mhurhangee/ep-ind-claims huggingface dataset:
A wearable electric field detector configured to be worn by a wearer in an environment, comprising an outer housing; an inner housing within the outer housing, the inner housing having a body defining a cavity therein, a field detection circuitry provided within the cavity of the inner housing and configured to detect voltage in an electric field in the environment around the wearer, batteries mounted within the cavity, at least one of a speaker and a light source mounted in the inner housing and in communication with the field detection circuitry and configured to be activated by the field detection circuitry, the wearable electric field detector being characterized by: the inner housing comprising a cap extending from the body and always extending from the outer housing, the cavity being closed by the cap, the inner housing being slidable relative to the outer housing when a user grasps the cap and slides outwardly the inner housing relative to the outer housing from a closed position to an open position, wherein the body is concealed within the outer housing and the cap is visible when the inner housing is in the closed position, and the body is only partially visible and the cap is visible when the inner housing is in the open position; and a switch, sensor, or combination thereof configured to be triggered to provide an electrical connection between the batteries and the field detection circuitry when the inner housing is moved to the open position. the inner housing comprising a cap extending from the body and always extending from the outer housing, the cavity being closed by the cap, the inner housing being slidable relative to the outer housing when a user grasps the cap and slides outwardly the inner housing relative to the outer housing from a closed position to an open position, wherein the body is concealed within the outer housing and the cap is visible when the inner housing is in the closed position, and the body is only partially visible and the cap is visible when the inner housing is in the open position; and a switch, sensor, or combination thereof configured to be triggered to provide an electrical connection between the batteries and the field detection circuitry when the inner housing is moved to the open position.
A compound having formula: or a hydrate, solvate, or pharmaceutically acceptable salt thereof, wherein: R 1 is hydrogen; R 2 is selected from a group consisting of hydrogen, methyl, trifluoromethyl, fluorine, and chlorine; R 3 is fluorine; R 4 is selected from a group consisting of hydrogen, fluorine, chlorine, and methyl; R 5 is selected from a group consisting of hydrogen and chlorine; R 7 is selected from a group consisting of hydrogen, chlorine, fluorine, and bromine; R 9 is selected from a group consisting of hydrogen, methyl, fluorine, and chlorine; R x is selected from a group consisting of NH 2, for use in a method for treating Hepatitis B virus infection, said method comprising administering to a subject an effective amount of at least one compound having formula. R 1 is hydrogen; R 2 is selected from a group consisting of hydrogen, methyl, trifluoromethyl, fluorine, and chlorine; R 3 is fluorine; R 4 is selected from a group consisting of hydrogen, fluorine, chlorine, and methyl; R 5 is selected from a group consisting of hydrogen and chlorine; R 7 is selected from a group consisting of hydrogen, chlorine, fluorine, and bromine; R 9 is selected from a group consisting of hydrogen, methyl, fluorine, and chlorine; R x is selected from a group consisting of NH 2, for use in a method for treating Hepatitis B virus infection, said method comprising administering to a subject an effective amount of at least one compound having formula.
A transfer and locomotion apparatus configured such that a user can transfer to the apparatus alone, which apparatus is usable as a substitute for a bicycle, a motorcycle, and a wheelchair to locomote indoors and outdoors, the apparatus comprising: a base part having a driving part; a seat part, provided on the base part and having no backrest, configured to permit a user to sit on the seat part from a back portion or a side portion of the base part, to be able to move forward and backward, and upward and downward, with respect to the base part, and such that the back of the user is exposed to the outside; a breast pad part standing at a front end of the seat part and configured to contact a breast of a user; and a drive mechanism part configured to move the seat part together with the breast pad part forward and backward, and upward and downward, and configured to move, with respect to the base part, the seat part together with the breast pad part between a back and lower position, and a front and upper position. a base part having a driving part; a seat part, provided on the base part and having no backrest, configured to permit a user to sit on the seat part from a back portion or a side portion of the base part, to be able to move forward and backward, and upward and downward, with respect to the base part, and such that the back of the user is exposed to the outside; a breast pad part standing at a front end of the seat part and configured to contact a breast of a user; and a drive mechanism part configured to move the seat part together with the breast pad part forward and backward, and upward and downward, and configured to move, with respect to the base part, the seat part together with the breast pad part between a back and lower position, and a front and upper position.
Aircraft engine mount comprising a mounting body connected to a primary structure of an aircraft pylon by a mounting body connection comprising connecting elements (70, 70') and at least one shear pin which comprises a cylindrical body and a collar having a diameter that is greater than that of the cylindrical body, the mounting body connection comprising, for each shear pin, a first hole in the primary structure and a second hole in the mounting body, these being configured to accommodate the shear pin, the first hole comprising a shoulder against which the collar bears in operation in such a way that the cylindrical body is positioned astride in the first and second holes (82, 84), characterized in that the mounting body connection comprises: - a first immobilizing system which comprises, in addition to the shoulder, a removable stop that is secured to the primary structure and is configured to immobilize the collar between the shoulder and the removal stop, and - a second immobilizing system which comprises a closure plate that is connected by at least one removable connection to the primary structure, which at least partially closes the first hole. - a first immobilizing system which comprises, in addition to the shoulder, a removable stop that is secured to the primary structure and is configured to immobilize the collar between the shoulder and the removal stop, and - a second immobilizing system which comprises a closure plate that is connected by at least one removable connection to the primary structure, which at least partially closes the first hole.
A method of making an orthotic, comprising the steps:- taking measurements relating to a foot; creating a digital representation of an orthotic on a display device based on said measurements, the orthotic having a heel portion for supporting a heel of a person and a distal portion located in front of said heel portion, said distal portion being divided into a first and a second distal portion; using additive manufacturing to create a physical version of the digital representation of the orthotic; characterised by, prior to the manufacturing step, including the step of varying the thickness of the digital representation of the first and second distal portions such that said first distal portion is thinner than said second distal portion and varying the digital representation such that said first distal portion includes no perforations formed therein and said second distal portion includes perforations and in that the orthotic is manufactured using a substantially uniform material or materials. taking measurements relating to a foot; creating a digital representation of an orthotic on a display device based on said measurements, the orthotic having a heel portion for supporting a heel of a person and a distal portion located in front of said heel portion, said distal portion being divided into a first and a second distal portion; using additive manufacturing to create a physical version of the digital representation of the orthotic; characterised by, prior to the manufacturing step, including the step of varying the thickness of the digital representation of the first and second distal portions such that said first distal portion is thinner than said second distal portion and varying the digital representation such that said first distal portion includes no perforations formed therein and said second distal portion includes perforations and in that the orthotic is manufactured using a substantially uniform material or materials.
Cooling system for liquid-cooled internal combustion engines, having a regulable coolant pump and having a regulating element which regulates the throughflow rate, wherein the coolant pump is of multichannel design with multiple pump channels (34, 35), which are assigned to coolant circuits which are in each case separated from one another, wherein at least one of the pump channels is, by means of the regulating element, variable in terms of its delivery power, characterized in that, for regulating the variable delivery power of at least one of the pump channels, the regulating element is able to be charged by means of a predefined quantity of a coolant from another, separated, first pump channel.
Method to expand adherent cells comprising a) Addition of adherent cells to an expansion container comprising culture medium, wherein the adherent cells are present in a cellular biopsy b) Adding microcarriers c) Allowing cells to attach to microcarriers, d) Rocking the expansion container with a movement of at least +30° or at least -30° from the horizontal position, e) Perfusing fresh medium through the expansion container and removing medium from the expansion container through a filter with poresize of 8-20 μm. a) Addition of adherent cells to an expansion container comprising culture medium, wherein the adherent cells are present in a cellular biopsy b) Adding microcarriers c) Allowing cells to attach to microcarriers, d) Rocking the expansion container with a movement of at least +30° or at least -30° from the horizontal position, e) Perfusing fresh medium through the expansion container and removing medium from the expansion container through a filter with poresize of 8-20 μm.
Method for updating personal data of a user of an online service, between at least one data supplier and a supplier of the online service, wherein, beforehand, at least one item of data relevant to the user of the online service is supplied to the supplier of the online service, the method being characterized in that, subsequently, the following steps are implemented: - the item of data relevant to the user of the online service and supplied beforehand is accessed from the online service provider; - at least one item of reference data for the user is accessed from the data provider; and - the item of data relevant to the user and supplied beforehand is compared with the reference data; - if the item of data relevant to the user and supplied beforehand is identical to the item of reference data, at least one additional data item of the user, taken from the data supplier, is automatically supplied to the online service provider. - the item of data relevant to the user of the online service and supplied beforehand is accessed from the online service provider; - at least one item of reference data for the user is accessed from the data provider; and - the item of data relevant to the user and supplied beforehand is compared with the reference data; - if the item of data relevant to the user and supplied beforehand is identical to the item of reference data, at least one additional data item of the user, taken from the data supplier, is automatically supplied to the online service provider.
A method of heating a non-ferrous and/or ferrous metal-containing stock in a furnace with a heating chamber, a charging door, an exhaust stream port and an exhaust stream duct which comprises a) introducing fuel and an oxygen-containing gas into the heating chamber of the furnace through a burner so that a flame is formed, b) monitoring the signal of at least one optical sensor installed within the heating chamber and/or the exhaust stream, wherein the at least one optical sensor monitors a combustion intensity, wherein the combustion intensity is the intensity of the radiation emitted from combustion processes, c) monitoring the change of the temperature T of the exhaust stream with time (dT/dt), and d) adjusting the fuel: oxygen ratio in step a) as a function of the signal of the optical sensor(s) and dT/dt in the exhaust stream. a) introducing fuel and an oxygen-containing gas into the heating chamber of the furnace through a burner so that a flame is formed, b) monitoring the signal of at least one optical sensor installed within the heating chamber and/or the exhaust stream, wherein the at least one optical sensor monitors a combustion intensity, wherein the combustion intensity is the intensity of the radiation emitted from combustion processes, c) monitoring the change of the temperature T of the exhaust stream with time (dT/dt), and d) adjusting the fuel: oxygen ratio in step a) as a function of the signal of the optical sensor(s) and dT/dt in the exhaust stream.
A method of transmitting uplink control signals in a wireless communication system using at least one subframe comprising two slots, each slot including a plurality of symbols, the wireless communication system configured to transmit a scheduling request, SR, via an assigned SR physical uplink control channel resource and to transmit an ACK/NACK via an assigned ACK/NACK physical uplink control channel resource, the method comprising: generating an ACK/NACK modulation symbol by modulating an ACK/NACK; and transmitting the ACK/NACK modulation symbol in a subframe via the assigned SR physical uplink control channel resource when a triggered SR is to be transmitted in the subframe. generating an ACK/NACK modulation symbol by modulating an ACK/NACK; and transmitting the ACK/NACK modulation symbol in a subframe via the assigned SR physical uplink control channel resource when a triggered SR is to be transmitted in the subframe.
A method for compensating for motion between an image sensor and a barcode, the method comprising the steps of: capturing an image of the barcode using the image sensor; determining a velocity between the image sensor and the barcode based on acceleration data provided by a motion sensor, the velocity being determined for an exposure period of the image sensor to capture the image; selecting at least one parameter for edge detection processing of the image of the barcode based on the determined velocity to compensate for blurring of the image due to the determined velocity; and detecting edges of features of the barcode in the captured image using the at least one parameter to decode the barcode. capturing an image of the barcode using the image sensor; determining a velocity between the image sensor and the barcode based on acceleration data provided by a motion sensor, the velocity being determined for an exposure period of the image sensor to capture the image; selecting at least one parameter for edge detection processing of the image of the barcode based on the determined velocity to compensate for blurring of the image due to the determined velocity; and detecting edges of features of the barcode in the captured image using the at least one parameter to decode the barcode.
Apparatus consisting of a moving material web with a marking provided thereon and a sensor for capturing the position of the moving material web on the basis of the marking, wherein the sensor has at least one light source transmitting emission light at the material web and at least one light detector, which receives detection light which is emitted by the at least one light source and influenced by the material web, characterized in that, in order to optimize the contrast between the material web and the marking, at least one polarization element, through which transmission light radiates, is provided between the at least one light source and the at least one light detector, wherein the at least one polarization element is arranged spatially between capacitor electrodes (18, 19), which can produce an electric field that influences a polarization of the transmission light by way of applying an electrical voltage, and the at least one light detector is configured as a camera.
Hydraulic unit with (a) a low pressure pump for emitting low pressure (p 12) hydraulic fluid, (b) a drive that is connected to the low pressure pump in order to drive it, (c) a high pressure pump for emitting high pressure (p 14) hydraulic fluid, wherein a maximum pressure that can be emitted by the high pressure pump is greater than a maximum pressure that be emitted by the low pressure pump, and (d) a coupling by means of which the high pressure pump can be reversibly switched into a torque flow with the drive, (e) wherein the coupling is connected to the low pressure pump in such a way that the coupling can be activated by means of hydraulic fluid at a low pressure (p 12), (f) wherein the coupling is configured such that, when it is subjected to low pressure (p 12), it couples with a slip and transfers a drive torque (M 28) to the high pressure pump so the high pressure pump emits hydraulic fluid at a high pressure (p 14) which is greater than the low pressure (p 12), (g) wherein the coupling is connected to the high pressure pump in such a way that an increase in the drive torque (M 28) that is transferred from the coupling to the high pressure pump causes an increase in the high pressure (p 14), characterised by the fact that (h) the coupling is connected to the high pressure pump such that the increase in the high pressure (p 14) causes an increase in the drive torque (M 28) on the high pressure pump. (a) a low pressure pump for emitting low pressure (p 12) hydraulic fluid, (b) a drive that is connected to the low pressure pump in order to drive it, (c) a high pressure pump for emitting high pressure (p 14) hydraulic fluid, wherein a maximum pressure that can be emitted by the high pressure pump is greater than a maximum pressure that be emitted by the low pressure pump, and (d) a coupling by means of which the high pressure pump can be reversibly switched into a torque flow with the drive, (e) wherein the coupling is connected to the low pressure pump in such a way that the coupling can be activated by means of hydraulic fluid at a low pressure (p 12), (f) wherein the coupling is configured such that, when it is subjected to low pressure (p 12), it couples with a slip and transfers a drive torque (M 28) to the high pressure pump so the high pressure pump emits hydraulic fluid at a high pressure (p 14) which is greater than the low pressure (p 12), (g) wherein the coupling is connected to the high pressure pump in such a way that an increase in the drive torque (M 28) that is transferred from the coupling to the high pressure pump causes an increase in the high pressure (p 14), characterised by the fact that (h) the coupling is connected to the high pressure pump such that the increase in the high pressure (p 14) causes an increase in the drive torque (M 28) on the high pressure pump.
A piezoelectric pump comprising: a piezoelectric vibrator configured to vibrate when an AC voltage is applied; a diaphragm configured to be deflected and deformed by the piezoelectric vibrator; a pump chamber having at least one wall surface formed from the diaphragm; an inlet through which fluid including liquid, gas, or a mixture of liquid and gas flows into the pump chamber; an outlet through which the fluid is discharged; check valves (54,55) for preventing the fluid from flowing back through the inlet and the outlet characterised in that the piezoelectric pump further comprising a liquid holding member disposed in the pump chamber, the liquid holding member maintaining the liquid in a gap formed between an inner surface of the pump chamber and the liquid holding member; and a flow passage plate having flow passage grooves which communicate with the inlet and the outlet and are formed between a lower surface of the liquid holding member and the inner surface of the pump chamber. a piezoelectric vibrator configured to vibrate when an AC voltage is applied; a diaphragm configured to be deflected and deformed by the piezoelectric vibrator; a pump chamber having at least one wall surface formed from the diaphragm; an inlet through which fluid including liquid, gas, or a mixture of liquid and gas flows into the pump chamber; an outlet through which the fluid is discharged; check valves (54,55) for preventing the fluid from flowing back through the inlet and the outlet characterised in that the piezoelectric pump further comprising a liquid holding member disposed in the pump chamber, the liquid holding member maintaining the liquid in a gap formed between an inner surface of the pump chamber and the liquid holding member; and a flow passage plate having flow passage grooves which communicate with the inlet and the outlet and are formed between a lower surface of the liquid holding member and the inner surface of the pump chamber.
Cover for a gas bag module comprising: - a decorative element or surface element having a front face and a rear face, said front face being visible when the cover is connected to the gas bag module; and - a mounting element arranged on the rear face of the decorative element or surface element, said mounting element being adapted for mounting the cover to a housing of the gas bag module; wherein said mounting element is formed by over-molding the decorative element or surface element such that the mounting element is bonded directly to the decorative element or surface element, in particular by material engagement, characterized in that the cover is free of tearlines. - a decorative element or surface element having a front face and a rear face, said front face being visible when the cover is connected to the gas bag module; and - a mounting element arranged on the rear face of the decorative element or surface element, said mounting element being adapted for mounting the cover to a housing of the gas bag module; wherein said mounting element is formed by over-molding the decorative element or surface element such that the mounting element is bonded directly to the decorative element or surface element, in particular by material engagement, characterized in that the cover is free of tearlines.