mhurhangee/patent-ind-claim-en huggingface dataset:
A sealable container comprising: a base having a geometric shape; sides extending from the base and defining a mouth opposite the base , wherein cross-sections of the sides parallel to the base have a geometric shape; and a seal of the mouth comprising: a first zipper member and a second zipper member, wherein when the seal is closed to seal the mouth , the first and second zipper members engage each other to make the seal, and when the seal is open the first and second zipper members disengage to break the seal, and wherein the base , sides and seal comprise silicone, wherein the base and at least a portion of the sides adjacent the base are of sufficient thickness and rigidity for the container to freely stand vertically on its base (11, 21, 31, 41, 51,) with the mouth at the top, the seal and at least a portion of the sides defining the mouth are sufficiently flexible to allow the seal and side portion to be deformed between open and closed mouth configurations, and the seal comprises first and second zipper members, characterised in that a portion of the sides defining the mouth comprises a zipper slot , and the first and second zipper members are joined in the zipper slot . a base having a geometric shape; sides extending from the base and defining a mouth opposite the base , wherein cross-sections of the sides parallel to the base have a geometric shape; and a seal of the mouth comprising: a first zipper member and a second zipper member, wherein when the seal is closed to seal the mouth , the first and second zipper members engage each other to make the seal, and when the seal is open the first and second zipper members disengage to break the seal, and wherein the base , sides and seal comprise silicone, wherein the base and at least a portion of the sides adjacent the base are of sufficient thickness and rigidity for the container to freely stand vertically on its base (11, 21, 31, 41, 51,) with the mouth at the top, the seal and at least a portion of the sides defining the mouth are sufficiently flexible to allow the seal and side portion to be deformed between open and closed mouth configurations, and the seal comprises first and second zipper members, characterised in that a portion of the sides defining the mouth comprises a zipper slot , and the first and second zipper members are joined in the zipper slot .
Display device comprising: - a light source designed to generate a source light beam (S) extending over a predetermined wavelength range; - a diffractive optical element , the operating range of which is adapted to said wavelength range and which is arranged to receive said source light beam (S) and to transmit an image light beam (I); and - a dichroic filter placed in the path of said image light beam (I) and the passband of which at least partially covers said wavelength range so as to at least partially transmit said image light beam (I). - a light source designed to generate a source light beam (S) extending over a predetermined wavelength range; - a diffractive optical element , the operating range of which is adapted to said wavelength range and which is arranged to receive said source light beam (S) and to transmit an image light beam (I); and - a dichroic filter placed in the path of said image light beam (I) and the passband of which at least partially covers said wavelength range so as to at least partially transmit said image light beam (I).
A battery-powered electronic hearing protector, comprising: a housing enclosing the battery and an electronics assembly , wherein the electronics assembly is powered by the battery, and wherein the electronics assembly comprises a processor controlled by updatable software; a first electrical contact that is a ground line; and a second electrical contact that is a data programming line in a first state, and that is a voltage charging line in a second state; a third electrical contact that is a clock line in a first state, and that is a charge enable line in the second state; a switch enclosed by the housing; a filter connected between the third electrical contact and the switch ; wherein the first, second and third electrical contacts are accessible from outside the housing; wherein the switch is configured to change the second electrical contact between the first state and the second state in dependence on an input at the third electrical contact filtered by the filter; and wherein the battery-powered electronic hearing protector is further configured such that data received on the data programming line updates the software. a housing enclosing the battery and an electronics assembly , wherein the electronics assembly is powered by the battery, and wherein the electronics assembly comprises a processor controlled by updatable software; a first electrical contact that is a ground line; and a second electrical contact that is a data programming line in a first state, and that is a voltage charging line in a second state; a third electrical contact that is a clock line in a first state, and that is a charge enable line in the second state; a switch enclosed by the housing; a filter connected between the third electrical contact and the switch ; wherein the first, second and third electrical contacts are accessible from outside the housing; wherein the switch is configured to change the second electrical contact between the first state and the second state in dependence on an input at the third electrical contact filtered by the filter; and wherein the battery-powered electronic hearing protector is further configured such that data received on the data programming line updates the software.
Flow device for controlling and/or adjusting a pressure in a pneumatic sand conveying device for a rail vehicle, the flow device having at least the following features: - a pressure chamber with a conveying nozzle interface to a conveying nozzle device for generating a pressure in the pressure chamber ; and - at least one controllable pressure device coupled to the pressure chamber , designed to generate a pressure in order to control and/or adjust the pressure in the pressure chamber , characterised in that - the controllable pressure device has at least one blow-in device for blowing air into the pressure chamber in order to control the pressure. - a pressure chamber with a conveying nozzle interface to a conveying nozzle device for generating a pressure in the pressure chamber ; and - at least one controllable pressure device coupled to the pressure chamber , designed to generate a pressure in order to control and/or adjust the pressure in the pressure chamber , characterised in that - the controllable pressure device has at least one blow-in device for blowing air into the pressure chamber in order to control the pressure.
An electric tool comprising: a motor ; a rotating tool driven by the motor ; and a control unit configured to control at least braking of the motor , wherein the control unit sets a braking force at the time of braking in accordance with a moment of inertia of the rotating tool; and characterised in that: when the moment of inertia of the rotating tool is a prescribed value or more, the control unit reduces the braking force as compared with when the moment of inertia is less than said prescribed value. a motor ; a rotating tool driven by the motor ; and a control unit configured to control at least braking of the motor , wherein the control unit sets a braking force at the time of braking in accordance with a moment of inertia of the rotating tool; and characterised in that: when the moment of inertia of the rotating tool is a prescribed value or more, the control unit reduces the braking force as compared with when the moment of inertia is less than said prescribed value.
A method of operating a terminal in a carrier aggregation system, the method comprising: receiving (S210) downlink control information, DCI, including a downlink assignment index, DAI, through an enhanced physical downlink control channel, E-PDCCH, of a first subframe; receiving data scheduled by the DCI through a physical downlink shared channel, PDSCH, of the first subframe; and transmitting an acknowledgement, ACK,/negative-acknowledgement, NACK, for the data through a physical uplink control channel, PUCCH, in a second subframe, wherein the DCI received in the E-PDCCH includes an ACK/NACK resource offset, ARO, field which is not present in DCI received (S110) in a physical downlink control channel, PDCCH, and wherein when the DAI value is greater than 1, the ARO field is used to select an RRC field and thereby determine a single resource among a plurality of PUCCH resources pre-set explicitly by RRC fields within an RRC message received through a higher layer signal, and the single resource is used to transmit the ACK/NACK. receiving (S210) downlink control information, DCI, including a downlink assignment index, DAI, through an enhanced physical downlink control channel, E-PDCCH, of a first subframe; receiving data scheduled by the DCI through a physical downlink shared channel, PDSCH, of the first subframe; and transmitting an acknowledgement, ACK,/negative-acknowledgement, NACK, for the data through a physical uplink control channel, PUCCH, in a second subframe, wherein the DCI received in the E-PDCCH includes an ACK/NACK resource offset, ARO, field which is not present in DCI received (S110) in a physical downlink control channel, PDCCH, and wherein when the DAI value is greater than 1, the ARO field is used to select an RRC field and thereby determine a single resource among a plurality of PUCCH resources pre-set explicitly by RRC fields within an RRC message received through a higher layer signal, and the single resource is used to transmit the ACK/NACK.
Automatic sliding door with a drive unit and traversable door leaves , which can be moved into an open position and into a closed position, wherein the drive unit has at least one electric drive motor with a transmission and an endless toothed belt, to which the individual door leaves are attached, by means of drivers on one face of the endless toothed belt, wherein the traversable door leaves can assume two different closed positions , wherein the drive unit has a control unit, by means of which the door leaves can be traversed into the closed positions, or into the open position, wherein the door leaves can be traversed from the first closed position into the second closed position , characterised in that a first closed position is intended for normal driving operation, and the second closed position is intended for a safety requirement, wherein the door leaves are moved together into the first closed position such that a pin-form profile strip on a closing edge of one door leaf is moved only as far as into an opening region of a groove-shaped profile strip arranged on a closing edge of the other door leaf , so that the door leaves achieve a wind-tight and/or watertight closure in the first closed position , and wherein the door leaves can be traversed from the first closed position into the second closed position such that, in the second closed position , the door leaves adopt a form-fit connection with their closing edges , which can be moved onto one another, wherein the pin-form profile strip of one closing edge penetrates into an entire overlapping region of the groove-shaped profile strip of the other closing edge . the drive unit has at least one electric drive motor with a transmission and an endless toothed belt, to which the individual door leaves are attached, by means of drivers on one face of the endless toothed belt, wherein the traversable door leaves can assume two different closed positions , wherein the drive unit has a control unit, by means of which the door leaves can be traversed into the closed positions, or into the open position, wherein the door leaves can be traversed from the first closed position into the second closed position , characterised in that a first closed position is intended for normal driving operation, and the second closed position is intended for a safety requirement, wherein the door leaves are moved together into the first closed position such that a pin-form profile strip on a closing edge of one door leaf is moved only as far as into an opening region of a groove-shaped profile strip arranged on a closing edge of the other door leaf , so that the door leaves achieve a wind-tight and/or watertight closure in the first closed position , and wherein the door leaves can be traversed from the first closed position into the second closed position such that, in the second closed position , the door leaves adopt a form-fit connection with their closing edges , which can be moved onto one another, wherein the pin-form profile strip of one closing edge penetrates into an entire overlapping region of the groove-shaped profile strip of the other closing edge .
A method of transmitting data from a mobile station to a fixed station via a first dedicated physical data channel and a second dedicated physical data channel which are disposed in an uplink direction from the mobile station to the fixed station (103, said method comprising: estimating a transmit power margin which is a transmit power to be assigned to the transmission of the second dedicated physical data channel by subtracting at least a transmit power of said first physical data channel from a first maximum transmit power value configured by the fixed station, wherein the first maximum transmit power is set to a lower value than a second maximum transmit power value which said mobile station can output; evaluating a state of candidate E-TFCs (E-DCH (Enhanced Dedicated Channel) Transport Format Combination) when setting the data transmission via said second dedicated physical data channel by using the estimated transmit power margin; selecting one of the candidate E-TFCs to be used for the data transmission via said second dedicated physical data channel from said candidates, by using scheduling result information controlling the transmission of said second dedicated physical data channel and a result of the evaluation; and transmitting said data to said fixed station with transmit power calculated based on the selected E-TFC; characterized in that the first maximum transmit power value is determined based on a spreading factor of the second dedicated physical data channel . estimating a transmit power margin which is a transmit power to be assigned to the transmission of the second dedicated physical data channel by subtracting at least a transmit power of said first physical data channel from a first maximum transmit power value configured by the fixed station, wherein the first maximum transmit power is set to a lower value than a second maximum transmit power value which said mobile station can output; evaluating a state of candidate E-TFCs (E-DCH (Enhanced Dedicated Channel) Transport Format Combination) when setting the data transmission via said second dedicated physical data channel by using the estimated transmit power margin; selecting one of the candidate E-TFCs to be used for the data transmission via said second dedicated physical data channel from said candidates, by using scheduling result information controlling the transmission of said second dedicated physical data channel and a result of the evaluation; and transmitting said data to said fixed station with transmit power calculated based on the selected E-TFC; characterized in that the first maximum transmit power value is determined based on a spreading factor of the second dedicated physical data channel .
A capacitor comprising: a first winding member comprising a first conductive layer and first dielectric layer overlying the first conductive layer ; a second winding member comprising a second conductive layer and a second dielectric layer overlying the second conductive layer , the first winding member interleaved, partially or entirely, with the second winding layer ; a dielectric shell for radially surrounding the first winding member and the second winding member ; and the first winding member electrically connected to a first conductive end ; a second winding member electrically connected to a second conductive end , the second conductive end opposite the first conductive end , the first conductive end forming a first lead, the second conductive end forming a second lead, wherein the first conductive end has a peripheral mounting lip that extends inward toward and engages the dielectric shell and wherein the second conductive end has a peripheral mounting lip that extends inward toward and engages the dielectric shell ; and wherein, the first conductive end has a first plurality of axially extending holes and wherein the second conductive end has a second plurality of axially extending holes , the first and second plurality of axially extending holes being configured to allow solder to flow into an electrical terminal gap region to electrically connect the first and second winding members to the first and second conductive ends respectively. a first winding member comprising a first conductive layer and first dielectric layer overlying the first conductive layer ; a second winding member comprising a second conductive layer and a second dielectric layer overlying the second conductive layer , the first winding member interleaved, partially or entirely, with the second winding layer ; a dielectric shell for radially surrounding the first winding member and the second winding member ; and the first winding member electrically connected to a first conductive end ; a second winding member electrically connected to a second conductive end , the second conductive end opposite the first conductive end , the first conductive end forming a first lead, the second conductive end forming a second lead, wherein the first conductive end has a peripheral mounting lip that extends inward toward and engages the dielectric shell and wherein the second conductive end has a peripheral mounting lip that extends inward toward and engages the dielectric shell ; and wherein,
A brake assembly comprising: a brake carrier ; a brake caliper that defines a bore that extends along an axis ; and a guide pin assembly that slidably couples the brake caliper to the brake carrier , the guide pin assembly including: a bushing that is received in the bore ; a sleeve that is received in the bushing ; a resilient member that is received in the bushing and that extends between the bushing and the sleeve ; and a fastener that fixedly couples the sleeve to the brake carrier ; wherein the brake caliper is slidable along the bushing . a brake carrier ; a brake caliper that defines a bore that extends along an axis ; and a guide pin assembly that slidably couples the brake caliper to the brake carrier , the guide pin assembly including: a bushing that is received in the bore ; a sleeve that is received in the bushing ; a resilient member that is received in the bushing and that extends between the bushing and the sleeve ; and a fastener that fixedly couples the sleeve to the brake carrier ; a bushing that is received in the bore ; a sleeve that is received in the bushing ; a resilient member that is received in the bushing and that extends between the bushing and the sleeve ; and a fastener that fixedly couples the sleeve to the brake carrier ; wherein the brake caliper is slidable along the bushing .
An isolated monoclonal antibody or antigen binding fragment thereof, comprising a heavy chain variable region and a light chain variable region, the heavy chain variable region comprising SEQ ID NO: 5, and the light chain variable region comprising SEQ ID NO: 6; wherein the monoclonal antibody or antigen binding fragment specifically binds to TEM8 and is neutralizing. the heavy chain variable region comprising SEQ ID NO: 5, and the light chain variable region comprising SEQ ID NO: 6; wherein the monoclonal antibody or antigen binding fragment specifically binds to TEM8 and is neutralizing.
A method of detecting RF interference, comprising the steps of: receiving an RF signal detected at a receiver , the received RF signal including a desired RF signal ; estimating thermal noise of the receiver by statistically analyzing a plurality of short time intervals of spectral magnitude data of the received RF signal ; estimating an intermittent-interference-plus-noise level by statistically analyzing an extended time interval of the spectral magnitude data, the extended time interval being longer than each short time interval; determining an interference metric based on a ratio of the estimated intermittent-interference-plus-noise level to the estimated thermal noise ; and evaluating the interference metric against one or more thresholds to detect the presence or absence of degrading RF interference comprising an intermittent interference signal that is not included in at least one of said short time intervals of spectral magnitude data, said intermittent interference signal occupying an interference bandwidth. receiving an RF signal detected at a receiver , the received RF signal including a desired RF signal ; estimating thermal noise of the receiver by statistically analyzing a plurality of short time intervals of spectral magnitude data of the received RF signal ; estimating an intermittent-interference-plus-noise level by statistically analyzing an extended time interval of the spectral magnitude data, the extended time interval being longer than each short time interval; determining an interference metric based on a ratio of the estimated intermittent-interference-plus-noise level to the estimated thermal noise ; and evaluating the interference metric against one or more thresholds to detect the presence or absence of degrading RF interference comprising an intermittent interference signal that is not included in at least one of said short time intervals of spectral magnitude data, said intermittent interference signal occupying an interference bandwidth.
An oil well stimulation composition, characterized by : an ammonium containing compound at a concentration of 1 to 9 M; a nitrite containing compound at a concentration of 1 to 9 M; and an activator, wherein the activator is a 0.1 M solution of acetic acid at 0.5 volume percent of the oil well stimulation composition, without a buffer, the activator being operable to initiate an exothermic oxidation-reduction reaction between the ammonium containing compound and the nitrite containing compound, the reaction generates steam, from the heat produced by the reaction, and nitrogen gas, wherein the oil well stimulation compounds comprise equimolar amounts of the ammonium containing compound and the nitrite containing compound. an ammonium containing compound at a concentration of 1 to 9 M; a nitrite containing compound at a concentration of 1 to 9 M; and an activator, wherein the activator is a 0.1 M solution of acetic acid at 0.5 volume percent of the oil well stimulation composition, without a buffer, the activator being operable to initiate an exothermic oxidation-reduction reaction between the ammonium containing compound and the nitrite containing compound, the reaction generates steam, from the heat produced by the reaction, and nitrogen gas, wherein the oil well stimulation compounds comprise equimolar amounts of the ammonium containing compound and the nitrite containing compound.