mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising, a razor cartridge including a guard , a cap and two sides connecting the guard and the cap, a front side, and back side with a shaving plane defined by a plane on the front side of the cartridge, defined as a plane across both the guard and cap; the back side of the razor cartridge including a docking structure (224, 624, 724, 824, 924, 1024, 1124, 1224 1324), wherein the docking structure includes a single receiver section, the single receiver section including a central tab for docking to a handle , wherein the central tab includes a fulcrum point near the guard at which a handle docking system may hook, and about which a force would be imparted on the cartridge from the handle when in use, wherein a closest distance between the fulcrum point of the central tab and the shaving plane is less than 1 mm for a better shave with less skipping and less torque twist on the razor cartridge and a better pull across the target skin and hair; and a plurality of blades situated between the guard and cap each with a blade edge parallel to the guard. a razor cartridge including a guard , a cap and two sides connecting the guard and the cap, a front side, and back side with a shaving plane defined by a plane on the front side of the cartridge, defined as a plane across both the guard and cap; the back side of the razor cartridge including a docking structure (224, 624, 724, 824, 924, 1024, 1124, 1224 1324), wherein the docking structure includes a single receiver section, the single receiver section including a central tab for docking to a handle , wherein the central tab includes a fulcrum point near the guard at which a handle docking system may hook, and about which a force would be imparted on the cartridge from the handle when in use, wherein a closest distance between the fulcrum point of the central tab and the shaving plane is less than 1 mm for a better shave with less skipping and less torque twist on the razor cartridge and a better pull across the target skin and hair; and wherein the docking structure includes a single receiver section, the single receiver section including a central tab for docking to a handle , wherein the central tab includes a fulcrum point near the guard at which a handle docking system may hook, and about which a force would be imparted on the cartridge from the handle when in use, wherein a closest distance between the fulcrum point of the central tab and the shaving plane is less than 1 mm for a better shave with less skipping and less torque twist on the razor cartridge and a better pull across the target skin and hair; and a plurality of blades situated between the guard and cap each with a blade edge parallel to the guard.
An elevator cab ventilation device , comprising: a fan module ; and a ventilation controller that is configured to receive an indication of a position of at least one door of the elevator cab , control the fan module to operate in a first mode to move a first amount of air per unit time when the at least one door is in a first open position, and control the fan module to operate in a second mode to move a second, larger amount of air per unit time when the at least one door is in a second, different open position. a fan module ; and a ventilation controller that is configured to receive an indication of a position of at least one door of the elevator cab , control the fan module to operate in a first mode to move a first amount of air per unit time when the at least one door is in a first open position, and control the fan module to operate in a second mode to move a second, larger amount of air per unit time when the at least one door is in a second, different open position. receive an indication of a position of at least one door of the elevator cab , control the fan module to operate in a first mode to move a first amount of air per unit time when the at least one door is in a first open position, and control the fan module to operate in a second mode to move a second, larger amount of air per unit time when the at least one door is in a second, different open position.
A processor configured to: map at least two synchronisation signal sequences (310-1, 310-2, 310-3, 310-4) to a respective set of resource elements (210-0, 210-1, ..., 210-61) of an Orthogonal Frequency-Division Multiplexing, OFDM, symbol , and there is at least one resource element between each pair of adjacent sets of resource elements (210-0, 210-1, ..., 210-61); and the at least two synchronization signal sequences are multiple Primary Synchronisation Signal, PSS, sequences, multiple Secondary Synchronisation Signal, SSS, sequences, or a combination of at least one PSS sequence and at least one SSS sequence. there is at least one resource element between each pair of adjacent sets of resource elements (210-0, 210-1, ..., 210-61); and the at least two synchronization signal sequences are multiple Primary Synchronisation Signal, PSS, sequences, multiple Secondary Synchronisation Signal, SSS, sequences, or a combination of at least one PSS sequence and at least one SSS sequence.
A base station apparatus comprising: radio communication means ; and control means for receiving, from a core network , history information indicating whether or not specific coverage enhancement processing was executed in previous communication with a Machine-to-machine, M2M, terminal and controlling communication using the specific coverage enhancement processing between the M2M terminal and the radio communication means based on the history information, wherein the control means is adapted to receive, from the core network , mobility information indicating a degree of mobility of the M2M terminal , and the control means is adapted to control the communication between the M2M terminal and the radio communication means based on whether the mobility information indicates that the M2M terminal is substantially stationary. radio communication means ; and control means for receiving, from a core network , history information indicating whether or not specific coverage enhancement processing was executed in previous communication with a Machine-to-machine, M2M, terminal and controlling communication using the specific coverage enhancement processing between the M2M terminal and the radio communication means based on the history information, wherein the control means is adapted to receive, from the core network , mobility information indicating a degree of mobility of the M2M terminal , and the control means is adapted to control the communication between the M2M terminal and the radio communication means based on whether the mobility information indicates that the M2M terminal is substantially stationary.
A container arranged for containing a precursor material for use with a machine for preparing a beverage and/or foodstuff, the container comprising: a storage portion ; a closing member ; a flange that comprises an upper surface that interconnects the storage portion and the closing member, the storage portion extending in a depth direction from the flange; a machine-readable code storing preparation information for use with a preparation process performed by said machine, and; a code carrying member , characterized in that the flange comprises a viewing window , the code carrying member extends over the viewing window at a side of the flange that comprises the upper surface of the flange, and the code arranged on a flange facing surface of the code carrying member, wherein the code is readable through the viewing window from a side of the flange that comprises a lower surface of the flange, and the lower surface is arranged at a greater depth than the upper surface of the flange, in the depth direction of extension of the storage portion. a storage portion ; a closing member ; a flange that comprises an upper surface that interconnects the storage portion and the closing member, the storage portion extending in a depth direction from the flange; a machine-readable code storing preparation information for use with a preparation process performed by said machine, and; a code carrying member , characterized in that the flange comprises a viewing window , the code carrying member extends over the viewing window at a side of the flange that comprises the upper surface of the flange, and the code arranged on a flange facing surface of the code carrying member, wherein the code is readable through the viewing window from a side of the flange that comprises a lower surface of the flange, and the lower surface is arranged at a greater depth than the upper surface of the flange, in the depth direction of extension of the storage portion.
An electrical coil assembly , comprising: an electrical coil including a substrate and an electrical conductor supported by the substrate , the electrical coil defining at least two exposed regions; and a fuse element including an electrical fuse conductor proximate to the electrical coil , the fuse element movable from a disengaged position whereby the electrical fuse conductor is spaced from the at least two exposed regions, to an engaged position whereby the electrical fuse conductor is in electrical communication with the at least two exposed regions, such that current flows from a first one of the two exposed regions through the electrical fuse conductor to a second one of the two exposed regions, wherein the electrical coil assembly is responsive to a magnetic field between approximately 1 Tesla and 5 Tesla so as to urge the fuse element to move from the disengaged position to the engaged position , and characterised in that : the fuse element further includes an actuator adjacent to the electrical fuse conductor , the actuator moveable so as to cause the electrical fuse conductor to move toward the at least two exposed regions an electrical coil including a substrate and an electrical conductor supported by the substrate , the electrical coil defining at least two exposed regions; and a fuse element including an electrical fuse conductor proximate to the electrical coil , the fuse element movable from a disengaged position whereby the electrical fuse conductor is spaced from the at least two exposed regions, to an engaged position whereby the electrical fuse conductor is in electrical communication with the at least two exposed regions, such that current flows from a first one of the two exposed regions through the electrical fuse conductor to a second one of the two exposed regions, wherein the electrical coil assembly is responsive to a magnetic field between approximately 1 Tesla and 5 Tesla so as to urge the fuse element to move from the disengaged position to the engaged position , and characterised in that : the fuse element further includes an actuator adjacent to the electrical fuse conductor , the actuator moveable so as to cause the electrical fuse conductor to move toward the at least two exposed regions
A fixed quantity discharge device for a liquid container, comprising a container body storing contents therein, and a pipette part coupled detachably from the container body and formed with a pipette pipe configured to suck and then discharge a fixed quantity of contents stored in the container body , the fixed quantity discharge device for a liquid container comprising: a support body , coupled at an upper portion of the container body , equipped with a coupling part to which the pipette part is coupled, and equipped with a content suction tube extending into the interior of the container body from the coupling part such that the pipette pipe is configured to be inserted to or withdrawn from the content suction tube and having a content inflow hole at an inner lower end thereof; a check valve provided at an inner portion of the content suction tube configured to open or close the content inflow hole ; and a sealing member installed with a close contact to an inner circumferential surface of the content suction tube configured to guide the contents, moving through the content inflow hole , to move exclusively to the interior of the pipette pipe when the check valve opens; characterised in a piston configured to ascend inside of the container body as contents are being used, and in a separation preventing member , disposed at an inner side of the content suction tube , configured to pressurize an upper end of the sealing member at an upper portion of the sealing member and prevent the sealing member from being separated from the content suction tube , so that the pipette part is configured to suck the contents stored in the container body without having an outer circumferential surface of the pipette pipe smeared or contaminated with the contents. a support body , coupled at an upper portion of the container body , equipped with a coupling part to which the pipette part is coupled, and equipped with a content suction tube extending into the interior of the container body from the coupling part such that the pipette pipe is configured to be inserted to or withdrawn from the content suction tube and having a content inflow hole at an inner lower end thereof; a check valve provided at an inner portion of the content suction tube configured to open or close the content inflow hole ; and a sealing member installed with a close contact to an inner circumferential surface of the content suction tube configured to guide the contents, moving through the content inflow hole , to move exclusively to the interior of the pipette pipe when the check valve opens; characterised in a piston configured to ascend inside of the container body as contents are being used, and in a separation preventing member , disposed at an inner side of the content suction tube , configured to pressurize an upper end of the sealing member at an upper portion of the sealing member and prevent the sealing member from being separated from the content suction tube , so that the pipette part is configured to suck the contents stored in the container body without having an outer circumferential surface of the pipette pipe smeared or contaminated with the contents.
Use of Bacillus coagulans Hammer spores in the manufacture of a medicament for reducing symptoms of irritable bowel syndrome (IBS) in a patient suffering from irritable bowel syndrome, wherein said Bacillus coagulans is selected from the group consisting of Bacillus coagulans Hammer strain Accession No. ATCC 31284, and GBI-30 strain (ATCC Designation Number PTA-6086).
Method for operating a motor vehicle comprising an optical sensor which is aligned to the front of the motor vehicle , and a motor vehicle-to-motor vehicle communication device , wherein a camera is used as optical sensor, characterised in that a brightness of the brake lights of a directly preceding vehicle is determined from the image data of the optical sensor and is evaluated with respect to communication information which is to be received and/or emitted by means of the communication device , wherein in the case where the brightness exceeds a glare threshold and a piece of deceleration information is present indicating a deceleration procedure of one's own motor vehicle , a piece of communication information requesting the darkening and/or deactivating of the brake lights of the directly preceding motor vehicle is sent to the directly preceding motor vehicle .
An oral care composition for use in repairing or inhibiting or protection against or prevention of dental erosion, promoting dental remineralization, and/or enhancing the anti-cavity effects of fluoride comprising applying to teeth: a. an Anti Freeze Protein (AFP); b. an orally acceptable carrier, wherein AFP is present in the composition in an amount of from 0.01 weight % to 3 weight % by total weight of the composition. a. an Anti Freeze Protein (AFP); b. an orally acceptable carrier,
A method for establishing a link, wherein the method comprises: a first eNodeB and a second eNodeB establishing a second link via a first link between the first eNodeB and the second eNodeB; the first eNodeB and the second eNodeB communicating via the first link and/or the second link; wherein in this step, the first eNodeB and the second eNodeB determine using the first link or the second link to transmit according to attributes of information to be transmitted and/or link load condition; wherein the step of the first eNodeB and the second eNodeB establishing the second link comprises: the first eNodeB exchanging via the first link information for establishing the second link with the second eNodeB; and/or, the first eNodeB being uplink and/or downlink synchronized with the second eNodeB. a first eNodeB and a second eNodeB establishing a second link via a first link between the first eNodeB and the second eNodeB; the first eNodeB and the second eNodeB communicating via the first link and/or the second link; wherein in this step, the first eNodeB and the second eNodeB determine using the first link or the second link to transmit according to attributes of information to be transmitted and/or link load condition; wherein the step of the first eNodeB and the second eNodeB establishing the second link comprises: the first eNodeB exchanging via the first link information for establishing the second link with the second eNodeB; and/or, the first eNodeB being uplink and/or downlink synchronized with the second eNodeB.
A coupling structure of a push-rod guide and a push-rod guide cover for a brake chamber for a vehicle, said brake chamber comprises a head housing , a bottom housing , an adaptor housing provided between the head housing and the bottom housing to connect the head housing and the bottom housing , a diaphragm fixed between the adaptor housing and the bottom housing to divide a space between the adaptor housing and the bottom housing , a push-rod configured to support a bottom surface of the diaphragm and move along a push-rod hole formed in a bottom surface of the bottom housing , a yoke connected to an end of the push-rod , and a return spring disposed between the push-rod and the bottom housing , wherein after the push-rod and the yoke are inserted into the push-rod hole , the push-rod guide is assembled to an axial side of the push-rod at the inside of the bottom housing , and the push-rod guide cover is coupled to the push-rod guide and supported by the return spring to fix the push-rod guide , wherein the push-rod guide includes a pair of half members having a semicircular plate shape and connected by a hinge to be assembled at the axial side of the push-rod to form a circular plate shape, and the push-rod guide has a push-rod opening formed at a center of the circular plate to guide movement of the push-rod , and wherein a protrusion protruding upwards is provided at a center of the push-rod guide to form a step in a radial direction of the push-rod guide , and an accommodation groove corresponding to the step is formed at an inner circumference of the push-rod guide cover .
A method for checking the tyres on the wheels of a vehicle comprising the following steps: - when the vehicle is at a first operating position, where a first and a second wheel on one of the vehicle axles are positioned at a first and a second check station , respectively, located along two corresponding tracks running parallel to each other and oriented in a longitudinal direction, capturing image information relating to a sidewall of the tyre of the first and the second wheel, using at least a first and a second optical device located on opposite sides of the tracks and oriented towards each other; the method is characterized in that : - for each of the first and second wheels, displaying the image information on a screen in real time, in order to provide a user with image data representing an identification code printed on the tyres to indicate their type, wherein the capturing step comprises capturing a first and a second auxiliary image of at least one part of the sidewall of the tyre in different illumination conditions and processing the first and second auxiliary images by comparing them to derive the image information displayed on the screen . - when the vehicle is at a first operating position, where a first and a second wheel on one of the vehicle axles are positioned at a first and a second check station , respectively, located along two corresponding tracks running parallel to each other and oriented in a longitudinal direction, capturing image information relating to a sidewall of the tyre of the first and the second wheel, using at least a first and a second optical device located on opposite sides of the tracks and oriented towards each other; the method is characterized in that : - for each of the first and second wheels, displaying the image information on a screen in real time, in order to provide a user with image data representing an identification code printed on the tyres to indicate their type, wherein the capturing step comprises capturing a first and a second auxiliary image of at least one part of the sidewall of the tyre in different illumination conditions and processing the first and second auxiliary images by comparing them to derive the image information displayed on the screen . - for each of the first and second wheels, displaying the image information on a screen in real time, in order to provide a user with image data representing an identification code printed on the tyres to indicate their type,
A machining station comprising: - an operating base on which there are mounted, - an operating module and an arrangement module , separated by a support structure ; Wherein: - the operating base comprises a set of displacement guides; - the operating module comprises an operating table installed on a rotating block , rotating block which is mounted on at least a displacement guide of the operating base ; and characterized in that - the arrangement module comprises a curtain which is coupled to the support structure , an arrangement window installed on the curtain , said arrangement window having coupled a drill arm which is installed on a mechanical support which in turn is mounted on at least a displacement guide of the operating base ; said drill arm comprising a drive unit which moves inside said arm along an W axis, parallel to an Z axis, wherein the W axis is the drilling axis; - the operation of the drive unit and respective drill arm , as well as the movements of the rotating block , of the curtain and of the mechanical support are controlled by way of a central control unit endowed with processing capacity. - an operating base on which there are mounted, - an operating module and an arrangement module , separated by a support structure ; - the operating base comprises a set of displacement guides; - the operating module comprises an operating table installed on a rotating block , rotating block which is mounted on at least a displacement guide of the operating base ; - the arrangement module comprises a curtain which is coupled to the support structure , an arrangement window installed on the curtain , said arrangement window having coupled a drill arm which is installed on a mechanical support which in turn is mounted on at least a displacement guide of the operating base ; said drill arm comprising a drive unit which moves inside said arm along an W axis, parallel to an Z axis, wherein the W axis is the drilling axis; - the operation of the drive unit and respective drill arm , as well as the movements of the rotating block , of the curtain and of the mechanical support are controlled by way of a central control unit endowed with processing capacity.