mhurhangee/patent-ind-claim-en huggingface dataset:
A method for liquid blow molding a resin preform in a container of a predetermined shape with a liquid blow molding device, the device comprising: a mold for blow forming in which the preform is disposed; a stretching rod that stretches the preform disposed in the mold in the axial direction; and a pressurized liquid supply part for supplying pressurized liquid to the preform disposed in the mold ; characterized in that the method comprises a step for supplying a volume (V2) of liquid from the pressurized liquid supply part to the interior of the preform until the stretching of the preform by the stretching rod is complete, being defined as when the stretching rod reaches the lower end side stroke end, the supplied volume (V2) of liquid being less than or equal to 50% of the volume of liquid to be filled into the interior of the container after completion of liquid blow molding (V1). a mold for blow forming in which the preform is disposed; a stretching rod that stretches the preform disposed in the mold in the axial direction; and a pressurized liquid supply part for supplying pressurized liquid to the preform disposed in the mold ; characterized in that the method comprises a step for supplying a volume (V2) of liquid from the pressurized liquid supply part to the interior of the preform until the stretching of the preform by the stretching rod is complete, being defined as when the stretching rod reaches the lower end side stroke end, the supplied volume (V2) of liquid being less than or equal to 50% of the volume of liquid to be filled into the interior of the container after completion of liquid blow molding (V1).
A method for wireless communication by a user-equipment, UE , comprising: receiving a first message from a network entity enquiring regarding information associated with a multi-subscriber identify module, SIM, capability of the UE ; determining the information associated with the multi-SIM capability of the UE in response to the enquiry from the network entity; and communicating one or more messages to indicate the information regarding the multi-SIM capability to the network entity; wherein communicating the one or more messages comprises: transmitting a radio resource control, RRC, request to the network entity, the RRC request comprising an indication of whether the RRC request is requesting an RRC release or an RRC suspension of the UE; and receiving an RRC message from the network entity confirming the RRC request. receiving a first message from a network entity enquiring regarding information associated with a multi-subscriber identify module, SIM, capability of the UE ; determining the information associated with the multi-SIM capability of the UE in response to the enquiry from the network entity; and communicating one or more messages to indicate the information regarding the multi-SIM capability to the network entity; wherein communicating the one or more messages comprises: transmitting a radio resource control, RRC, request to the network entity, the RRC request comprising an indication of whether the RRC request is requesting an RRC release or an RRC suspension of the UE; and receiving an RRC message from the network entity confirming the RRC request. transmitting a radio resource control, RRC, request to the network entity, the RRC request comprising an indication of whether the RRC request is requesting an RRC release or an RRC suspension of the UE; and receiving an RRC message from the network entity confirming the RRC request.
A device for protecting a hazardous area of a system controlled by a controller , having a sensor arrangement by means of which a protective area adapted to the hazardous area is monitored, a switching signal being generated by means of the sensor arrangement when an object entering the protective area is detected, by means of which a hazardous operation of the installation is stopped, characterised in that the sensor arrangement detects the sequence of movement of the object when it leaves the protected area , and in that , when a valid sequence of movement is registered by means of the sensor arrangement, a release signal is generated by means of which the hazardous operation of the installation is reactivated.
A rebound rubber suitable to be interposed between a stop ring holder which retains one end of a rebound spring in a rebound spring mechanism of a hydraulic shock absorber and a rebound sheet which is fixed to a piston rod, the rebound rubber comprising: a structure which elastically deforms so that a rubber inner diameter portion is inflected and a rubber outer diameter portion protrudes like mountains toward an outer side in a diametrical direction at the exposing time to a compressive load in an axial direction, by arranging a rubber pressure receiving surface in an inner side in the diametrical direction in relation to a center line (O) in the diametrical direction of a rubber volume in a half-cut cross sectional shape of the rubber, wherein the annular pressure receiving surface is provided at each of positions which are closer to the inner side in the diametrical direction than the center line (O), wherein an inclined surface having such a direction that a rubber axial width is made smaller from said rubber pressure receiving surface to a rubber outer diameter surface is provided in each of both end surfaces in an axial direction of said rubber, and wherein an axial width (w4) of the outer diameter surface is set to be smaller than an axial width (w3) of the rubber inner diameter portion , and characterized in that a diametrical width (w1) of the pressure receiving surface is set to be smaller than a diametrical width (w2) of the rubber inner diameter portion , and in that a diametrical width (w5) of the inclined surface is set to be larger than a diametrical width (w6) of the rubber outer diameter portion . a structure which elastically deforms so that a rubber inner diameter portion is inflected and a rubber outer diameter portion protrudes like mountains toward an outer side in a diametrical direction at the exposing time to a compressive load in an axial direction, by arranging a rubber pressure receiving surface in an inner side in the diametrical direction in relation to a center line (O) in the diametrical direction of a rubber volume in a half-cut cross sectional shape of the rubber, wherein the annular pressure receiving surface is provided at each of positions which are closer to the inner side in the diametrical direction than the center line (O), wherein an inclined surface having such a direction that a rubber axial width is made smaller from said rubber pressure receiving surface to a rubber outer diameter surface is provided in each of both end surfaces in an axial direction of said rubber, and wherein an axial width (w4) of the outer diameter surface is set to be smaller than an axial width (w3) of the rubber inner diameter portion , and characterized in that a diametrical width (w1) of the pressure receiving surface is set to be smaller than a diametrical width (w2) of the rubber inner diameter portion , and in that a diametrical width (w5) of the inclined surface is set to be larger than a diametrical width (w6) of the rubber outer diameter portion .
A laminated glass article comprising: a core layer comprising a core glass composition ; and a clad layer directly adjacent to the core layer and comprising a clad glass composition , an average clad coefficient of thermal expansion (CTE) of the clad glass composition less than an average core CTE of the core glass composition such that the clad layer is in compression and the core layer is in tension; wherein a compressive stress of the clad layer decreases with increasing distance from an outer surface of the clad layer within an outer portion of the clad layer; and wherein the slope of the stress profile within an intermediate portion of the clad layer disposed between the outer portion of the clad layer and the core layer is between -7 MPa/μm and 7 MPa/μm, and a thickness of the intermediate portion of the clad layer is at least 82% of a thickness of the clad layer, a core layer comprising a core glass composition ; and a clad layer directly adjacent to the core layer and comprising a clad glass composition , an average clad coefficient of thermal expansion (CTE) of the clad glass composition less than an average core CTE of the core glass composition such that the clad layer is in compression and the core layer is in tension; wherein a compressive stress of the clad layer decreases with increasing distance from an outer surface of the clad layer within an outer portion of the clad layer; and wherein the slope of the stress profile within an intermediate portion of the clad layer disposed between the outer portion of the clad layer and the core layer is between -7 MPa/μm and 7 MPa/μm, and a thickness of the intermediate portion of the clad layer is at least 82% of a thickness of the clad layer,
A communication apparatus , comprising: circuitry which, in operation, generates a random access control signal including a plurality of per station, STA information, each of the plurality of per STA information including an identifier, ID, field, the ID field indicating at least one resource unit available for a corresponding terminal station ; and a transmitter , which, in operation, transmits the random access control signal, wherein one of a plurality of Association IDs, AIDs, for scheduled access or one of a plurality of IDs for random access is assigned to the ID field, and wherein values for the plurality of IDs for random access are different from any of values of the plurality of AIDs for scheduled access, characterized in that each of the values of the plurality of IDs for random access is uniquely associated with a state of communication between the communication apparatus and the corresponding terminal station. circuitry which, in operation, generates a random access control signal including a plurality of per station, STA information, each of the plurality of per STA information including an identifier, ID, field, the ID field indicating at least one resource unit available for a corresponding terminal station ; and a transmitter , which, in operation, transmits the random access control signal, wherein one of a plurality of Association IDs, AIDs, for scheduled access or one of a plurality of IDs for random access is assigned to the ID field, and wherein values for the plurality of IDs for random access are different from any of values of the plurality of AIDs for scheduled access,
A cloth comprising two or more types of fibers, wherein the cloth contains a conjugate fiber having two components conjugated side by side and a crimped fiber having a torque of 30 T/m or less; wherein the conjugate fiber is a conjugate fiber having a polyester component and a polyamide component conjugated side by side; wherein the cloth is a knitted fabric; characterised in that the crimped fiber is a composite yarn containing a false twisted crimped textured yarn having torque in the S direction and a false twisted crimped textured yarn having torque in the Z direction; and that the conjugate fiber is contained as a tuck yarn in the knitted fabric; and wherein the weight ratio of the conjugate fiber and the crimped fiber is in the range of from 20:80 to 80:20. wherein the cloth contains a conjugate fiber having two components conjugated side by side and a crimped fiber having a torque of 30 T/m or less; wherein the conjugate fiber is a conjugate fiber having a polyester component and a polyamide component conjugated side by side; wherein the cloth is a knitted fabric; characterised in that the crimped fiber is a composite yarn containing a false twisted crimped textured yarn having torque in the S direction and a false twisted crimped textured yarn having torque in the Z direction; and that the conjugate fiber is contained as a tuck yarn in the knitted fabric; and wherein the weight ratio of the conjugate fiber and the crimped fiber is in the range of from 20:80 to 80:20.
A floor cleaning system, comprising: a surface cleaning apparatus comprising: a fluid delivery system comprising a supply tank , a pump , and a fluid distributor ; a recovery system comprising a recovery tank and a motor ; a rechargeable battery selectively powering the pump and the motor ; a battery charging circuit controlling the recharging of the rechargeable battery ; a user interface through which a user can interact with the surface cleaning apparatus , the user interface comprising a self-cleaning mode input control which initiates an automatic cleanout cycle for a self-cleaning mode of operation in which the pump and the motor are energized; and a controller controlling the operation of the fluid delivery and recovery systems, and operably coupled with the user interface for receiving inputs from a user; a cleaning tray configured to dock the surface cleaning apparatus for recharging the battery of the surface cleaning apparatus and for self-cleaning of the surface cleaning apparatus ; characterised in that the battery charging circuit is disabled during the automatic cleanout cycle. a surface cleaning apparatus comprising: a fluid delivery system comprising a supply tank , a pump , and a fluid distributor ; a recovery system comprising a recovery tank and a motor ; a rechargeable battery selectively powering the pump and the motor ; a battery charging circuit controlling the recharging of the rechargeable battery ; a user interface through which a user can interact with the surface cleaning apparatus , the user interface comprising a self-cleaning mode input control which initiates an automatic cleanout cycle for a self-cleaning mode of operation in which the pump and the motor are energized; and a controller controlling the operation of the fluid delivery and recovery systems, and operably coupled with the user interface for receiving inputs from a user; a fluid delivery system comprising a supply tank , a pump , and a fluid distributor ; a recovery system comprising a recovery tank and a motor ; a rechargeable battery selectively powering the pump and the motor ; a battery charging circuit controlling the recharging of the rechargeable battery ; a user interface through which a user can interact with the surface cleaning apparatus , the user interface comprising a self-cleaning mode input control which initiates an automatic cleanout cycle for a self-cleaning mode of operation in which the pump and the motor are energized; and a controller controlling the operation of the fluid delivery and recovery systems, and operably coupled with the user interface for receiving inputs from a user; a cleaning tray configured to dock the surface cleaning apparatus for recharging the battery of the surface cleaning apparatus and for self-cleaning of the surface cleaning apparatus ; characterised in that the battery charging circuit is disabled during the automatic cleanout cycle.
Dual mass flywheel , with a first mass disc and a second mass disc , which mass discs are rotatable about an axis of rotation relative to each other, and with a number of spring elements which are arranged in between and by means of which the rotation of the mass discs relative to each other is cushioned, wherein each of said spring elements has a coiled spring body and two spring legs protruding substantially tangentially therefrom, characterized in that the two spring legs of each of said spring elements are each flanked on the outer side in the circumferential direction by a stop of the first mass disc and a stop of the second mass disc .
A zinc monoglycerolate in the form of agglomerates of crystallites, wherein the crystallite size based on the average coherence domain length is less than 30nm in the <100> direction (size along the <100> zone axis), and less than 60nm in the <011> direction (size along the <100> zone axis), as determined by the Scherrer equation via powder X-ray diffraction; and the aspect ratio computed by <100>/<011> coherent domain lengths is less than 0.65, preferably less than 0.56.
An electrically actuated device for electric strikes, comprising a pivoting latch and a solenoid connected to an electrical power strip and which when powered electrically moves a core of the solenoid that acts on the locking and unlocking mechanism of the pivoting latch ; wherein the electrical power strip (3a - 3d) comprises: - a PCBA circuit (31a-31d) comprising: screw terminals for mounting power screws and, possibly, an element for protecting against voltage surges ; characterised in that the electrical power strip (3a-3d) further comprises: - a plastic base (32a - 32d) that can be coupled to the outside of an electric strike and that has clips on the inside surface thereof for the pressure coupling and retention of the PCBA circuit, and through holes for the fitted housing of the screw terminals of the PCBA circuit, such that in the coupling position with the base the PCBA circuit has completely restricted movement and, - rigid pins or connectors that establish an electrical connection between the PCBA circuit and a solenoid coil and mechanically secure the solenoid and the power strip in a solid and/or resistant assembly. - a PCBA circuit (31a-31d) comprising: screw terminals for mounting power screws and, possibly, an element for protecting against voltage surges ; characterised in that the electrical power strip (3a-3d) further comprises: - a plastic base (32a - 32d) that can be coupled to the outside of an electric strike and that has clips on the inside surface thereof for the pressure coupling and retention of the PCBA circuit, and through holes for the fitted housing of the screw terminals of the PCBA circuit, such that in the coupling position with the base the PCBA circuit has completely restricted movement and, - rigid pins or connectors that establish an electrical connection between the PCBA circuit and a solenoid coil and mechanically secure the solenoid and the power strip in a solid and/or resistant assembly.
Procedure for the manufacture of a probe for a thermal flowmeter designed to measure the mass flow of a medium in a measuring tube, wherein said procedure comprises the following steps: Introduction of a probe core comprising a hard solder and a core element into a first probe sleeve , wherein the first probe sleeve has a first open end and a second closed end facing away from the first end; Melting of the hard solder ; Fixation of the core element by cooling the hard solder to a temperature that is lower than the solidification temperature; Application of a thermocouple to a contact surface of the core element or the solidified hard solder . Introduction of a probe core comprising a hard solder and a core element into a first probe sleeve , wherein the first probe sleeve has a first open end and a second closed end facing away from the first end; Melting of the hard solder ; Fixation of the core element by cooling the hard solder to a temperature that is lower than the solidification temperature; Application of a thermocouple to a contact surface of the core element or the solidified hard solder .
An eye tracking system comprising: at least one illuminator ; and at least one image sensor configured to produce an image of an eye of a user, the image including light received from the at least one illuminator reflected from the eye of a user; the eye tracking system further comprising: a Fresnel lens positioned between the image sensor and the eye of the user, through which the image sensor views the eye ; and processing circuitry configured to: receive an image from the image sensor ; identify glints in the image; assign an angular position to each glint based on an angular relationship between each glint and a centre of the Fresnel lens ; determine how many glints have the same angular position; classify a glint as a false glint if more than a predetermined number of glints have the same angular position; and exclude the false glint during further processing of the eye tracking system . at least one illuminator ; and at least one image sensor configured to produce an image of an eye of a user, the image including light received from the at least one illuminator reflected from the eye of a user; the eye tracking system further comprising: a Fresnel lens positioned between the image sensor and the eye of the user, through which the image sensor views the eye ; and processing circuitry configured to: receive an image from the image sensor ; identify glints in the image; assign an angular position to each glint based on an angular relationship between each glint and a centre of the Fresnel lens ; determine how many glints have the same angular position; classify a glint as a false glint if more than a predetermined number of glints have the same angular position; and exclude the false glint during further processing of the eye tracking system . a Fresnel lens positioned between the image sensor and the eye of the user, through which the image sensor views the eye ; and processing circuitry configured to: receive an image from the image sensor ; identify glints in the image; assign an angular position to each glint based on an angular relationship between each glint and a centre of the Fresnel lens ; determine how many glints have the same angular position; classify a glint as a false glint if more than a predetermined number of glints have the same angular position; and exclude the false glint during further processing of the eye tracking system . receive an image from the image sensor ; identify glints in the image; assign an angular position to each glint based on an angular relationship between each glint and a centre of the Fresnel lens ; determine how many glints have the same angular position; classify a glint as a false glint if more than a predetermined number of glints have the same angular position; and exclude the false glint during further processing of the eye tracking system .
A ratchet spool for use in a winding assembly , said ratchet spool being rotatable about a principal axis , and said ratchet spool comprising: a main part ; a plurality of ratchet teeth arranged circumferentially around the main part , the teeth being engageable by a ratchet arrangement for driving the ratchet spool in a driving direction about said principal axis ; and a drive formation for driving the ratchet spool in said driving direction; wherein the main part defines a through hole , and the ratchet spool includes a drive member extending through the hole ; characterised in that the drive member has a shaft and a head , the head defining the drive formation , and the ratchet spool further includes a fastening member arranged on the drive member to secure the drive member to the main part ; wherein the shaft and the fastening member are threaded, the fastening member being screwed onto the shaft of the drive member to secure the drive member to the main part . a main part ; a plurality of ratchet teeth arranged circumferentially around the main part , the teeth being engageable by a ratchet arrangement for driving the ratchet spool in a driving direction about said principal axis ; and a drive formation for driving the ratchet spool in said driving direction; wherein the main part defines a through hole , and the ratchet spool includes a drive member extending through the hole ; characterised in that the drive member has a shaft and a head , the head defining the drive formation , and the ratchet spool further includes a fastening member arranged on the drive member to secure the drive member to the main part ; wherein the shaft and the fastening member are threaded, the fastening member being screwed onto the shaft of the drive member to secure the drive member to the main part .