mhurhangee/ep-ind-claims huggingface dataset:
A case for an electronic device, which is shaped as a book and comprises: a rear cover, which is provided with a housing pocket to house the electronic device; a front cover, which is hinged to the rear cover by means of a first hinge; and a locking element, which is hinged to the rear cover by means of a second hinge opposite to the first hinge, has an upper wall and a lower wall, which are parallel and opposite to one another, and is equipped with a coupler; and wherein the front cover has a through coupling hole, which is suited to receive, on the inside, the coupler; the coupler projects from the lower wall of the locking element and is a hook that is hook-shaped and "L"-shaped; the coupling hole is arranged in correspondence to the coupler when the locking element overlaps the front cover, and is suited to allow, in use, the hook-shaped and "L"-shaped coupler to pass through the coupling hole; the case is characterized in that: when the coupler is inserted in the coupling hole, an initial part of the coupler, which projects upwards from the lower surface of the locking element, is in the coupling hole and a final part of the coupler, which is perpendicular to the initial part, is outside the coupling hole and rests on a surface of the front cover opposite to the locking element. a rear cover, which is provided with a housing pocket to house the electronic device; a front cover, which is hinged to the rear cover by means of a first hinge; and a locking element, which is hinged to the rear cover by means of a second hinge opposite to the first hinge, has an upper wall and a lower wall, which are parallel and opposite to one another, and is equipped with a coupler; and wherein the front cover has a through coupling hole, which is suited to receive, on the inside, the coupler; the coupler projects from the lower wall of the locking element and is a hook that is hook-shaped and "L"-shaped; the coupling hole is arranged in correspondence to the coupler when the locking element overlaps the front cover, and is suited to allow, in use, the hook-shaped and "L"-shaped coupler to pass through the coupling hole; the case is characterized in that: when the coupler is inserted in the coupling hole, an initial part of the coupler, which projects upwards from the lower surface of the locking element, is in the coupling hole and a final part of the coupler, which is perpendicular to the initial part, is outside the coupling hole and rests on a surface of the front cover opposite to the locking element.
A medical device comprising: a microcannula configured for insertion into an eye, the microcannula having a proximal end, a distal tip, a cavity, and a central longitudinal axis; a handle coupled to the proximal end of the microcannula; multiple orifices extending circumferentially about the distal tip of the microcannula, each of the orifices defining a channel angled relative to the central longitudinal axis, each of the orifices having a radially inner end, and a radially outer end positioned radially farther away from the central longitudinal axis than the radially inner end, each of the orifices being configured to deliver a substance radially outwardly from the distal tip of the microcannula; and a plurality of grooves (99a, 99b, 99c) about a circumference of the distal tip of the microcannula, wherein an inner diameter of the microcannula tapers down from a first position of the microcannula to a second position of the microcannula, wherein the second position is closer to the distal tip than the first position, and characterized by wherein the radially outer end is positioned distal to the radially inner end, such that each of the orifices is configured to deliver the substance distally and radially outwardly from the microcannula. a microcannula configured for insertion into an eye, the microcannula having a proximal end, a distal tip, a cavity, and a central longitudinal axis; a handle coupled to the proximal end of the microcannula; multiple orifices extending circumferentially about the distal tip of the microcannula, each of the orifices defining a channel angled relative to the central longitudinal axis, each of the orifices having a radially inner end, and a radially outer end positioned radially farther away from the central longitudinal axis than the radially inner end, each of the orifices being configured to deliver a substance radially outwardly from the distal tip of the microcannula; and a plurality of grooves (99a, 99b, 99c) about a circumference of the distal tip of the microcannula, wherein an inner diameter of the microcannula tapers down from a first position of the microcannula to a second position of the microcannula, wherein the second position is closer to the distal tip than the first position, and characterized by wherein the radially outer end is positioned distal to the radially inner end, such that each of the orifices is configured to deliver the substance distally and radially outwardly from the microcannula.
A method of registering a terminal on an Early IMS network without using IMS-AKA and an ISIM where identities required by the Early IMS network to identify the user during registration are not stored on a UMTS Integrated Circuit Card at the terminal comprising: deriving a plurality of IP Multimedia Private User Identities, IMPIs (320, 325), from a single International Mobile Subscriber Identity, IMSI, of a user of the terminal; and registering some or all of the plurality of IMPIs with the Early IMS network. deriving a plurality of IP Multimedia Private User Identities, IMPIs (320, 325), from a single International Mobile Subscriber Identity, IMSI, of a user of the terminal; and registering some or all of the plurality of IMPIs with the Early IMS network.
A light projector module, comprising: a base plate with two opposite sides (11, 12), a light source mounted on one side of said two opposite sides (11, 12) of the base plate for emitting at least one light beam (17 - 19), a micro-electro-mechanical-system, MEMS, scanning assembly mounted on the base plate at a distance from the light source for scanning the at least one light beam (17 - 19) over a display area, and a set of at least one lens mounted (21 - 26) on said one side of the base plate between the light source and the MEMS scanning assembly, characterized in that the MEMS scanning assembly has an arm mounted on and extending from the other side of said two opposite sides (11, 12) of the base plate, and has a scanning mirror being movably mounted on the arm and facing said other side of the base plate, and that a light guide is mounted on the base plate or the arm for directing the at least one light beam (21 - 26) from the lens set (21 - 26) on said one side to the scanning mirror on the arm extending from said other side of the base plate. a base plate with two opposite sides (11, 12), a light source mounted on one side of said two opposite sides (11, 12) of the base plate for emitting at least one light beam (17 - 19), a micro-electro-mechanical-system, MEMS, scanning assembly mounted on the base plate at a distance from the light source for scanning the at least one light beam (17 - 19) over a display area, and a set of at least one lens mounted (21 - 26) on said one side of the base plate between the light source and the MEMS scanning assembly, characterized in that the MEMS scanning assembly has an arm mounted on and extending from the other side of said two opposite sides (11, 12) of the base plate, and has a scanning mirror being movably mounted on the arm and facing said other side of the base plate, and that a light guide is mounted on the base plate or the arm for directing the at least one light beam (21 - 26) from the lens set (21 - 26) on said one side to the scanning mirror on the arm extending from said other side of the base plate.
A method for discontinuous reception, DRX, implemented in a wireless transmit/receive unit, WTRU, the method comprising: operating in continuous reception in a CELL_FACH state; releasing an E-DCH resource; starting a safe guard timer when the E-DCH resource is released; and enabling DRX operation when the safe guard timer expires. operating in continuous reception in a CELL_FACH state; releasing an E-DCH resource; starting a safe guard timer when the E-DCH resource is released; and enabling DRX operation when the safe guard timer expires.
A method of detecting a battery cell having a low voltage defect, the method comprising: setting a reference time point when a voltage of a battery is stabilized after a shipping charge, and measuring a first voltage of a battery cell at the reference time point; measuring a second voltage of the battery cell after a temporal interval from the reference time point, wherein the temporal interval is longer than a period in which a self-discharge of the battery cell is suppressed; and determining whether the battery cell has a low voltage defect by comparing a difference (ΔOCV) between the first voltage and the second voltage with a reference value, wherein the reference value is +3 sigma (δ) to +6 sigma (δ) in a normal distribution of a voltage drop amount obtained by the measuring the first voltage and the measuring the second voltage for a plurality of normal sample battery cell groups, characterised in that the reference time point is a time point at which the self-discharge restriction starts to occur with a regular cycle. setting a reference time point when a voltage of a battery is stabilized after a shipping charge, and measuring a first voltage of a battery cell at the reference time point; measuring a second voltage of the battery cell after a temporal interval from the reference time point, wherein the temporal interval is longer than a period in which a self-discharge of the battery cell is suppressed; and determining whether the battery cell has a low voltage defect by comparing a difference (ΔOCV) between the first voltage and the second voltage with a reference value, wherein the reference value is +3 sigma (δ) to +6 sigma (δ) in a normal distribution of a voltage drop amount obtained by the measuring the first voltage and the measuring the second voltage for a plurality of normal sample battery cell groups, characterised in that the reference time point is a time point at which the self-discharge restriction starts to occur with a regular cycle.
Gear mechanism/drive unit with an electric drive motor which has an armature shaft, and with a gear mechanism, in particular a worm gear mechanism, which is arranged downstream of it and is operatively connected to the drive motor via the armature shaft, and, at least on one of its end sides, the armature shaft bears against a housing part via a thrust element, it being possible for the thrust element to be mounted into the housing part radially with respect to the armature shaft, the thrust element being secured against radial displacement by means of a separately configured fastening element, characterized in that the fastening element is configured as a clamping disc which can be mounted radially, and in that the fastening element is supported on the housing part by means of spring elements.
A traverse cylinder mounting system for a die cast machine comprising: a die cast machine including at least a fixed platen and a moveable platen (18; 118) for holding dies there between for casting a part, said platens coupled by spaced tie bars (11, 13; 15, 17; 115, 117); characterized in that the system further comprises: at least one cylinder support bar (40, 60; 110) coupled to ends of adjacent tie bars (11, 17; 13, 15; 115, 117) on a side of said movable platen (18; 118) opposite said fixed platen; and a traverse cylinder (30, 50; 150) having one end coupled to said support bar (40, 60; 110) and an opposite end coupled to said movable platen (18; 118) for opening and closing said machine during operation. a die cast machine including at least a fixed platen and a moveable platen (18; 118) for holding dies there between for casting a part, said platens coupled by spaced tie bars (11, 13; 15, 17; 115, 117); characterized in that the system further comprises: at least one cylinder support bar (40, 60; 110) coupled to ends of adjacent tie bars (11, 17; 13, 15; 115, 117) on a side of said movable platen (18; 118) opposite said fixed platen; and a traverse cylinder (30, 50; 150) having one end coupled to said support bar (40, 60; 110) and an opposite end coupled to said movable platen (18; 118) for opening and closing said machine during operation. at least one cylinder support bar (40, 60; 110) coupled to ends of adjacent tie bars (11, 17; 13, 15; 115, 117) on a side of said movable platen (18; 118) opposite said fixed platen; and a traverse cylinder (30, 50; 150) having one end coupled to said support bar (40, 60; 110) and an opposite end coupled to said movable platen (18; 118) for opening and closing said machine during operation.
A friction stir spot welding device which is configured to perform spot welding of a plurality of plate materials which are lapped to each other, the friction stir spot welding device comprising: a displacement driving unit which is configured to displace lapped portions (Wa) of the plurality of plate materials (W1, W2) and a tool relatively to each other; a rotation driving unit which is configured to rotate the tool; and a controller which is configured to receive a temperature of the tool and to control the displacement driving unit and the rotation driving unit so that the tool is plunged into the lapped portions (Wa) while rotating the tool, to perform friction stir spot welding, characterized in that, the controller is configured to execute a temperature holding control during the friction stir spot welding, in which temperature holding control the controller controls the rotation driving unit so that a rotational speed of the tool is set to a value which is equal to or lower than a predetermined rotational speed at which a temperature of the tool is regarded as being equal to a welding temperature of the lapped portions (Wa), and in which the controller controls the displacement driving unit to repeatedly increase and reduce a welding pressure or plunge depth of the tool in a predetermined change pattern, so that the temperature of the tool is held in a predetermined set range. a displacement driving unit which is configured to displace lapped portions (Wa) of the plurality of plate materials (W1, W2) and a tool relatively to each other; a rotation driving unit which is configured to rotate the tool; and a controller which is configured to receive a temperature of the tool and to control the displacement driving unit and the rotation driving unit so that the tool is plunged into the lapped portions (Wa) while rotating the tool, to perform friction stir spot welding, characterized in that, the controller is configured to execute a temperature holding control during the friction stir spot welding, in which temperature holding control the controller controls the rotation driving unit so that a rotational speed of the tool is set to a value which is equal to or lower than a predetermined rotational speed at which a temperature of the tool is regarded as being equal to a welding temperature of the lapped portions (Wa), and in which the controller controls the displacement driving unit to repeatedly increase and reduce a welding pressure or plunge depth of the tool in a predetermined change pattern, so that the temperature of the tool is held in a predetermined set range.
Hand-held vacuum cleaner comprising: - a main body comprising a handle and a main air suctioning conduit; - suctioning means generating an airflow through the main air suctioning conduit; - a cyclonic device for separating dust to one or two stages, connected in an air-driven manner to the main suctioning conduit; - a secondary air discharging conduit comprising an external outlet; characterised in that the secondary air discharging conduit comprises at least one passage wherein said secondary conduit forms a fold along an angle comprised between 120° and 200° and preferably 180° along a trajectory axis. - a main body comprising a handle and a main air suctioning conduit; - suctioning means generating an airflow through the main air suctioning conduit; - a cyclonic device for separating dust to one or two stages, connected in an air-driven manner to the main suctioning conduit; - a secondary air discharging conduit comprising an external outlet;
A processing system for processing objects comprising: an infeed conveyor configured to lift a disorganized stream of objects onto a primary conveyor; a singulation system including a first perception system and a robotic arm, wherein the first perception system is configured to monitor the disorganized stream of objects on the primary conveyor and select objects from among the disorganized stream of objects for removal, and wherein the robotic arm is configured to remove the selected objects to provide a singulated stream of objects on the primary conveyor; a second perception system including a drop scanner having a top opening and a bottom opening, wherein the drop scanner is configured to scan the singulated stream of objects dropped from the primary conveyor through the drop scanner for visually distinctive marks that identify the objects; and a primary transport system configured to receive the objects dropped through the drop scanner of the second perception system and transport the objects along a primary direction toward a plurality of processing locations assigned to the identified objects. an infeed conveyor configured to lift a disorganized stream of objects onto a primary conveyor; a singulation system including a first perception system and a robotic arm, wherein the first perception system is configured to monitor the disorganized stream of objects on the primary conveyor and select objects from among the disorganized stream of objects for removal, and wherein the robotic arm is configured to remove the selected objects to provide a singulated stream of objects on the primary conveyor; a second perception system including a drop scanner having a top opening and a bottom opening, wherein the drop scanner is configured to scan the singulated stream of objects dropped from the primary conveyor through the drop scanner for visually distinctive marks that identify the objects; and a primary transport system configured to receive the objects dropped through the drop scanner of the second perception system and transport the objects along a primary direction toward a plurality of processing locations assigned to the identified objects.
A cooking device having a cooking chamber, a vent pipe for allowing a steam flow from the cooking device to exit the cooking device to the atmosphere, and a spray nozzle (120A, 120B) for condensation of the steam flow, characterized in that: the vent pipe is disposed in vertical orientation to the cooking chamber and has an entrance for the steam flow from the cooking chamber and an exit for the steam flow to the atmosphere, a non-linear configuration (530, 600, 700, 740, 760, 780) is disposed between the entrance and the exit, a vertical section disposed between the entrance and the non-linear configuration (530, 600, 700, 740, 760, 780) and a vertical section disposed between the non-linear configuration (530, 600, 700, 740, 760, 780) and the exit; and the spray nozzle (120A, 120B) is disposed between the entrance and the exit, wherein the spray nozzle (120A, 120B) is disposed to spray water into the steam flow in alignment with the steam flow to condense the steam flow, and wherein the non-linear configuration (530, 600, 700, 740, 760, 780) of the vent pipe prevents water sprayed from the spray nozzle (120A, 120B) to escape to the atmosphere. the vent pipe is disposed in vertical orientation to the cooking chamber and has an entrance for the steam flow from the cooking chamber and an exit for the steam flow to the atmosphere, a non-linear configuration (530, 600, 700, 740, 760, 780) is disposed between the entrance and the exit, a vertical section disposed between the entrance and the non-linear configuration (530, 600, 700, 740, 760, 780) and a vertical section disposed between the non-linear configuration (530, 600, 700, 740, 760, 780) and the exit; and the spray nozzle (120A, 120B) is disposed between the entrance and the exit, wherein the spray nozzle (120A, 120B) is disposed to spray water into the steam flow in alignment with the steam flow to condense the steam flow, and wherein the non-linear configuration (530, 600, 700, 740, 760, 780) of the vent pipe prevents water sprayed from the spray nozzle (120A, 120B) to escape to the atmosphere.
A vacuum cleaner nozzle, in particular static vacuum cleaner floor nozzle, comprising a housing, a suction mouth arranged on the underside of the housing, a suctioan connecting piece for connection to a suction line, a suction duct, which connects the suction mouth to the suction connecting piece, and comprising an auxiliary air guide, wherein the auxiliary air guide has an opening formed in the suction duct and a flap movably arranged within the housing, and that the flow cross section of the auxiliary air guide can be adjusted by means of the distance (s) between the flap and the opening, characterized in that an elastic plastic molded body is arranged between the flap and the opening.
Device for manufacturing food products having an outer shell made of a flowable mixture, which is filled into a mould, wherein a temperature-controlled die is immersed in the mould and extrudes the mixture, characterised in that the mould into which the flowable mixture is filled is a blister, wherein the blister is held by a carrier mould, wherein the carrier mould has an intake duct for air and has longitudinal vacuum channels and/or transverse vacuum channels between cavities.
A method for transmitting data performed by a terminal in a mobile communication system, the method comprising: receiving, from a base station, first control information in a first time point, the first control information instructs the terminal to transmit a first uplink data in a fourth time point; receiving, from the base station, second control information in a second time point after the first time point, the second control information instructs the terminal to transmit a second uplink data in a third time point before the fourth time point; transmitting, to the base station, the second uplink data in third time point based on the second control information; determining a transmission power of the first uplink data corresponding to the first control information based on a transmission power of the second uplink data. receiving, from a base station, first control information in a first time point, the first control information instructs the terminal to transmit a first uplink data in a fourth time point; receiving, from the base station, second control information in a second time point after the first time point, the second control information instructs the terminal to transmit a second uplink data in a third time point before the fourth time point; transmitting, to the base station, the second uplink data in third time point based on the second control information; determining a transmission power of the first uplink data corresponding to the first control information based on a transmission power of the second uplink data.