mhurhangee/ep-ind-claims huggingface dataset:
A system for freeze drying and packaging comprising: an upright container (200, 250) comprising a body (204, 254) defined by an upper portion, with an opening (210, 258) formed therein, and a lower portion; a removable cap (202, 252) sealably attached to the upper portion of the body (204, 254) and configured to cover the opening (210, 258); a membrane (206, 256) configured to transmit air or solvent vapor out of the upright container (200, 250) while resisting liquid or contaminant passage into the upright container (200, 250), the membrane disposed above a fill line of the upright container (200, 250); and a membrane frame coupled to the perimeter of the membrane (206, 256), characterised in that the membrane frame attaches to the upper portion of the body such that the membrane covers the opening of the upright container. an upright container (200, 250) comprising a body (204, 254) defined by an upper portion, with an opening (210, 258) formed therein, and a lower portion; a removable cap (202, 252) sealably attached to the upper portion of the body (204, 254) and configured to cover the opening (210, 258); a membrane (206, 256) configured to transmit air or solvent vapor out of the upright container (200, 250) while resisting liquid or contaminant passage into the upright container (200, 250), the membrane disposed above a fill line of the upright container (200, 250); and a membrane frame coupled to the perimeter of the membrane (206, 256), characterised in that the membrane frame attaches to the upper portion of the body such that the membrane covers the opening of the upright container.
A gas control valve for controlling a quantity of gas to be supplied to a gas burner having - a direct pressure regulator having i. a housing with gas inlet, ii. a valve body supported in the housing, movably arranged in a first and a second axial direction bearing against a valve seat in a closed position of the gas control valve, iii. at least one first spring permanently acting on the valve body in the first axial direction, and iv. an axis movable in the axial direction (Y1, Y2), in direct or indirect engagement with the valve body by means of a second spring, and - an electronically controlled stepper motor acting on the axis, which moves the axis and thus the valve body in predefined length sections in the axial direction (Y1, Y2) for opening and closing the gas control valve, characterized in that - the stepper motor is a non-gas-tight stepper motor; - the valve body is held by a diaphragm and the gas inlet occurs in the axial direction between the diaphragm and the valve seat so that a gas pressure acts in the first axial direction against the diaphragm and in the second, opposite axial direction against the valve body. - a direct pressure regulator having i. a housing with gas inlet, ii. a valve body supported in the housing, movably arranged in a first and a second axial direction bearing against a valve seat in a closed position of the gas control valve, iii. at least one first spring permanently acting on the valve body in the first axial direction, and iv. an axis movable in the axial direction (Y1, Y2), in direct or indirect engagement with the valve body by means of a second spring, and i. a housing with gas inlet, ii. a valve body supported in the housing, movably arranged in a first and a second axial direction bearing against a valve seat in a closed position of the gas control valve, iii. at least one first spring permanently acting on the valve body in the first axial direction, and iv. an axis movable in the axial direction (Y1, Y2), in direct or indirect engagement with the valve body by means of a second spring, and - an electronically controlled stepper motor acting on the axis, which moves the axis and thus the valve body in predefined length sections in the axial direction (Y1, Y2) for opening and closing the gas control valve, characterized in that - the stepper motor is a non-gas-tight stepper motor; - the valve body is held by a diaphragm and the gas inlet occurs in the axial direction between the diaphragm and the valve seat so that a gas pressure acts in the first axial direction against the diaphragm and in the second, opposite axial direction against the valve body.
A biologically-compatible sleeve (10, 50) comprising: a body made of a biologically-compatible bioresorbable material and defining an internal cavity configured to receive a medical implant, the body including a plurality of apertures extending from the cavity through the body; a first end open for receiving the medical implant; a second end which is closed; and a drug impregnated into the material, characterised in that the sleeve includes a first edge having a seam closing the first edge and the second end includes a seam closing the second end. a body made of a biologically-compatible bioresorbable material and defining an internal cavity configured to receive a medical implant, the body including a plurality of apertures extending from the cavity through the body; a first end open for receiving the medical implant; a second end which is closed; and a drug impregnated into the material, characterised in that the sleeve includes a first edge having a seam closing the first edge and the second end includes a seam closing the second end.
A network device, comprising: a processing module, configured to determine a same processing result for random access procedures initiated by N terminal devices in M terminal device sets, wherein M and N are positive integers; and a sending module, configured to send a same random access control message to the N terminal devices that initiate the random access procedures, wherein the random access control message includes a random access reject message and wherein the random access control message is used to indicate the same processing result determined by the processing module, the message comprises terminal set identification information, and the terminal set identification information is used to identify the N terminal devices, wherein the sending module is specifically configured to: when M ≥ 2, send the random access control message in a same resource location that is in a downlink control channel and that is corresponding to the M terminal device sets. a processing module, configured to determine a same processing result for random access procedures initiated by N terminal devices in M terminal device sets, wherein M and N are positive integers; and a sending module, configured to send a same random access control message to the N terminal devices that initiate the random access procedures, wherein the random access control message includes a random access reject message and wherein the random access control message is used to indicate the same processing result determined by the processing module, the message comprises terminal set identification information, and the terminal set identification information is used to identify the N terminal devices, wherein the sending module is specifically configured to: when M ≥ 2, send the random access control message in a same resource location that is in a downlink control channel and that is corresponding to the M terminal device sets.
An apparatus for manipulation of particles (BEAD) in a conductive solution by means of a field of force whereas said field of force constitutes points of stable equilibrium (CAGE) for said particles (BEAD), said apparatus comprising: i)- a first substantially planar substrate, lying on which is an array of electrodes, said field of force being generated through a set of electric voltages applied to said electrodes; ii)- a second substrate set at a distance from, and substantially parallel to, said first substrate such that a microchamber will be delimited, within which to insert a liquid containing said particles (BEAD); iii)- cooling means for extracting an appropriate amount of heat from said microchamber; whereas said field of force dissipates an amount of heat within said conductive solution within the microchamber; characterized in that said cooling means are configured to maintain the temperature of the solution substantially unvaried, or lower than an initial temperature for the entire duration of application of said field of force by extracting through at least one of said first and second substrate in contact with the suspension liquid an amount of heat equal to or higher than the amount of heat dissipated by the field of force via a heat pump or a convective transport; said cooling means comprise - either a Peltier-effect device arranged in contact with a surface of exchange belonging to said first substrate but differing from a surface thereof contacting the suspension liquid; - or - a second microchamber made in contact with, or delimited by, said first substrate, - a pump, and - a cooling liquid or gas, wherein the pump is configured to induce the cooling liquid or gas to flow through the second microchamber; the apparatus further comprising integrated or external sensors for control of temperature by means of a feedback control. i)- a first substantially planar substrate, lying on which is an array of electrodes, said field of force being generated through a set of electric voltages applied to said electrodes; ii)- a second substrate set at a distance from, and substantially parallel to, said first substrate such that a microchamber will be delimited, within which to insert a liquid containing said particles (BEAD); iii)- cooling means for extracting an appropriate amount of heat from said microchamber; - either a Peltier-effect device arranged in contact with a surface of exchange belonging to said first substrate but differing from a surface thereof contacting the suspension liquid; - or - a second microchamber made in contact with, or delimited by, said first substrate, - a pump, and - a cooling liquid or gas,
Packing seal for alkaline batteries, made from a polyamide composition comprising at least a mixture of polyamide 66 and polyamide 610; and optionally fillers and/or additives.
A method of producing reduced glutathione by electrolytic reduction of oxidized glutathione using a cathode cell and an anode cell separated from each other by a separating membrane, comprising using a cathode having a metal cathode surface, and, as a cathode solution, an aqueous oxidized glutathione solution having a pH adjusted to higher than 3.0 and 5.0 or below by adding a base, which is added with the same metal as the metal of the cathode surface, a metal salt thereof, or a metal oxide thereof.
An anti-static vacuum cleaner, comprising: a machine body; and components on the machine body including a suction portion, a main body, and a dust collector, wherein: the suction portion is communicated with the dust collector arranged on the main body, and a handle is arranged on the main body, the main body is arranged therein with a battery pack which supplies power to the anti-static vacuum cleaner through a power supply line, the components on the machine body at least form a static electricity generating portion, characterized in that the static electricity generating portion is electrically connected with the handle through the power supply line, and the static electricity generating portion and the handle have no load between access points on the power supply line. a machine body; and components on the machine body including a suction portion, a main body, and a dust collector, wherein: the suction portion is communicated with the dust collector arranged on the main body, and a handle is arranged on the main body, the main body is arranged therein with a battery pack which supplies power to the anti-static vacuum cleaner through a power supply line, the components on the machine body at least form a static electricity generating portion, characterized in that the static electricity generating portion is electrically connected with the handle through the power supply line, and the static electricity generating portion and the handle have no load between access points on the power supply line. the suction portion is communicated with the dust collector arranged on the main body, and a handle is arranged on the main body, the main body is arranged therein with a battery pack which supplies power to the anti-static vacuum cleaner through a power supply line, the components on the machine body at least form a static electricity generating portion, characterized in that the static electricity generating portion is electrically connected with the handle through the power supply line, and the static electricity generating portion and the handle have no load between access points on the power supply line.
A multilayer structure (200,300) for a garment, comprising a flexible substrate film for accommodating electronics, a number of flexible sensor pads provided on the film utilizing printed electronics technology, optionally screen printing or ink jetting, a power supply element (216A, 216B) for powering electricity-driven components including the at least one electronic circuit, characterized by at least one electronic circuit, preferably integrated circuit, further provided on the film for controlling capacitive measurements via the number of sensor pads for obtaining an indication of pressure subjected to the multilayer structure, a number of conductor traces further printed on the film for electrically connecting the at least one electronic circuit and the number of capacitive sensor pads, and at least one plastic layer molded upon the film substantially embedding the number of sensor pads, conductor traces and the at least one electronic circuit therewithin, and wherein the multilayer structure (200,300) is configured to monitor the capacitance between at least one of the pads and external conductive element, optionally a sole of a user, placed upon the structure and functionally forming a capacitor with said at least one of the pads. a flexible substrate film for accommodating electronics, a number of flexible sensor pads provided on the film utilizing printed electronics technology, optionally screen printing or ink jetting, a power supply element (216A, 216B) for powering electricity-driven components including the at least one electronic circuit, characterized by at least one electronic circuit, preferably integrated circuit, further provided on the film for controlling capacitive measurements via the number of sensor pads for obtaining an indication of pressure subjected to the multilayer structure, a number of conductor traces further printed on the film for electrically connecting the at least one electronic circuit and the number of capacitive sensor pads, and at least one plastic layer molded upon the film substantially embedding the number of sensor pads, conductor traces and the at least one electronic circuit therewithin, and wherein the multilayer structure (200,300) is configured to monitor the capacitance between at least one of the pads and external conductive element, optionally a sole of a user, placed upon the structure and functionally forming a capacitor with said at least one of the pads.
A computer-implemented method of controlling a sub-system processing unit of a wireless terminal that coordinates processing with a main processing unit of the wireless terminal, the method comprising: receiving application instructions for the sub-system processing unit through an application programming interface, API,, wherein the application instructions control the sub-system processing unit to process wireless messages (310, 312, 314) directed to the main processing unit; generating a message rule based on the received application instructions, predefined conditions and actions stored in the sub-system processing unit, and an operating state of the main processing unit; and responsive to receiving the wireless messages (310, 312, 314) from sensors and/or tags (115, 117) external to the wireless terminal, performing an action at the sub-system processing unit according to the generated message rule to reduce processing of the wireless messages (310, 312, 314) by the main processing unit. receiving application instructions for the sub-system processing unit through an application programming interface, API,, wherein the application instructions control the sub-system processing unit to process wireless messages (310, 312, 314) directed to the main processing unit; generating a message rule based on the received application instructions, predefined conditions and actions stored in the sub-system processing unit, and an operating state of the main processing unit; and responsive to receiving the wireless messages (310, 312, 314) from sensors and/or tags (115, 117) external to the wireless terminal, performing an action at the sub-system processing unit according to the generated message rule to reduce processing of the wireless messages (310, 312, 314) by the main processing unit.
A guidewire-guiding device, comprising a guiding body, characterized in that, a main guidewire channel and a plurality of guidewire-guiding channels are respectively arranged in the guiding body, the main guidewire channel and the plurality of guidewire-guiding channels respectively penetrate through the guiding body along an axial direction, and when placed inside a body, in-vivo end openings of the plurality of guidewire-guiding channels and an in-vivo end opening of the main guidewire channel are arranged along the axial direction at intervals; an in-vivo end face of the guiding body is formed into a diagonal plane, a section of the guiding body is circular, the diagonal plane is oval, and the in-vivo end opening of the main guidewire channel and the in-vivo end openings of the plurality of guidewire-guiding channels are arranged along the diagonal plane to be spaced on the axial direction; alternatively, an in-vivo end face of the guiding body is formed as a step structure, which has a plurality of diagonal planes, each of the plurality of diagonal planes is parallel to the other, and the in-vivo end opening of the main guidewire channel and the in-vivo end openings of the plurality of guidewire-guiding channels are respectively formed on different diagonal planes. a main guidewire channel and a plurality of guidewire-guiding channels are respectively arranged in the guiding body, the main guidewire channel and the plurality of guidewire-guiding channels respectively penetrate through the guiding body along an axial direction, and when placed inside a body, in-vivo end openings of the plurality of guidewire-guiding channels and an in-vivo end opening of the main guidewire channel are arranged along the axial direction at intervals; an in-vivo end face of the guiding body is formed into a diagonal plane, a section of the guiding body is circular, the diagonal plane is oval, and the in-vivo end opening of the main guidewire channel and the in-vivo end openings of the plurality of guidewire-guiding channels are arranged along the diagonal plane to be spaced on the axial direction; alternatively, an in-vivo end face of the guiding body is formed as a step structure, which has a plurality of diagonal planes, each of the plurality of diagonal planes is parallel to the other, and the in-vivo end opening of the main guidewire channel and the in-vivo end openings of the plurality of guidewire-guiding channels are respectively formed on different diagonal planes.
An abrasive article comprising: a bonded abrasive body coupled to a core, wherein the core comprises a composite material including an organic material and a metallic material, and wherein the composite material includes at least a first filler selected from the group consisting of nitrides, carbides, borides, oxides, silicates, or a combination thereof, characterized in that the composite material includes a content of the metallic material (Cmm) and a content of the organic material (Com) present in a weight percent ratio (Cmm/Com) of at least 1, wherein the metallic material includes a metal selected from the group consisting of Al, Ga, Ge, Sc, Ti, V, Cr, Mn, Co, Ni, Cu, Zn, Ag, Ta, W, Au, Sn, Sb, or a combination thereof. a bonded abrasive body coupled to a core, wherein the core comprises a composite material including an organic material and a metallic material, and wherein the composite material includes at least a first filler selected from the group consisting of nitrides, carbides, borides, oxides, silicates, or a combination thereof, characterized in that the composite material includes a content of the metallic material (Cmm) and a content of the organic material (Com) present in a weight percent ratio (Cmm/Com) of at least 1, wherein the metallic material includes a metal selected from the group consisting of Al, Ga, Ge, Sc, Ti, V, Cr, Mn, Co, Ni, Cu, Zn, Ag, Ta, W, Au, Sn, Sb, or a combination thereof.
Method for the production of a printed product (P; p), in particular of a newspaper product (P; p), where - firstly at least a first and a second web (02; 02'; 02.x; 02'.y) are produced in such a way that they carry the print images of two printed pages (D j) next to each other in each case on at least one of their pages by means of a same or by different printing units (11; 11'), - and at least the first and the second printed web (02; 02'; 02.x; 02'.y) are led downstream for the formation of a strand together on a same fold former (13; 13'), characterized in that the first and the second web (02; 02'; 02.x; 02'.y) with their web centres (M1; M2) offset laterally to each other are led to the fold former (13; 13'). - firstly at least a first and a second web (02; 02'; 02.x; 02'.y) are produced in such a way that they carry the print images of two printed pages (D j) next to each other in each case on at least one of their pages by means of a same or by different printing units (11; 11'), - and at least the first and the second printed web (02; 02'; 02.x; 02'.y) are led downstream for the formation of a strand together on a same fold former (13; 13'),
Method for operating a power-assisted steering system on a motor vehicle, in which a motor torque supplied by a motor is superimposed in a superimposition unit on an input manual torque, an impairment of the power-assisted steering system being detected on the basis of a detection of a rotational speed pattern of the motor, characterized in that the detection of the rotational speed pattern is performed by analysis of characteristic steps in the curve of a rotational speed profile which forms a continuous stick-slip effect, and wherein the analysis comprises the taking into consideration of rotational speed threshold values (86, 88) and associated maximum and/or minimum time ranges (90, 92, 94).
Plug for establishing an electrical connection with protection against polarity reversal, comprising a shaped part composed of a plastic, the outer circumference of which shaped part, at least in a subregion, is formed by a cuboid with rounded edges (4a, 4b) which is continued into a semicircular cylinder, wherein the shaped part has a cavity, which is open in the direction of the end side of the said shaped part, for receiving the electrical contacts (8a, 8b, 8c), and wherein this end side contains the base surface of the cuboid, characterized in that at least one lateral surface (9, 10, 11) of the cuboid has at least one cutout (12, 13, 14, 15) which extends along the rounded edge (4a, 4b) in this lateral surface (9, 10, 11).