mhurhangee/patent-ind-claim-en huggingface dataset:
An oral pharmaceutical suspension composition comprising: (i) a therapeutic effective amount of levocloperastine fendizoate having a volume particle size distribution D 90 of less than 100 μm as measured by laser diffraction; (ii) 0.25% (w/v) to 0.36% (w/v) of xanthan gum as a suspending agent; (iii) 0.25% (w/v) of polyoxyethyl stearate as a surfactant; and (iv) one or more pharmaceutically acceptable excipients. (i) a therapeutic effective amount of levocloperastine fendizoate having a volume particle size distribution D 90 of less than 100 μm as measured by laser diffraction; (ii) 0.25% (w/v) to 0.36% (w/v) of xanthan gum as a suspending agent; (iii) 0.25% (w/v) of polyoxyethyl stearate as a surfactant; and (iv) one or more pharmaceutically acceptable excipients.
A multiple-pane insulating glazing unit including an outboard pane and an inboard pane , said panes being formed of glass, the insulating glazing unit having at least one between-pane space , the outboard pane having an internal surface bearing a low-emissivity coating that includes at least one film comprising silver and that is exposed to a between-pane space of the insulating glazing unit , the inboard pane having a room-side external surface bearing an emission control coating comprising a transparent conductive film comprising indium tin oxide and having a thickness of between 1,100 angstroms and 1,500 angstroms over which there is provided an oxygen barrier film comprising silicon nitride or silicon oxynitride and having a thickness of between 400 angstroms and 750 angstroms, the emission control coating having a haze of less than 0.3 and a roughness Ra of less than 3nm.
An ocular insert for use in an eye , the eye having upper and lower lids extendable along an anterior eye surface with an optical zone therebetween, the ocular insert comprising: a first structure comprising an annulus having a circumferential length and disposable along the anterior surface of the eye of a patient, wherein the annulus has a diameter of at least 8mm and is sized to fit around and remain outside the optical zone, the first structure being a skeletal structure configured to help maintain the ocular insert in contact with the eye for a plurality of days; a second structure formed of a material, wherein the second structure is supported by the first structure relative to the anterior portion of the eye and disposed along at least part of the circumferential length of the first structure , wherein the second structure is configured to cushion engagement between the first structure and the eye so as to inhibit irritation of the eye ; at least one drug dispersed in or on the second structure so as release a safe and therapeutically effective quantity of the drug to the eye for each of the plurality of days; and wherein the first structure of ocular insert comprises a shape-memory material or a thin metal wire or a hard plastic and/or a polymer, polypropylene or synthetic suture material that is capable of providing the structural support to maintain attachment of the ocular insert to the anterior surface of the eye . a first structure comprising an annulus having a circumferential length and disposable along the anterior surface of the eye of a patient, wherein the annulus has a diameter of at least 8mm and is sized to fit around and remain outside the optical zone, the first structure being a skeletal structure configured to help maintain the ocular insert in contact with the eye for a plurality of days; a second structure formed of a material, wherein the second structure is supported by the first structure relative to the anterior portion of the eye and disposed along at least part of the circumferential length of the first structure , wherein the second structure is configured to cushion engagement between the first structure and the eye so as to inhibit irritation of the eye ; at least one drug dispersed in or on the second structure so as release a safe and therapeutically effective quantity of the drug to the eye for each of the plurality of days; and wherein the first structure of ocular insert comprises a shape-memory material or a thin metal wire or a hard plastic and/or a polymer, polypropylene or synthetic suture material that is capable of providing the structural support to maintain attachment of the ocular insert to the anterior surface of the eye .
An optical distance measuring method, applied in an optical distance measuring device , wherein the optical distance measuring device comprises a light emitting module and a light sensing module , the light emitting module emits an incident light, the light sensing module receives a reflected light from an object reflecting point and generates an image, wherein the incident light comprises a structured light, and the method comprises: confirming an expression of a first measured distance in terms of a plurality of first parameters , according to the structured light associated with a triangulation method; computing a time-of-flight (ToF) measured distance according to a time of flight of the incident light and the reflected light ; computing optimized values of the plurality of first parameters and an optimized value of a ToF error corresponding to the ToF measured distance according to the expression of the first measured distance and the ToF measured distance ; and obtaining a depth image information of the optical distance measuring device relative to the object reflecting point according to the ToF measured distance, the optimized values of the plurality of first parameters and the optimized value of the ToF error ; wherein the plurality of first parameters comprises a first angle, a second angle and a first distance between the light emitting module and the light sensing module; wherein the first angle is an elevation angle of the object reflecting point relative to the light emitting module and the light sensing module, and the second angle is an Azimuth angle of the object reflecting point relative to the light emitting module and the light sensing module. confirming an expression of a first measured distance in terms of a plurality of first parameters , according to the structured light associated with a triangulation method; computing a time-of-flight (ToF) measured distance according to a time of flight of the incident light and the reflected light ; computing optimized values of the plurality of first parameters and an optimized value of a ToF error corresponding to the ToF measured distance according to the expression of the first measured distance and the ToF measured distance ; and obtaining a depth image information of the optical distance measuring device relative to the object reflecting point according to the ToF measured distance, the optimized values of the plurality of first parameters and the optimized value of the ToF error ; wherein the plurality of first parameters comprises a first angle, a second angle and a first distance between the light emitting module and the light sensing module; wherein the first angle is an elevation angle of the object reflecting point relative to the light emitting module and the light sensing module, and the second angle is an Azimuth angle of the object reflecting point relative to the light emitting module and the light sensing module.
A shaving aid for a razor cartridge comprising filaments wherein at least 30% by total weight of the filaments are water soluble filaments, wherein the water soluble filaments are in the form of a web, preferably a nonwoven web, and wherein the shaving aid comprises at least two layers, preferably at least 10, more preferably at least 12 layers of said web, said at least two layers are superimposed and bonded together to form a laminate.
A fluid-tight collapsible polyolefin container that comprises a container body formed of a container laminate , said container laminate being folded to a container-like body and sealed in the overlapping edge regions , said container-like body having an outer surface coated with a sheathing of polyolefin material to form the container body , said container body being provided at one open end with a shoulder/head formed from polyolefin material, wherein said container laminate is a laminate having at least three layers, an inner polyolefin layer and an outer polyolefin layer and a barrier layer sandwiched between the outer polyolefin layer and the inner polyolefin layer , wherein the barrier layer comprises at least one, optionally coextruded, polyolefin comprising oriented barrier foil and wherein at least 90 % by weight of the container are made of polyolefin of the same kind, said polyolefin comprising oriented barrier foil being selected from a polymeric coextruded foil, and an oriented polyolefin monolayer foil, wherein the polymeric coextruded foil is a mono-directional oriented polyethylene-ethylene vinyl alcohol copolymer (MDO-PE-EVOH) foil with an EVOH layer between two PE-layers, and the oriented polyolefin monolayer foil is selected from a mono-directional oriented polyethylene foil, and an oriented polypropylene foil. wherein the polymeric coextruded foil is a mono-directional oriented polyethylene-ethylene vinyl alcohol copolymer (MDO-PE-EVOH) foil with an EVOH layer between two PE-layers, and the oriented polyolefin monolayer foil is selected from a mono-directional oriented polyethylene foil, and an oriented polypropylene foil.
A battery device , comprising: a battery module , comprising one or more battery cells; a protection device ; a battery management circuit configured to manage the protection device and charging and discharging of the battery module ; and a battery protection circuit , wherein when the battery device is in a charging mode, the battery protection circuit is configured to periodically check and calculate a direct current internal resistance, DCIR, of the battery module , and determine a current operation temperature of the battery module and a temperature range corresponding to the current operation temperature, wherein when the battery protection circuit determines that the DCIR is larger than a predetermined multiple of a first threshold corresponding to the temperature range, the battery protection circuit is configured to inform the battery management circuit to cut off the protection device ; characterised in that a first temperature range, a second temperature range, and a third temperature range are defined for the current operation temperature, and the predetermined multiple corresponding to the first temperature range, the second temperature range, and the third temperature range are a first multiple, a second multiple, and a third multiple, respectively; the third temperature range is higher than the second temperature range, and the second temperature range is higher than the first temperature range; and the first multiple is larger than the second multiple, and the second multiple is larger than the third multiple. a battery module , comprising one or more battery cells; a protection device ; a battery management circuit configured to manage the protection device and charging and discharging of the battery module ; and a battery protection circuit , wherein when the battery device is in a charging mode, the battery protection circuit is configured to periodically check and calculate a direct current internal resistance, DCIR, of the battery module , and determine a current operation temperature of the battery module and a temperature range corresponding to the current operation temperature, wherein when the battery protection circuit determines that the DCIR is larger than a predetermined multiple of a first threshold corresponding to the temperature range, the battery protection circuit is configured to inform the battery management circuit to cut off the protection device ; characterised in that a first temperature range, a second temperature range, and a third temperature range are defined for the current operation temperature, and the predetermined multiple corresponding to the first temperature range, the second temperature range, and the third temperature range are a first multiple, a second multiple, and a third multiple, respectively; the third temperature range is higher than the second temperature range, and the second temperature range is higher than the first temperature range; and the first multiple is larger than the second multiple, and the second multiple is larger than the third multiple.
Inflatable tent with a tent outer skin and with a supporting frame which surrounds the tent outer skin at least in sections on the outer side and is connected to the tent outer skin , characterized in that the tent outer skin has at least one connecting rail and the supporting frame has at least one rail holder , or vice versa, which connect the tent outer skin and the supporting frame . with a tent outer skin and with a supporting frame which surrounds the tent outer skin at least in sections on the outer side and is connected to the tent outer skin , characterized in that the tent outer skin has at least one connecting rail and the supporting frame has at least one rail holder , or vice versa, which connect the tent outer skin and the supporting frame .
An extrusion device with a material inlet for feeding an extrusion material into the extrusion device ; a material outlet , which is arranged opposite the material inlet along an axis (x), in order to expel the extrusion material from the extrusion device ; a material guidance system for guiding the extrusion material from the material inlet to the material outlet ; a body , which is arranged on the axis (x) and is movable along the axis (x), which passes through the material outlet and is designed in such a way that, as the body moves along the axis (x), a cross-sectional area through which the extrusion material is expelled from the material outlet changes; a drive device , arranged along the axis (x), for moving the body along the axis (x); a cooling line system for guiding coolant; characterized in that a first part of the cooling line system is arranged in the interior of the body and is suitable for guiding the coolant along the axis (x); a second part of the cooling line system is suitable for guiding the coolant out of the body away from the axis (x) and for conducting said coolant around the drive device ; a third part of the cooling line system is suitable for guiding the coolant outwardly into a discharge line for the coolant obliquely to the axis (x); and against a flow direction of the extrusion material from the material inlet to the material outlet the second part of the cooling line system adjoins the first part of the cooling line system , and the third part of the cooling line system adjoins the second part of the cooling line system . a material inlet for feeding an extrusion material into the extrusion device ; a material outlet , which is arranged opposite the material inlet along an axis (x), in order to expel the extrusion material from the extrusion device ; a material guidance system for guiding the extrusion material from the material inlet to the material outlet ; a body , which is arranged on the axis (x) and is movable along the axis (x), which passes through the material outlet and is designed in such a way that, as the body moves along the axis (x), a cross-sectional area through which the extrusion material is expelled from the material outlet changes; a drive device , arranged along the axis (x), for moving the body along the axis (x); a cooling line system for guiding coolant; characterized in that a first part of the cooling line system is arranged in the interior of the body and is suitable for guiding the coolant along the axis (x); a second part of the cooling line system is suitable for guiding the coolant out of the body away from the axis (x) and for conducting said coolant around the drive device ; a third part of the cooling line system is suitable for guiding the coolant outwardly into a discharge line for the coolant obliquely to the axis (x); and against a flow direction of the extrusion material from the material inlet to the material outlet the second part of the cooling line system adjoins the first part of the cooling line system , and the third part of the cooling line system adjoins the second part of the cooling line system .
A non-woven fabric base material for a lithium ion secondary battery separator in which the content of a polyethylene terephthalate fiber is 70 mass% or more, wherein the non-woven fabric base material comprises a polyethylene terephthalate binder fiber and a crystallized polyethylene terephthalate fiber, wherein the polyethylene terephthalate binder fiber has an average fiber diameter of 0.1 to 14.0 μm, characterized in that the polyethylene terephthalate binder fiber has a fiber length of 0.7 to 2.3 mm and the content of the polyethylene terephthalate binder fiber is 21 to 60 mass%.
A method for sending a geographic location for a target address to a receiving device having a unique identifier, based on a request containing the target address and the unique identifier received from a sending device , comprising the step of: receiving at an application server the request containing the target address and the unique identifier from the sending device ; the method being characterised in that it also comprises the steps of: creating by the application server a message to be sent to the receiving device , the message including a code for causing the receiving device to respond to the message; sending the message from the application server to the receiving device using the unique identifier; receiving at the application server a HTTP request from the receiving device in response to the message; and sending a HTTP response from the application server to the receiving device in response to the HTTP request, the HTTP response including the geographic location. receiving at an application server the request containing the target address and the unique identifier from the sending device ; the method being characterised in that it also comprises the steps of: creating by the application server a message to be sent to the receiving device , the message including a code for causing the receiving device to respond to the message; sending the message from the application server to the receiving device using the unique identifier; receiving at the application server a HTTP request from the receiving device in response to the message; and sending a HTTP response from the application server to the receiving device in response to the HTTP request, the HTTP response including the geographic location. creating by the application server a message to be sent to the receiving device , the message including a code for causing the receiving device to respond to the message; sending the message from the application server to the receiving device using the unique identifier; receiving at the application server a HTTP request from the receiving device in response to the message; and sending a HTTP response from the application server to the receiving device in response to the HTTP request, the HTTP response including the geographic location.
An X-ray generation device that emits X-rays due to an electron beam emitted from a cathode arriving at a target , comprising: a first high voltage power supply supplying a first high voltage (V1) and having a first AC voltage generation unit and a first voltage multiplying rectifier circuit ; a second high voltage power supply supplying a second high voltage (V2) and having a second AC voltage generation unit and a second voltage multiplying rectifier circuit ; wherein the first high voltage power supply and the second high voltage power supplies are connected in series between the cathode and the target , and both of which accelerate the electron beam; characterized by a first intermediate electrode that is disposed between the cathode and the target ; wherein the first high voltage power supply supplies the first high voltage (V1) between the cathode and the first intermediate electrode ; the second high voltage power supply supplies the second high voltage (V2) between the first intermediate electrode and the target ; and a phase setting unit that adjusts the phase difference of the AC voltages generated respectively by the first AC voltage generation unit and by the second AC voltage generation unit by delaying the phase of at least one or the other of the first AC power supply generation unit and the second AC power supply generation unit . a first high voltage power supply supplying a first high voltage (V1) and having a first AC voltage generation unit and a first voltage multiplying rectifier circuit ; a second high voltage power supply supplying a second high voltage (V2) and having a second AC voltage generation unit and a second voltage multiplying rectifier circuit ; wherein the first high voltage power supply and the second high voltage power supplies are connected in series between the cathode and the target , and both of which accelerate the electron beam; characterized by a first intermediate electrode that is disposed between the cathode and the target ; wherein the first high voltage power supply supplies the first high voltage (V1) between the cathode and the first intermediate electrode ; the second high voltage power supply supplies the second high voltage (V2) between the first intermediate electrode and the target ; and a phase setting unit that adjusts the phase difference of the AC voltages generated respectively by the first AC voltage generation unit and by the second AC voltage generation unit by delaying the phase of at least one or the other of the first AC power supply generation unit and the second AC power supply generation unit .
A slave cell which is established by a user equipment being connected to an anchor base station of a mobile telecommunications system, the mobile telecommunications system comprising the anchor base station , the anchor base station including circuitry configured to broadcast slave cell specific system information being specific for the slave cell , the anchor base station being configured to communicate with the user equipment and at least one further slave cell , the at least one further slave cell being configured to communicate with at least one further user equipment and the anchor base station , the slave cell comprising circuitry being configured to: broadcast the slave cell specific system information being specific for the slave cell , wherein the communication in the mobile telecommunications system is distributed at least over a control plane and a user plane , wherein signaling is communicated over the control plane and user data are communicated over the user plane , and wherein the circuitry of the slave cell is further configured to broadcast system information including the slave cell specific system information over the user plane , wherein the at least one anchor cell is a control plane cell and the slave cells are user plane cells . broadcast the slave cell specific system information being specific for the slave cell , wherein the communication in the mobile telecommunications system is distributed at least over a control plane and a user plane , wherein signaling is communicated over the control plane and user data are communicated over the user plane , and wherein the circuitry of the slave cell is further configured to broadcast system information including the slave cell specific system information over the user plane , wherein the at least one anchor cell is a control plane cell and the slave cells are user plane cells .