mhurhangee/ep-ind-claims huggingface dataset:
A compressor comprising: a casing having a cylindrical portion, a compression mechanism being fixed to an inner peripheral surface of the cylindrical portion; an external portion including a sensing portion, a mounting portion, wherein the sensing portion, includes a temperature reaction portion that reacts to a temperature change of the cylindrical portion, the external portion being mounted on an outer peripheral surface of the cylindrical portion so that the sensing portion is in close contact with the outer peripheral surface of the cylindrical portion; a welding nut welded to the outer peripheral surface of the cylindrical portion to mount the sensing portion and the mounting portion on the outer peripheral surface of the cylindrical portion; and a bolt that fixes the mounting portion to the welding nut; wherein, an axial direction of the cylindrical portion is defined as a first direction; and wherein the sensing portion has a center point at the center of an attachment surface that comes in close contact with the outer peripheral surface of the cylindrical portion; characterized in that, the external portion is mounted on the outer peripheral surface of the cylindrical portion such that the center point falls within a fixing range defined as the cylindrical portion in the first direction where the compression mechanism is fixed to the inner peripheral surface of the cylindrical portion. a casing having a cylindrical portion, a compression mechanism being fixed to an inner peripheral surface of the cylindrical portion; an external portion including a sensing portion, a mounting portion, wherein the sensing portion, includes a temperature reaction portion that reacts to a temperature change of the cylindrical portion, the external portion being mounted on an outer peripheral surface of the cylindrical portion so that the sensing portion is in close contact with the outer peripheral surface of the cylindrical portion; a welding nut welded to the outer peripheral surface of the cylindrical portion to mount the sensing portion and the mounting portion on the outer peripheral surface of the cylindrical portion; and a bolt that fixes the mounting portion to the welding nut; wherein, an axial direction of the cylindrical portion is defined as a first direction; and wherein the sensing portion has a center point at the center of an attachment surface that comes in close contact with the outer peripheral surface of the cylindrical portion; characterized in that, the external portion is mounted on the outer peripheral surface of the cylindrical portion such that the center point falls within a fixing range defined as the cylindrical portion in the first direction where the compression mechanism is fixed to the inner peripheral surface of the cylindrical portion.
A method for regulating a call placement rate of an autodialer, said method comprising: Measuring a time delay between a first event and a second event; and, Adjusting the call placement rate of the autodialer in response to the measured time delay; characterized in that the first event is marked by an end of the autodialer dialing a telephone number and the second event is marked by a return of a ring back signal to the autodialer. Measuring a time delay between a first event and a second event; and, Adjusting the call placement rate of the autodialer in response to the measured time delay; characterized in that the first event is marked by an end of the autodialer dialing a telephone number and the second event is marked by a return of a ring back signal to the autodialer.
A programmable, automated apparatus (1; 21) for providing simultaneous aspiration and irrigation to a wound, comprising a conformable wound dressing (2; 41) having a backing layer configured to form a relatively fluid tight seal over the wound; a fluid supply tube configured to supply fluid to the wound under the wound dressing; a fluid reservoir configured to be connected to the fluid supply tube; an outlet tube configured to supply negative pressure to the wound; a variable-throughput negative pressure source (18; 18A) configured to be connected to the outlet tube to apply negative pressure to the wound; and means for supply flow regulation connected to the fluid supply tube for controlling fluid supply; wherein the apparatus is configured to maintain a desired balance of fluid removed from the wound and fluid supplied to the wound. a conformable wound dressing (2; 41) having a backing layer configured to form a relatively fluid tight seal over the wound; a fluid supply tube configured to supply fluid to the wound under the wound dressing; a fluid reservoir configured to be connected to the fluid supply tube; an outlet tube configured to supply negative pressure to the wound; a variable-throughput negative pressure source (18; 18A) configured to be connected to the outlet tube to apply negative pressure to the wound; and
A yarn winding device comprising: a package driving unit adapted to rotation-drive a bobbin around which a yarn is to be wound to form a package; a rotational-speed detecting unit adapted to detect a rotational speed of the bobbin; a traverse guide adapted to traverse the yarn to be wound around the bobbin; a traverse-guide driving unit adapted to drive the traverse guide; and a traverse control unit adapted to control driving of the traverse-guide driving unit; wherein the traverse control unit is adapted to serve as a target-position-command determining unit adapted to determine a pre-correction target-position command (Pt) of the traverse-guide driving unit in accordance with the rotational speed of the bobbin detected by the rotational-speed detecting unit, and the traverse control unit is adapted to control the driving of the traverse-guide driving unit in accordance with a post-correction target-position command (Ps), characterized in that the traverse control unit is adapted to calculate a post-correction target-position command (Ps) in accordance with a target-position correction amount, which is a feed-forward component for the traverse control unit according to a detection delay time of the rotational-speed detecting unit and a response delay time of the traverse-guide driving unit, and the pre-correction target-position command (Pt), which has been determined by the target-position-command determining unit. a package driving unit adapted to rotation-drive a bobbin around which a yarn is to be wound to form a package; a rotational-speed detecting unit adapted to detect a rotational speed of the bobbin; a traverse guide adapted to traverse the yarn to be wound around the bobbin; a traverse-guide driving unit adapted to drive the traverse guide; and a traverse control unit adapted to control driving of the traverse-guide driving unit; wherein the traverse control unit is adapted to serve as a target-position-command determining unit adapted to determine a pre-correction target-position command (Pt) of the traverse-guide driving unit in accordance with the rotational speed of the bobbin detected by the rotational-speed detecting unit, and the traverse control unit is adapted to control the driving of the traverse-guide driving unit in accordance with a post-correction target-position command (Ps), characterized in that the traverse control unit is adapted to calculate a post-correction target-position command (Ps) in accordance with a target-position correction amount, which is a feed-forward component for the traverse control unit according to a detection delay time of the rotational-speed detecting unit and a response delay time of the traverse-guide driving unit, and the pre-correction target-position command (Pt), which has been determined by the target-position-command determining unit.
System building block for constructing a splinter protection wall for a potentially explosive installation and/or a potentially explosive hazardous material, comprising a rectangular base surface provided with recesses, two opposing fluid-permeable rectangular side faces aligned perpendicularly to the base surface and a top surface provided with knobs, wherein the knobs are dimensioned and arranged corresponding to the recesses, so that a plurality of system building blocks can be stacked in an assembly to form a fluid-permeable wall and/or a fluid-permeable cage comprising interconnected walls.
A method of forming a partitioned package for grouting for an anchoring system for a mine comprising: pumping a mastic into the package through a fill tube while a processing lubricant is separately introduced onto an inner wall of the fill tube. pumping a mastic into the package through a fill tube while a processing lubricant is separately introduced onto an inner wall of the fill tube.
A catalyst constituent of a catalyst for polymerizing or copolymerizing an α-olefin, characterized by being at least one member selected from the group consisting of di-n-propylaminotriethoxysilane, methylethylaminotriethoxysilane, methyl-n-propylaminotriethoxysilane, ethyl-n-propylaminotriethoxysilane, ethylisopropylaminotriethoxysilane, t-butylaminotriethoxysilane, di-isopropylaminotriethoxysilane, (perhydroisoquinolino)triethoxysilane, (1,2,3,4-tetrahydroisoquinolino)triethoxysilane, (perhydroquinolino)triethoxysilane, (1,2,3,4-tetrahydroquinolino)triethoxysilane, and octamethyleneiminotriethoxysilane.
A method for establishing a wireless connection between a primary electronic device and a user-selectable one of a set of secondary electronic devices via a wireless communication channel; the primary electronic device comprising a display and a wireless communications interface, each of the set of secondary electronic devices comprising a user-activatable input and a wireless communications interface; wherein the method comprises: - detecting at least a subset of said set of secondary electronic devices within a communication range of the primary electronic device; - displaying, on the display of the primary electronic device, a list of the detected subset of secondary electronic devices; - responsive to a user activation of a user-activatable input of a user-selected one of the subset of secondary electronic devices, sending an identification signal by the user-selected secondary electronic device, the identification signal being indicative of the user activation and identifying the user-selected secondary electronic device; - responsive to receiving said identification signal by the primary electronic device, highlighting an entry on the displayed list associated with the user-selected secondary electronic device identified by the identification signal; - receiving a user input at the primary electronic device, the user input being indicative of a user-selected entry of the displayed list; and - initiating establishment of a wireless connection between the primary electronic device and an secondary electronic device identified by the user-selected entry. - detecting at least a subset of said set of secondary electronic devices within a communication range of the primary electronic device; - displaying, on the display of the primary electronic device, a list of the detected subset of secondary electronic devices; - responsive to a user activation of a user-activatable input of a user-selected one of the subset of secondary electronic devices, sending an identification signal by the user-selected secondary electronic device, the identification signal being indicative of the user activation and identifying the user-selected secondary electronic device; - responsive to receiving said identification signal by the primary electronic device, highlighting an entry on the displayed list associated with the user-selected secondary electronic device identified by the identification signal; - receiving a user input at the primary electronic device, the user input being indicative of a user-selected entry of the displayed list; and - initiating establishment of a wireless connection between the primary electronic device and an secondary electronic device identified by the user-selected entry.
A headrest structure (100, 200), comprising: a body, comprising: a covering cushion; and an automated external defibrillator, enclosed by the covering cushion; and two supporting rods, each of the supporting rods comprising a linking end and a combining end opposite to the linking end, each of the supporting rods connected to the body with the linking end so as to support the body. a body, comprising: a covering cushion; and an automated external defibrillator, enclosed by the covering cushion; and a covering cushion; and an automated external defibrillator, enclosed by the covering cushion; and two supporting rods, each of the supporting rods comprising a linking end and a combining end opposite to the linking end, each of the supporting rods connected to the body with the linking end so as to support the body.
A light emitting component comprising: a first semiconductor laminate part (81, 82, 83) that comprises a light emitting element; a tunnel junction layer or a metallic electrically conductive group III-V compound layer that is provided on the first semiconductor laminate part; and a second semiconductor laminate part (85, 86, 87, 88) that is provided on the tunnel junction layer or the group III-V compound layer and that comprises a thyristor, further characterised in that the second semiconductor laminate part (85, 86, 87, 88) comprises a voltage reducing layer whose band gap energy is smaller than band gap energy of a semiconductor layer constituting the first semiconductor laminate part (81, 82, 83). a first semiconductor laminate part (81, 82, 83) that comprises a light emitting element; a tunnel junction layer or a metallic electrically conductive group III-V compound layer that is provided on the first semiconductor laminate part; and a second semiconductor laminate part (85, 86, 87, 88) that is provided on the tunnel junction layer or the group III-V compound layer and that comprises a thyristor, further characterised in that the second semiconductor laminate part (85, 86, 87, 88) comprises a voltage reducing layer whose band gap energy is smaller than band gap energy of a semiconductor layer constituting the first semiconductor laminate part (81, 82, 83).
A diagnostic analyzer comprising: a pretreatment carousel to carry a first plurality of reaction vessels, the pretreatment carousel to rotate such that the first plurality of reaction vessels are moved through a plurality of index positions; a processing carousel to carry a second plurality of reaction vessels, the processing carousel coaxial with the pretreatment carousel; a first pipetting mechanism; a second pipetting mechanism; and a controller configured to: control the first pipetting mechanism to dispense a sample into a first reaction vessel of the first plurality of reaction vessels on the pretreatment carousel; control the second pipetting mechanism to dispense a reagent into the first reaction vessel; control the pretreatment carousel to rotate such that the first reaction vessel is moved through one or more index positions; and control one of the first pipetting mechanism or the second pipetting mechanism to aspirate a mixture of the sample and the reagent from the first reaction vessel and dispense the mixture into a second reaction vessel of the second plurality of reaction vessels on the processing carousel. a pretreatment carousel to carry a first plurality of reaction vessels, the pretreatment carousel to rotate such that the first plurality of reaction vessels are moved through a plurality of index positions; a processing carousel to carry a second plurality of reaction vessels, the processing carousel coaxial with the pretreatment carousel; a first pipetting mechanism; a second pipetting mechanism; and a controller configured to: control the first pipetting mechanism to dispense a sample into a first reaction vessel of the first plurality of reaction vessels on the pretreatment carousel; control the second pipetting mechanism to dispense a reagent into the first reaction vessel; control the pretreatment carousel to rotate such that the first reaction vessel is moved through one or more index positions; and control one of the first pipetting mechanism or the second pipetting mechanism to aspirate a mixture of the sample and the reagent from the first reaction vessel and dispense the mixture into a second reaction vessel of the second plurality of reaction vessels on the processing carousel. control the first pipetting mechanism to dispense a sample into a first reaction vessel of the first plurality of reaction vessels on the pretreatment carousel; control the second pipetting mechanism to dispense a reagent into the first reaction vessel; control the pretreatment carousel to rotate such that the first reaction vessel is moved through one or more index positions; and control one of the first pipetting mechanism or the second pipetting mechanism to aspirate a mixture of the sample and the reagent from the first reaction vessel and dispense the mixture into a second reaction vessel of the second plurality of reaction vessels on the processing carousel.
A method of producing a battery that includes: an electrode body including a current collector; a side face member including a terminal and disposed at a side face of the electrode body, the side face member having a joining face that is ultrasonically joined to the current collector, and a pair of side faces (2B, 2C) adjacent to the joining face; and resin layers disposed at surfaces of the pair of side faces (2B, 2C) of the side face member, the method comprising a joining step of ultrasonically joining the current collector to the joining face of the side face member, wherein the joining step includes performing ultrasonic joining while grasping, via the resin layers, the pair of side faces (2B, 2C) of the side face member by a pair of clamps, characterised in that said pair of clamps has a plurality of projections, and the grasping is carried out such that the projections of the clamps penetrate through the resin layers and contact the pair of side faces(2B, 2C). an electrode body including a current collector; a side face member including a terminal and disposed at a side face of the electrode body, the side face member having a joining face that is ultrasonically joined to the current collector, and a pair of side faces (2B, 2C) adjacent to the joining face; and resin layers disposed at surfaces of the pair of side faces (2B, 2C) of the side face member, the method comprising a joining step of ultrasonically joining the current collector to the joining face of the side face member, wherein the joining step includes performing ultrasonic joining while grasping, via the resin layers, the pair of side faces (2B, 2C) of the side face member by a pair of clamps, characterised in that said pair of clamps has a plurality of projections, and the grasping is carried out such that the projections of the clamps penetrate through the resin layers and contact the pair of side faces(2B, 2C).
A safe composed of a safe lid as well as a housing forming an interior space that is open on one side, wherein the safe may assume an open and a closed position, wherein in the closed position of the safe the safe lid closes the interior space of the housing, wherein the safe lid has an external surface and an internal surface, which internal surface is positioned within the interior space in the closed position of the safe, wherein the safe lid further has a first lock cylinder having a first key slot and an associated first key, and the first lock cylinder with that side of the first lock cylinder, at which the first key slot is positioned, substantially ending with the external surface of the safe lid, extends from the external surface of the safe lid in the direction of the internal surface of the safe lid, wherein the first lock cylinder in the closed position of the safe with the first key being removed is in a first neutral position, in which the first key may be inserted into the first lock cylinder and may be removed therefrom, wherein the safe lid further has a second lock cylinder having a second key slot and an associated second key, wherein the second lock cylinder is arranged such that said side of the second lock cylinder, at which the second key slot is positioned, is arranged within the interior space in the closed position of the safe, wherein the second lock cylinder may assume a second neutral position, in which the second key may be inserted into the second lock cylinder and may be removed therefrom, and the first lock cylinder and the second lock cylinder are connected to one another in a non-rotating way by means of a connecting element and may only be rotated together if the first key has been inserted into the first lock cylinder and the second key into the second lock cylinder, wherein respectively either the first lock cylinder may be positioned in the first neutral position or the second lock cylinder in the second neutral position, characterized in that the safe lid is connected to a stopper element, which connects the safe lid to the housing, and the stopper element is slidably arranged within the interior space of the housing and is connected to the safe lid by way of an articulated joint, wherein the stopper element engages the housing in the open position of the safe, retaining the stopper element within the housing.
A base station apparatus (22, 28) comprising: a transmitting unit configured to transmit, to a user equipment, minimum system information, SI, the minimum SI being required for initial access, the minimum SI comprising: plural indications, each of the plural indications indicating whether or not a corresponding system information block, SIB, of other SI is provided on-demand, the other SI comprising information not provided by the minimum SI, and scheduling information indicating a transmission schedule(s) of one or more SIBs of the other SI, and; a receiving unit configured to receive a request for transmission of a corresponding SIB of the other SI, in a case where one of the plural indications indicates that the corresponding SIB of the other SI is provided on-demand. a transmitting unit configured to transmit, to a user equipment, minimum system information, SI, the minimum SI being required for initial access, the minimum SI comprising: plural indications, each of the plural indications indicating whether or not a corresponding system information block, SIB, of other SI is provided on-demand, the other SI comprising information not provided by the minimum SI, and scheduling information indicating a transmission schedule(s) of one or more SIBs of the other SI, and; plural indications, each of the plural indications indicating whether or not a corresponding system information block, SIB, of other SI is provided on-demand, the other SI comprising information not provided by the minimum SI, and scheduling information indicating a transmission schedule(s) of one or more SIBs of the other SI, and; a receiving unit configured to receive a request for transmission of a corresponding SIB of the other SI, in a case where one of the plural indications indicates that the corresponding SIB of the other SI is provided on-demand.