mhurhangee/patent-ind-claim-en huggingface dataset:
A fitting assembly for attaching an elongate member to a surface within a shower or bath area, the fitting assembly comprising: a clamp comprising a collar arranged to receive and abut the elongate member , the collar having an axially extending split , the clamp further comprising a finger extending outwardly from the collar adjacent one side of the split ; a cover comprising an aperture arranged to receive the elongate member , the cover arranged to retain the clamp within such that the collar is axially aligned with the aperture and further arranged to prevent rotation of the clamp with respect to the cover ; and a bracket arranged to be fixed to the surface and to receive and retain the cover containing the clamp , the bracket comprising a receiving portion arranged to urge the finger so as to compress the collar portion at the split , thereby clamping the elongate member within the collar . a clamp comprising a collar arranged to receive and abut the elongate member , the collar having an axially extending split , the clamp further comprising a finger extending outwardly from the collar adjacent one side of the split ; a cover comprising an aperture arranged to receive the elongate member , the cover arranged to retain the clamp within such that the collar is axially aligned with the aperture and further arranged to prevent rotation of the clamp with respect to the cover ; and a bracket arranged to be fixed to the surface and to receive and retain the cover containing the clamp , the bracket comprising a receiving portion arranged to urge the finger so as to compress the collar portion at the split , thereby clamping the elongate member within the collar .
An angle of attack sensor comprising: a housing ; a heated chassis positioned at least partially within the housing and defining a pocket ; a vane assembly , the vane assembly including: a vane extending from a root to a tip ; and a vane base having a body, the body defining a face at an outer surface of the body; wherein the root of the vane is connected to the face of the vane base characterized by the angle of attack sensor further comprising: a mounting plate positioned adjacent the heated chassis and having a circular opening , an external surface facing away from the housing , and an internal surface facing toward the housing ; wherein the vane assembly extends through the circular opening of the mounting plate wherein the body of the vane base has a cylindrical portion; and wherein the vane base is positioned within the pocket of the heated chassis such that the face of the vane base is offset inwardly from the external surface of the mounting plate toward the housing . a housing ; a heated chassis positioned at least partially within the housing and defining a pocket ; a vane assembly , the vane assembly including: a vane extending from a root to a tip ; and a vane base having a body, the body defining a face at an outer surface of the body; wherein the root of the vane is connected to the face of the vane base characterized by the angle of attack sensor further comprising: a vane extending from a root to a tip ; and a vane base having a body, the body defining a face at an outer surface of the body; wherein the root of the vane is connected to the face of the vane base characterized by the angle of attack sensor further comprising: a mounting plate positioned adjacent the heated chassis and having a circular opening , an external surface facing away from the housing , and an internal surface facing toward the housing ; wherein the vane assembly extends through the circular opening of the mounting plate wherein the body of the vane base has a cylindrical portion; and wherein the vane base is positioned within the pocket of the heated chassis such that the face of the vane base is offset inwardly from the external surface of the mounting plate toward the housing .
A continuous flow micro-total process for the preparation of celecoxib and analogs thereof of Formula I, wherein 'R' is a substituted phenyl or heterocyclic group substituted with one or more substituents selected from the group consisting of: halogen, hydroxy, alkoxy, aldehyde, carboxylic acid, nitro, alkyl, amino, thiol and ester; comprising: (i) introducing a solution of reactants of Formula 1 and Formula 2 in a protic solvent and water to a micro-reactor (ii) maintaining the reaction mixture of step (i) in the micro-reactor for 10-30 minutes at a temperature of 80-130 °C and at a pressure of 25-35 bar for the synthesis of compounds of Formula I; (iii) introducing a basifying agent and an extraction solvent to reaction mixture of step (ii) to form organic-aqueous droplets; (iv) separating the organic and aqueous segments by passing through organic-aqueous droplets of step (iii) to micro-separator, in presence of a suitable extraction solvent system; (v) removing organic solvents to obtain compound of Formula I ; and (vi) optionally, purifying compound of Formula I. (i) introducing a solution of reactants of Formula 1 and Formula 2 in a protic solvent and water to a micro-reactor (ii) maintaining the reaction mixture of step (i) in the micro-reactor for 10-30 minutes at a temperature of 80-130 °C and at a pressure of 25-35 bar for the synthesis of compounds of Formula I; (iii) introducing a basifying agent and an extraction solvent to reaction mixture of step (ii) to form organic-aqueous droplets; (iv) separating the organic and aqueous segments by passing through organic-aqueous droplets of step (iii) to micro-separator, in presence of a suitable extraction solvent system; (v) removing organic solvents to obtain compound of Formula I ; and (vi) optionally, purifying compound of Formula I.
A portable electronic device comprising: an antenna ; characterized by a first oscillator configured to output a first clock signal of a first frequency, and output a second clock signal of a second frequency that is higher than the first frequency ; a first processor configured to operate by a current induced electromagnetically in the antenna, operate based on the first clock signal not during an execution period of first processing, request the second clock signal for executing the first processing, execute the first processing based on the second clock and corresponding to a reception command received by the antenna, and instruct tc execute second processing corresponding to the reception command received by the antenna; a second oscillator configured to output a third clock signal of a third frequency, and output a fourth clock signal of a fourth frequency that is higher than the third frequency; and a second processor configured to operate by a current induced electromagnetically in the antenna, operate based on the third clock signal not during an execution period of the second processing, request the fourth clock signal for executing the second processing based on an instruction to execute the second processing from the first processor, and execute the second processing based on the fourth clock signal. an antenna ; characterized by a first oscillator configured to output a first clock signal of a first frequency, and output a second clock signal of a second frequency that is higher than the first frequency ; a first processor configured to operate by a current induced electromagnetically in the antenna, operate based on the first clock signal not during an execution period of first processing, request the second clock signal for executing the first processing, execute the first processing based on the second clock and corresponding to a reception command received by the antenna, and instruct tc execute second processing corresponding to the reception command received by the antenna; a second oscillator configured to output a third clock signal of a third frequency, and output a fourth clock signal of a fourth frequency that is higher than the third frequency; and a second processor configured to operate by a current induced electromagnetically in the antenna, operate based on the third clock signal not during an execution period of the second processing, request the fourth clock signal for executing the second processing based on an instruction to execute the second processing from the first processor, and execute the second processing based on the fourth clock signal.
An aerial user equipment that is configured to float in air, the aerial user equipment comprising: a control unit that is configured to receive information regarding interference with a first base station device from a second base station device , the first base station device being not a communication partner, the second base station device being the communication partner, and to control transmission on a basis of the information regarding the interference and of an altitude of the aerial user equipment , characterized in that the control unit is configured to control a transmission beamform on the basis of the information and of the altitude of the aerial user equipment , and the information regarding the interference includes information regarding a beamform resulting from the interference with the first base station device. a control unit that is configured to receive information regarding interference with a first base station device from a second base station device , the first base station device being not a communication partner, the second base station device being the communication partner, and to control transmission on a basis of the information regarding the interference and of an altitude of the aerial user equipment , characterized in that the control unit is configured to control a transmission beamform on the basis of the information and of the altitude of the aerial user equipment , and the information regarding the interference includes information regarding a beamform resulting from the interference with the first base station device.
Housing assembly for a wet-mate connector, in particular for deep-sea applications, the housing assembly comprising a plug housing and a latching element , the plug housing comprising a connector cavity for receiving a mating connector , the latch element being mounted to an outside of the plug housing , at least partly surrounding the plug housing and, at least one location along a circumference of the latching element , penetrating the plug housing and protruding into the connector cavity for latching the mating connector , characterized in that the latch element is mounted on the plug housing in an axially floating manner providing an axial gap between the plug housing and the latch element , wherein an axial direction is the direction along which the mating connector is inserted into the connector cavity.
An airbag unit comprising: an inflator for generating a gas based on an impact detection signal upon vehicle collision; an airbag inflated and deployed by receiving the gas from the inflator; and a hang tag for partially and temporally fixing the airbag , in which the hang tag is broken and moves or flies in a direction opposite to an occupant when the airbag is inflated and deployed, wherein the hang tag comprises: a body extending by passing through the airbag ; and first and second fixing portions which are formed at both side ends of the body orthogonally to the body , respectively, and disposed on an inner side in contact with the occupant and an outer side opposite to the occupant, respectively, on the basis of the airbag , and wherein the body and the first and second fixing portions are integrally formed with each other by using a material having elasticity so that the body and the first and second fixing portions are elastically deformable, characterized in that the first fixing portion has a thickness smaller than a thickness of the second fixing portion disposed outside the airbag , and when the airbag is inflated and deployed, the hang tag moves outward through an inner panel of the airbag while the first fixing portion , which is thinner than the second fixing portion , is bent and moves or flies in a direction opposite to the occupant together with an outer panel of the airbag . an inflator for generating a gas based on an impact detection signal upon vehicle collision; an airbag inflated and deployed by receiving the gas from the inflator; and a hang tag for partially and temporally fixing the airbag , in which the hang tag is broken and moves or flies in a direction opposite to an occupant when the airbag is inflated and deployed, wherein the hang tag comprises: a body extending by passing through the airbag ; and first and second fixing portions which are formed at both side ends of the body orthogonally to the body , respectively, and disposed on an inner side in contact with the occupant and an outer side opposite to the occupant, respectively, on the basis of the airbag , and wherein the body and the first and second fixing portions are integrally formed with each other by using a material having elasticity so that the body and the first and second fixing portions are elastically deformable, characterized in that the first fixing portion has a thickness smaller than a thickness of the second fixing portion disposed outside the airbag , and when the airbag is inflated and deployed, the hang tag moves outward through an inner panel of the airbag while the first fixing portion , which is thinner than the second fixing portion , is bent and moves or flies in a direction opposite to the occupant together with an outer panel of the airbag .
An uplink signal sending method, applied to handover of a terminal from a source cell to a target cell, characterised in that the method comprises: determining , by the terminal according to a symbol puncturing rule, a symbol that needs to be punctured, wherein the symbol that needs to be punctured is an overlapping symbol between a symbol used to send the uplink signal to the source cell and a symbol used to send the uplink signal to the target cell; and sending , by the terminal, an uplink signal to the target cell based on the determined symbol that needs to be punctured, wherein the symbol puncturing rule is predefined in a protocol. determining , by the terminal according to a symbol puncturing rule, a symbol that needs to be punctured, wherein the symbol that needs to be punctured is an overlapping symbol between a symbol used to send the uplink signal to the source cell and a symbol used to send the uplink signal to the target cell; and sending , by the terminal, an uplink signal to the target cell based on the determined symbol that needs to be punctured, wherein the symbol puncturing rule is predefined in a protocol.
A process for manufacturing a cross-linked hyaluronic acid (HA) product, comprising (a) initiating cross-linking of HA by reacting HA with one or more polyfunctional cross-linking agents in an aqueous solution to obtain an activated HA; (b) removing unreacted cross-linking agent(s) from the activated HA; and (c) finalizing the cross-linking of the activated HA by subjecting the activated HA to further cross-linking conditions without addition of any additional cross-linking agent to obtain a cross-linked HA product; wherein the finalizing cross-linking step (c) is performed in a suspension of a liquid precipitating medium and the activated HA in precipitated form. (a) initiating cross-linking of HA by reacting HA with one or more polyfunctional cross-linking agents in an aqueous solution to obtain an activated HA; (b) removing unreacted cross-linking agent(s) from the activated HA; and (c) finalizing the cross-linking of the activated HA by subjecting the activated HA to further cross-linking conditions without addition of any additional cross-linking agent to obtain a cross-linked HA product; wherein the finalizing cross-linking step (c) is performed in a suspension of a liquid precipitating medium and the activated HA in precipitated form.
A method for operating a wireless communication device within a communication system, the method comprising: generating a packet comprising a plurality of portions including a short training field, STF, and a payload; applying at least one of a plurality of cyclic shift delayed, CSDs, to at least one of the plurality of portions of the packet, each of the plurality of CSDs being a respective integer multiple of a time period; and via a plurality of antennas (82-86), transmitting a signal including the packet to a plurality of wireless communication devices (18-32, 1202, 1204, 1206) such that each of the plurality of antennas (82-86) transmitting at a respective time in accordance with a respective one of the plurality of CSDs; wherein the plurality of CSDs being compliant in accordance with a first communication protocol; the plurality of CSDs being backward compliant in accordance with a second communication protocol being a legacy communication protocol relative to the first communication protocol; characterized by all of the plurality of CSDs corresponding to the first communication protocol; a subset of the plurality of CSDs corresponding to the second communication protocol; employing all of the plurality of CSDs when transmitting the signal using all of the plurality of antennas (82-86); and employing a subset of the plurality of CSDs when transmitting the signal using less than all of the plurality of antennas (82-86). generating a packet comprising a plurality of portions including a short training field, STF, and a payload; applying at least one of a plurality of cyclic shift delayed, CSDs, to at least one of the plurality of portions of the packet, each of the plurality of CSDs being a respective integer multiple of a time period; and via a plurality of antennas (82-86), transmitting a signal including the packet to a plurality of wireless communication devices (18-32, 1202, 1204, 1206) such that each of the plurality of antennas (82-86) transmitting at a respective time in accordance with a respective one of the plurality of CSDs; wherein the plurality of CSDs being compliant in accordance with a first communication protocol; the plurality of CSDs being backward compliant in accordance with a second communication protocol being a legacy communication protocol relative to the first communication protocol; characterized by all of the plurality of CSDs corresponding to the first communication protocol; a subset of the plurality of CSDs corresponding to the second communication protocol; employing all of the plurality of CSDs when transmitting the signal using all of the plurality of antennas (82-86); and employing a subset of the plurality of CSDs when transmitting the signal using less than all of the plurality of antennas (82-86).
A method, implemented in a computing device, the method comprising: identifying , in a host operating system of the computing device, a physical device to be made accessible to a guest partition of the computing device; virtualizing , by the host operating system of the computing device, a first portion of the physical device for access to the physical device by the guest partition, the first portion including at least part of a control plane for the physical device, the virtualizing making an exposed physical device control plane accessible to the guest partition by the host operating system; managing , by the host operating system of the computing device, accesses to the first portion of the physical device by the guest partition; and allowing the guest partition to directly access a non-virtualized second portion of the physical device, the non-virtualized second portion including at least part of a data plane for the physical device. identifying , in a host operating system of the computing device, a physical device to be made accessible to a guest partition of the computing device; virtualizing , by the host operating system of the computing device, a first portion of the physical device for access to the physical device by the guest partition, the first portion including at least part of a control plane for the physical device, the virtualizing making an exposed physical device control plane accessible to the guest partition by the host operating system; managing , by the host operating system of the computing device, accesses to the first portion of the physical device by the guest partition; and allowing the guest partition to directly access a non-virtualized second portion of the physical device, the non-virtualized second portion including at least part of a data plane for the physical device.
A nipple for a baby feeding container , comprising a unidirectional valve formed of a pliable material and oppositely oriented such that when attached to the container a normal flow through the valve is into the container while a flow from the container to the outside is normally blocked, the valve comprising at least two normally closed non intersecting slits providing for reverse liquid flow from the container to the outside upon distortion of the slits by natural mouth maneuverings of a baby, wherein: the unidirectional valve is flap free in that the unidirectional valve is free of flaps resulting from the slits; the nipple being characterized in that at least two of the slits differ in length, thereby allowing to change the flow rate of liquid from the container to a baby's mouth by rotating the container such that a slit of a desired length will be oriented substantially perpendicularly to the gums of the baby. the unidirectional valve is flap free in that the unidirectional valve is free of flaps resulting from the slits; the nipple being characterized in that at least two of the slits differ in length, thereby allowing to change the flow rate of liquid from the container to a baby's mouth by rotating the container such that a slit of a desired length will be oriented substantially perpendicularly to the gums of the baby.
A peritoneal dialysis system comprising: a water purifier ; a cycler ; and a disposable set operable with the cycler , the disposable set including a pumping cassette including a water inlet port, a heater/mixing container in fluid communication with the pumping cassette , characterised by a water accumulator , configured to isolate operation of the water purifier from operation of the disposable set with the cycler , a first water line segment in fluid communication with the water inlet port and the water accumulator , and a second water line segment in fluid communication with the water accumulator and the water purifier . a water purifier ; a cycler ; and a disposable set operable with the cycler , the disposable set including a pumping cassette including a water inlet port, a heater/mixing container in fluid communication with the pumping cassette , characterised by a water accumulator , configured to isolate operation of the water purifier from operation of the disposable set with the cycler , a first water line segment in fluid communication with the water inlet port and the water accumulator , and a second water line segment in fluid communication with the water accumulator and the water purifier . a pumping cassette including a water inlet port, a heater/mixing container in fluid communication with the pumping cassette , characterised by a water accumulator , configured to isolate operation of the water purifier from operation of the disposable set with the cycler , a first water line segment in fluid communication with the water inlet port and the water accumulator , and a second water line segment in fluid communication with the water accumulator and the water purifier .