respect to a main optical plane ( P0 ) of the capture device , characterized in that the second lighting device generates, in the reference plane ( PR ), a lighting which has a main plane ( P'E2 ) which extends along the direction of extension of the sensor and which intersects the reference plane along a line segment ( LMAX ) which is offset from a line ( L0 ) of intersection between the reference plane ( PR ) and the main optical plane ( P0 ) of the capture device . - a capture device comprising at least one optical sensor having a plurality of optical cells arranged along a direction of extension of the sensor, distinct from the direction of displacement and defining, with the direction of displacement, the orientation of a reference plane ( PR ); - a lighting device
Joint arrangement for a truck, comprising at least one deformation element (12.1, 12.2), wherein the deformation element (12.1, 12.2) comprises at least one rod (14.1, 14.2) and a connection plate (16.1, 16.2), wherein the connection plate (16.1, 16.2) is arranged on the rod (14.1, 14.2), wherein the rod has at least one stop element (24.1, 24.2), the connection plate (16.1, 16.2) can be displaced on the rod in the longitudinal direction of said rod (14.1, 14.2), wherein a deformation work can be performed at the deformation element (12.1, 12.2) in the event of a displacement of the connection plate (16.1, 16.2) on the rod (14.1, 14.2) and wherein a displacement path of the connection plate (16.1, 16.2) on the rod (14.1, 14.2) is limited by the stop element (24.1, 24.2), wherein the joint arrangement comprises a joint fork part and a joint eye part , wherein a joint fork and/or a joint eye is materially connected with the rod (14.1, 14.2), whereby the joint fork and/or the joint eye at least partially comprises the at least one stop element (24.1, 24.2), and wherein the stop element (24.1, 24.2) is at least partially materially connected with the joint fork and/or the joint eye .
A granule dosing system for plastics processing machines comprising: a weighing container removably retained in an operating position on a framework ; a plurality of supply containers having outlets which are connected to an inlet of the weighing container via dosing mechanisms ; a mixer with an inlet which is connected to an outlet of the weighing container; and a safety switch and a control device designed to switch off the dosing mechanisms and/or the mixer when the safety switch emits a switch-off signal, characterized in that the weighing container is configured such that, in the operating position, it blocks access to the dosing mechanisms and/or to the inlet of the mixer , and the safety switch is arranged on the framework such that it emits the switch-off signal when the weighing container is removed from the operating position.
A gelling foam dressing, comprising a sheet of gelling foam laminated with a scrim comprising gelling fibres and non-gelling fibres.
A mechanical assembly with tensegrity structure, wherein • at least two foldable/unfoldable modules with tensegrity structure each comprise a plurality of bars and a plurality of nodes on which the bars are hinged; • nodes of the same module are distributed, when said module is deployed, according to two parallel planes and linked in pairs by a tension link member perpendicular to said planes, each module including at least one assembly edge node located in one of the two planes and without opposite node in said module in the other plane, this node being adapted to be positioned in line with an assembly edge node of another adjacent module and to be linked thereto by a tension or compression link member perpendicular to the planes of the nodes of these two modules, and wherein nodes (40, 40a; 140) of the upper plane of the modules include hooking members suitable for fastening, on several assembly edge nodes positioned along the same assembly edge and alternately belonging to either of the two adjacent modules, decking members or support members intended to support said decking members, characterized in that it includes a set of stands intended to be placed under nodes of the upper plane of the modules. • at least two foldable/unfoldable modules with tensegrity structure each comprise a plurality of bars and a plurality of nodes on which the bars are hinged; • nodes of the same module are distributed, when said module is deployed, according to two parallel planes and linked in pairs by a tension link member perpendicular to said planes, each module including at least one assembly edge node located in one of the two planes and without opposite node in said module in the other plane, this node being adapted to be positioned in line with an assembly edge node of another adjacent module and to be linked thereto by a tension or compression link member perpendicular to the planes of the nodes of these two modules, and wherein nodes (40, 40a; 140) of the upper plane of the modules include hooking members suitable for fastening, on several assembly edge nodes positioned along the same assembly edge and alternately belonging to either of the two adjacent modules, decking members or support members intended to support said decking members, characterized in that it includes a set of stands intended to be placed under nodes of the upper plane of the modules.
A manufacturing method of a thermoelectric material containing as a major ingredient a magnesium silicon tin alloy and comprising a porous body with pores, characterized in that said method comprises: a process of powdering (S1) a raw material containing as a major ingredient a magnesium silicon tin alloy; a process of adding a powdered additive agent of 5-20 WT% for forming pores to the raw material powdered in the powdering process, said added powdered additive agent being mixed with the powdered raw material and dispersed, wherein the powdered additive agent is polyvinyl alcohol ; a process of molding a mixture provided by the adding process; and a process of heating (S5) the mixture molded in the molding process in vacuum or an inert gas to a temperature of 550-800 °C to form a porous body. a process of powdering (S1) a raw material containing as a major ingredient a magnesium silicon tin alloy; a process of adding a powdered additive agent of 5-20 WT% for forming pores to the raw material powdered in the powdering process, said added powdered additive agent being mixed with the powdered raw material and dispersed, wherein the powdered additive agent is polyvinyl alcohol ; a process of molding a mixture provided by the adding process; and a process of heating (S5) the mixture molded in the molding process in vacuum or an inert gas to a temperature of 550-800 °C to form a porous body.
A computing device comprising: a storage device configured to store calibration data of a first electronic device coupled to the computing device ; a network interface configured to establish a network connection with a second computing device ; and a processor configured to: automatically transmit, via the network connection , the calibration data to the second computing device in response to a determination that a location of the second computing device satisfies a location threshold and in response to a determination that the computing device and the second computing device are associated via a communication session; and characterized in that the processor is further configured to: receive calibration data of a second electronic device coupled to the second computing device from the second computing device . a storage device configured to store calibration data of a first electronic device coupled to the computing device ; a network interface configured to establish a network connection with a second computing device ; and a processor configured to: automatically transmit, via the network connection , the calibration data to the second computing device in response to a determination that a location of the second computing device satisfies a location threshold and in response to a determination that the computing device and the second computing device are associated via a communication session; and characterized in that the processor is further configured to: receive calibration data of a second electronic device coupled to the second computing device from the second computing device . automatically transmit, via the network connection , the calibration data to the second computing device in response to a determination that a location of the second computing device satisfies a location threshold and in response to a determination that the computing device and the second computing device are associated via a communication session; and characterized in that the processor is further configured to: receive calibration data of a second electronic device coupled to the second computing device from the second computing device .
A method for tracking hygiene compliance of a user , comprising: receiving a connection request from a hygiene device ; establishing a communication connection between a mobile device and the hygiene device based upon the connection request; wherein the mobile device is carried by the user ; receiving a user zone entry notification from the hygiene device , the user zone entry notification indicating that the mobile device is within a hygiene zone associated with the hygiene device ; broadcasting by the hygiene device a dispense event notification upon utilization of the hygiene device ; responsive to receiving the dispense event notification at the mobile device, after receiving the user zone entry notification , generating a hygiene compliance metric for the user ; responsive to not receiving the dispense event notification before at least one of expiration of a threshold time or receiving a user zone exit notification, after receiving the user zone entry notification , generating a hygiene non-compliance metric for the user ; and displaying at least one of the hygiene compliance metric , the hygiene non-compliance metric , or a hygiene compliance opportunity alert generated based upon the user zone entry notification through a personalized hygiene compliance tracking interface hosted by the mobile device . receiving a connection request from a hygiene device ; establishing a communication connection between a mobile device and the hygiene device based upon the connection request; wherein the mobile device is carried by the user ; receiving a user zone entry notification from the hygiene device , the user zone entry notification indicating that the mobile device is within a hygiene zone associated with the hygiene device ; broadcasting by the hygiene device a dispense event notification upon utilization of the hygiene device ; responsive to receiving the dispense event notification at the mobile device, after receiving the user zone entry notification , generating a hygiene compliance metric for the user ; responsive to not receiving the dispense event notification before at least one of expiration of a threshold time or receiving a user zone exit notification, after receiving the user zone entry notification , generating a hygiene non-compliance metric for the user ; and displaying at least one of the hygiene compliance metric , the hygiene non-compliance metric , or a hygiene compliance opportunity alert generated based upon the user zone entry notification through a personalized hygiene compliance tracking interface hosted by the mobile device .
A method of predicting outcome of an embryo transfer in an in vitro fertilization (IVF) procedure, the method comprising: contacting in vitro responder cells with extracellular vesicles isolated from an IVF embryo to be transferred into a female subject and/or with a conditioned medium from the IVF embryo; determining, in the responder cells, an amount of at least one ribonucleic acid (RNA) transcript induced by embryonic RNA present in the extracellular vesicles and/or the conditioned medium; and predicting pregnancy outcome of the embryo transfer based on the determined amount of the at least one RNA transcript by predicting a high likelihood for successful embryo transfer and pregnancy of the female subject based on a significant change in the amount of the at least one RNA transcript relative to a reference level of the at least one RNA transcript, and predicting a low likelihood for successful embryo transfer and pregnancy of the female subject based on a non-significant change in the amount of the at least one RNA transcript relative to the reference level. contacting in vitro responder cells with extracellular vesicles isolated from an IVF embryo to be transferred into a female subject and/or with a conditioned medium from the IVF embryo; determining, in the responder cells, an amount of at least one ribonucleic acid (RNA) transcript induced by embryonic RNA present in the extracellular vesicles and/or the conditioned medium; and predicting pregnancy outcome of the embryo transfer based on the determined amount of the at least one RNA transcript by predicting a high likelihood for successful embryo transfer and pregnancy of the female subject based on a significant change in the amount of the at least one RNA transcript relative to a reference level of the at least one RNA transcript, and predicting a low likelihood for successful embryo transfer and pregnancy of the female subject based on a non-significant change in the amount of the at least one RNA transcript relative to the reference level.
A food composition comprising a medium chain triglyceride (MCT) of a formula (Formula 1): wherein the R', R", and R'" esterified to the glycerol backbone are each independent fatty acids having 5-12 carbons, for use in conjunction with an anti-epileptic drug (AED) to enhance the effect of the AED in an animal, wherein the food composition comprises from 1% to 15% by weight of the MCT, and wherein the food composition further comprises 15% to 50% protein by weight, 5% to 40% fat by weight, 5% to 10% by weight ash content, and having a moisture content of 5% to 20% by weight.