mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a portable electronic device including a digital camera for setting automatic exposure and automatic white-balance values for capturing a digital image, the method comprising: identifying an available current for a main flash output for capturing the digital image; in response to determining that the available current for the main flash output is less than a full current value, identifying a corresponding current value for a preflash output based on the available current for the main flash output and setting the current value for the preflash output to the corresponding current value; wherein the full current value is a current value from a battery of the portable electronic device at a fully charged state and the available current is the current available for operating the main flash; actuating the preflash output utilizing the corresponding current value and receiving light at an image sensor; based on the light received at the image sensor, setting automatic exposure and automatic white-balance values for use in capturing the digital image; wherein the corresponding current value for the preflash output is identified to maintain a predetermined ratio of the corresponding current value for the preflash output to the available current for the main flash output. identifying an available current for a main flash output for capturing the digital image; in response to determining that the available current for the main flash output is less than a full current value, identifying a corresponding current value for a preflash output based on the available current for the main flash output and setting the current value for the preflash output to the corresponding current value; wherein the full current value is a current value from a battery of the portable electronic device at a fully charged state and the available current is the current available for operating the main flash; actuating the preflash output utilizing the corresponding current value and receiving light at an image sensor; based on the light received at the image sensor, setting automatic exposure and automatic white-balance values for use in capturing the digital image; wherein the corresponding current value for the preflash output is identified to maintain a predetermined ratio of the corresponding current value for the preflash output to the available current for the main flash output.
A fume extraction device with an intake region, a flow channel which is adjacent and fluidly connected to the intake region in the direction of flow, and an outlet opening, wherein a cross-sectional surface area of the intake region is larger than a cross-sectional surface area of a flow channel, and a cross-sectional surface area of an outlet opening is smaller than the cross-sectional surface area of a flow channel, wherein a diagonal fan with an axial inlet and an axial outlet is arranged in the flow channel which, during operation, sucks air axially out of the flow channel via the axial inlet and blows the same out axially via the axial outlet into the outlet opening, which is fluidly connected to the outlet.
An additive manufacturing device configured to manufacture an additively manufactured article by melting or sintering layered powder by partially applying an energy beam to the powder, the additive manufacturing device comprising: a powder holding unit configured to hold the layered powder; a heating unit configured to preheat the powder held by the powder holding unit, wherein a beam irradiation unit configured to emit the energy beam is provided as the heating unit; a reflection unit where a reflective film including a reflective surface is disposed, the reflective surface configured to reflect radiant heat radiated from an object including at least one of the powder and the additively manufactured article to the powder holding unit side; and a reflective surface update unit configured to dispose a new reflective surface yet to be disposed in the reflection unit by moving the reflective film; wherein the reflection unit is disposed at a position avoiding a region through which the energy beam passes, the reflective surface update unit is provided with: a reflective film supply roll around which the reflective film yet to be disposed in the reflection unit is wound; a reflective film recovery roll winding the reflective film after the reflective film is disposed in the reflection unit; and a drive unit configured to drive the reflective film recovery roll. a powder holding unit configured to hold the layered powder; a heating unit configured to preheat the powder held by the powder holding unit, wherein a beam irradiation unit configured to emit the energy beam is provided as the heating unit; a reflection unit where a reflective film including a reflective surface is disposed, the reflective surface configured to reflect radiant heat radiated from an object including at least one of the powder and the additively manufactured article to the powder holding unit side; and a reflective surface update unit configured to dispose a new reflective surface yet to be disposed in the reflection unit by moving the reflective film; wherein the reflection unit is disposed at a position avoiding a region through which the energy beam passes, the reflective surface update unit is provided with: a reflective film supply roll around which the reflective film yet to be disposed in the reflection unit is wound; a reflective film recovery roll winding the reflective film after the reflective film is disposed in the reflection unit; and a drive unit configured to drive the reflective film recovery roll. a reflective film supply roll around which the reflective film yet to be disposed in the reflection unit is wound; a reflective film recovery roll winding the reflective film after the reflective film is disposed in the reflection unit; and a drive unit configured to drive the reflective film recovery roll.
Anti-theft and safety mechanism for bottles, of the type comprising a case and first locking and unlocking means of said mechanism, contained inside said case, said first locking and unlocking means being adapted to be magnetically attracted by magnetic or electromagnetic means external to said case for unlocking said mechanism, second locking and unlocking means being provided which are adapted to be actuated, when locking, through a manual action, after said mechanism has been inserted onto the neck of said bottle and, when unlocking, as consequence of an unlocking action exerted with said magnetic or electromagnetic means onto said first locking and unlocking means, so that the only application of said external magnetic or electromagnetic means generates the complete unlocking of said first and second locking and unlocking means (3, 4), allowing the removal of the mechanism from the neck of the bottle, characterized in that said first locking and unlocking means are adapted to be actuated, during the locking action, with the simple insertion of said mechanism onto neck of said bottle and comprise a hook which is adapted to fasten a collar of said bottle, and the second locking and unlocking means comprise a first half-circular element adapted to be moved in contact with the neck of the bottle preventing the access to the tip of the hook.
A method of adjusting a response of an energy measuring filter (108, 109, 110) of a pulse processor based on a slope of a preamplifier signal having a plurality of step edges each corresponding to a respective photon, comprising: receiving a digital version of said preamplifier signal comprising a plurality of successive digital samples each having a digital value, said preamplifier signal having a portion defined by a first one of said step edges and a second one of said step edges immediately following said first one of said step edges; characterized by: determining a first integral of the digital values of the digital samples associated with a first half of said portion; determining a second integral of the digital values of the digital samples associated with a second half of said portion following said first half; determining an integral difference equal to a difference between said second integral and said first integral; determining a slope value by normalizing said integral difference by a length of said portion; and using said slope value to correct the response of said energy measuring filter (108, 109, 110). receiving a digital version of said preamplifier signal comprising a plurality of successive digital samples each having a digital value, said preamplifier signal having a portion defined by a first one of said step edges and a second one of said step edges immediately following said first one of said step edges; characterized by: determining a first integral of the digital values of the digital samples associated with a first half of said portion; determining a second integral of the digital values of the digital samples associated with a second half of said portion following said first half; determining an integral difference equal to a difference between said second integral and said first integral; determining a slope value by normalizing said integral difference by a length of said portion; and using said slope value to correct the response of said energy measuring filter (108, 109, 110). determining a first integral of the digital values of the digital samples associated with a first half of said portion; determining a second integral of the digital values of the digital samples associated with a second half of said portion following said first half; determining an integral difference equal to a difference between said second integral and said first integral; determining a slope value by normalizing said integral difference by a length of said portion; and using said slope value to correct the response of said energy measuring filter (108, 109, 110).
An ultraviolet light receiving element, comprising: a first photodiode sensitive to an ultraviolet light provided in a first region of a semiconductor substrate, and including a first well implantation layer of a first conductivity type, a first embedded implantation layer of a second conductivity type, and a first surface implantation layer of the first conductivity type, the first embedded implantation layer being formed in the first well implantation layer, the first surface implantation layer being formed in a surface of the semiconductor substrate in the first embedded implantation layer; and a second photodiode insensitive to an ultraviolet light provided in a second region of the semiconductor substrate, and including a second well implantation layer of the first conductivity type, a second embedded implantation layer of the second conductivity type, and a second surface implantation layer of the first conductivity type, the second embedded implantation layer being formed in the second well implantation layer, the second surface implantation layer being formed in the surface of the semiconductor substrate in the second embedded implantation layer, characterised in that the second well implantation layer has a peak concentration position deeper than a peak concentration position of the first well implantation layer by a depth (d p) equal to a depth (d s) from the surface of the semiconductor substrate to a peak concentration position of the second surface implantation layer. a first photodiode sensitive to an ultraviolet light provided in a first region of a semiconductor substrate, and including a first well implantation layer of a first conductivity type, a first embedded implantation layer of a second conductivity type, and a first surface implantation layer of the first conductivity type, the first embedded implantation layer being formed in the first well implantation layer, the first surface implantation layer being formed in a surface of the semiconductor substrate in the first embedded implantation layer; and a second photodiode insensitive to an ultraviolet light provided in a second region of the semiconductor substrate, and including a second well implantation layer of the first conductivity type, a second embedded implantation layer of the second conductivity type, and a second surface implantation layer of the first conductivity type, the second embedded implantation layer being formed in the second well implantation layer, the second surface implantation layer being formed in the surface of the semiconductor substrate in the second embedded implantation layer, characterised in that the second well implantation layer has a peak concentration position deeper than a peak concentration position of the first well implantation layer by a depth (d p) equal to a depth (d s) from the surface of the semiconductor substrate to a peak concentration position of the second surface implantation layer.
A method of handling emergency signalling in an IP Multimedia Subsystem network, the method comprising: at a Proxy-Call Session Control Function, receiving a SIP message associated with an IP Multimedia Private Identity, the message requesting set up of a session; at the Proxy-Call Session Control Function, determining that the message relates to an emergency call; characterized by in the event that an emergency override tag associated with the IP Multimedia Private Identity is provisioned at the Proxy-Call Session Control Function, forwarding the SIP message to a Serving-Call Session Control Function for further handling; and in the event that an emergency override tag associated with the IP Multimedia Private Identity is not provisioned at the Proxy-Call Session Control Function, forwarding the message to an Emergency-Call Session Control Function. at a Proxy-Call Session Control Function, receiving a SIP message associated with an IP Multimedia Private Identity, the message requesting set up of a session; at the Proxy-Call Session Control Function, determining that the message relates to an emergency call; characterized by in the event that an emergency override tag associated with the IP Multimedia Private Identity is provisioned at the Proxy-Call Session Control Function, forwarding the SIP message to a Serving-Call Session Control Function for further handling; and in the event that an emergency override tag associated with the IP Multimedia Private Identity is not provisioned at the Proxy-Call Session Control Function, forwarding the message to an Emergency-Call Session Control Function.
A method of manufacturing containers consisting of a stiff outer container and a readily deformable inner bag consisting of first and second thermoplastic plastic materials which do not form a weld connection with one another, wherein the first thermoplastic plastic material for the outer container is supplied to a first screw conveyor and the second thermoplastic plastic for the inner bag is supplied to a second screw conveyor, which screw conveyors are connected to an extruder nozzle, which co-extrudes a preform consisting of two tubes, which is arranged between the open halves of a blow mould, wherein the blow mould is closed when the preform has the length necessary for the manufacture of the container, wherein excess material in the base region of the container to be manufactured is squeezed and a web is formed from the material of the outer container, in which the welded base seam of the inner bag is clamped and is held in the axial direction and wherein the preform is inflated by a pressure medium into engagement with the wall of the blow mould and is removed from the blow mould and whereafter the inner bag is detached from the wall of the outer container, characterised in that the excess material is again supplied to the first screw conveyor which mixes the excess material with the first thermoplastic plastic material and supplies it to the extruder nozzle, wherein the first thermoplastic plastic material has a lower viscosity in the molten state than the excess material so that a middle layer consisting of the excess material and outer layers on both sides of it consisting of the first thermoplastic plastic material form in the extruded tube of the outer container due to the different viscosities so that no excess material is exposed on the outer layer of the extruded tube.
A thermoelectric device comprising a thermoelectric material disposed between two electrodes and connected to an electrical circuit, characterized in that the thermoelectric material comprises a first compound semiconductor having an internal bulk polarization field and asymmetric thermal and electrical conductivity.
Bead wire for a tyre substantially of revolution about an axis comprising several windings of at least one wire which are arranged axially next to one another over N layers C i radially superposed on one another, the bead wire for a tyre comprising a basic hexagonal bead wire comprising: - a radially external layer (C sup) of N1 windings, - a radially internal layer (C inf) of N1 windings, - two axially and radially external lateral rows (F1, F2) of N2 windings axially opposite one another, - two axially external and radially internal lateral rows (F3, F4) of N2 windings axially opposite one another, with N1=N2 + 1 or N1=N2, - two junctions (J1, J2) each one formed by a winding that an axially and radially external lateral row (F1, F2) and an axially external and radially internal lateral row (F3, F4) have in common, the bead wire for a tyre comprising at least two axially and radially external additional lateral rows (A1, A2), each axially and radially external additional lateral row (A1, A2) being respectively substantially parallel to each axially and radially external lateral row (F1, F2), characterized in that each winding in common forming each junction (J1, J2) having no winding of the wire axially on the outside of it. - a radially external layer (C sup) of N1 windings, - a radially internal layer (C inf) of N1 windings, - two axially and radially external lateral rows (F1, F2) of N2 windings axially opposite one another, - two axially external and radially internal lateral rows (F3, F4) of N2 windings axially opposite one another, with N1=N2 + 1 or N1=N2, - two junctions (J1, J2) each one formed by a winding that an axially and radially external lateral row (F1, F2) and an axially external and radially internal lateral row (F3, F4) have in common,
A method for transmitting information in a time division duplexing TDD system, comprising: receiving, by a user equipment UE and on a first carrier of the time division duplexing TDD system, an uplink scheduling grant sent by a base station; sending, by the UE, according to the uplink scheduling grant and in a first sub-frame on a second carrier of the TDD system, a physical uplink shared channel PUSCH scheduled by the uplink scheduling grant, said method characterized in that the first carrier and the second carrier have different TDD uplink/downlink configurations; the first sub-frame on the second carrier is an uplink sub-frame whose sub-frame number is k, and a sub-frame on the first carrier whose sub-frame number is k is a downlink sub-frame; and k is any integer of 0 to 9; and in the step of determining, by the UE, not to receive a physical hybrid automatic repeat request indicator channel PHICH corresponding to the PUSCH. receiving, by a user equipment UE and on a first carrier of the time division duplexing TDD system, an uplink scheduling grant sent by a base station; sending, by the UE, according to the uplink scheduling grant and in a first sub-frame on a second carrier of the TDD system, a physical uplink shared channel PUSCH scheduled by the uplink scheduling grant, said method characterized in that the first carrier and the second carrier have different TDD uplink/downlink configurations; the first sub-frame on the second carrier is an uplink sub-frame whose sub-frame number is k, and a sub-frame on the first carrier whose sub-frame number is k is a downlink sub-frame; and k is any integer of 0 to 9; and in the step of determining, by the UE, not to receive a physical hybrid automatic repeat request indicator channel PHICH corresponding to the PUSCH.
A method for controlling filling with water of a water-conducting electric household appliance having a control system, such as a dishwashing machine or a laundry washing machine, wherein, after start of a treatment program of the electric household appliance: a) the control system controls opening of a loading valve set on a line (11, 14) for conveying water to a treatment container of the electric household appliance; b) the control system monitors a sensor prearranged for detecting conveyance of water to the treatment container; c) in the absence of a signal from the sensor until the end of a first time interval after the opening of the loading valve, the control system controls activation of a signalling (15, 16); and d) in the absence of a signal from the sensor also until the end of a second time interval that follows the first time interval, the control system controls ending of the treatment program. a) the control system controls opening of a loading valve set on a line (11, 14) for conveying water to a treatment container of the electric household appliance; b) the control system monitors a sensor prearranged for detecting conveyance of water to the treatment container; c) in the absence of a signal from the sensor until the end of a first time interval after the opening of the loading valve, the control system controls activation of a signalling (15, 16); and d) in the absence of a signal from the sensor also until the end of a second time interval that follows the first time interval, the control system controls ending of the treatment program.
A battery module comprising: a plurality of battery cells; an end plate (110, 120) at a side of the plurality of battery cells; a bottom plate at a bottom of the plurality of battery cells; and a reinforcing member at a first surface of the bottom plate; wherein the reinforcing member is situated on a mounting portion of the bottom plate that is indented inward from an outer surface of the bottom plate, wherein the mounting portion has a shape corresponding to a shape of the reinforcing member, characterized in that the reinforcing member mounted in the mounting portion maintains a substantially flat surface with the outer surface of the bottom plate. a plurality of battery cells; an end plate (110, 120) at a side of the plurality of battery cells; a bottom plate at a bottom of the plurality of battery cells; and a reinforcing member at a first surface of the bottom plate; wherein the reinforcing member is situated on a mounting portion of the bottom plate that is indented inward from an outer surface of the bottom plate, wherein the mounting portion has a shape corresponding to a shape of the reinforcing member, characterized in that the reinforcing member mounted in the mounting portion maintains a substantially flat surface with the outer surface of the bottom plate.
An envelope for tire retreading in which a tire carcass is covered by a pre-molded tread having a top with a certain standard of grooves, the envelope being comprised of two parts (22, 24), the first part having a sidewall from which extends a flap, the sidewall having a form that is able to cover at least part of an external portion of a first side of the carcass and a first shoulder of the tread, and the flap having a form that is able to cover at least part of the top of the tread; and the second part having a sidewall from which extends a flap, the sidewall having a form able to cover at least part of an external portion of a second side of the carcass and a second shoulder of the tread, and the flap having a form that is able to cover a remaining part of the top of the tread; wherein an end region of the flap of the first part is covered by an end region of the flap of the second part, or vice versa, in order to form an overlapping joint; and at least one of the envelope parts (22, 24) having an air valve, characterized in that a free end of the flap of the first part has at least one differentiated cross section whose thickness is greater than that of the flap of the first part, and the overlapping joint being covered by an elastic ring that is wide enough to cover said differentiated cross section.