mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device package comprising: a package body ; a first lead frame and a second lead frame disposed on the package body ; and a light emitting device including a first electrode and a second electrode which are electrically connected to the first lead frame and the second lead frame via respective conductive adhesives , wherein each of the conductive adhesives has the smallest width (W 0 ) at a central region thereof, wherein each of the conductive adhesives is divided into a first portion and a second portion , and the central region is disposed between the first portion and the second portion , wherein an end of the first portion of the conductive adhesive contacts with one of the first lead frame and the second lead frame and an end of the second portion of the conductive adhesive contacts with the first electrode or the second electrode of the light emitting device , characterised in that the end of the first portion of the conductive adhesive contacting with one of the first lead frame and the second lead frame has a greater width (W 1 , W 12 ) than a width (W 2 ,W 22 ) of the end of the second portion contacting with the first electrode or the second electrode of the light emitting device , and in that the first portion has a higher height (h 1 ) than a height (h 2 ) of the second portion . a package body ; a first lead frame and a second lead frame disposed on the package body ; and a light emitting device including a first electrode and a second electrode which are electrically connected to the first lead frame and the second lead frame via respective conductive adhesives , wherein each of the conductive adhesives has the smallest width (W 0 ) at a central region thereof, wherein each of the conductive adhesives is divided into a first portion and a second portion , and the central region is disposed between the first portion and the second portion , wherein an end of the first portion of the conductive adhesive contacts with one of the first lead frame and the second lead frame and an end of the second portion of the conductive adhesive contacts with the first electrode or the second electrode of the light emitting device , wherein each of the conductive adhesives is divided into a first portion and a second portion , and the central region is disposed between the first portion and the second portion , wherein an end of the first portion of the conductive adhesive contacts with one of the first lead frame and the second lead frame and an end of the second portion of the conductive adhesive contacts with the first electrode or the second electrode of the light emitting device , characterised in that the end of the first portion of the conductive adhesive contacting with one of the first lead frame and the second lead frame has a greater width (W 1 , W 12 ) than a width (W 2 ,W 22 ) of the end of the second portion contacting with the first electrode or the second electrode of the light emitting device , and in that the first portion has a higher height (h 1 ) than a height (h 2 ) of the second portion .
A clamping device for temporarily clamping a backing thread or bobbin thread in a sewing machine, having a clamp and an adjustment device for actively adjusting the clamp , the adjustment device being configured to adjust the clamp between a clamping position in which the clamp is moved towards a needle plate of the sewing machine or rests against it and thus clamps a backing thread or bobbin thread between the needle plate and the clamp , and a release position in which the clamp is moved away with respect to the needle plate and is thus mounted without contact relative thereto, as a result of which the backing thread or the bobbin thread is unclamped, characterized in that the clamp is fastened to a pivotably mounted rod , and in that the adjustment device is configured to rotate the rod between different rotational positions in order to pivot the clamp between the clamping position and the release position.
Container having a covering , wherein the covering encloses a filling , wherein the covering is made from a yarn , wherein the yarn has a core and a sheath that at least partially encloses this, wherein the core comprises a mineral fibre , extending in the longitudinal direction (X) of the yarn , characterised in that the sheath comprises at least one biodegradable sheath fibre , wherein the mineral fibre of the at least one biodegradable sheath fibre is sheathed at least in some areas, wherein between the biodegradable sheath fibre and the mineral fibre no bonded connection is formed and/or the biodegradable sheath fibre rests upon the mineral fibre without being bonded thereto.
A resin part having an attachment hole configured for a collar to be press-fitted, the resin part comprising: a plurality of fasteners extending in a circumferential direction of the attachment hole and extending inwardly from an inner peripheral potion of the attachment hole in a radial direction, and being arrayed in the circumferential direction of the attachment hole , characterized by a plurality of beams each including a root portion continuous to the inner peripheral potion of the attachment hole and an end portion located more inward than the root portion in the radial direction and being flexibly deformable, wherein each of the beams extends in a direction tilted from the radial direction of the attachment hole , and the end portions of the beams are located more inward than the fasteners in the radial direction. a plurality of fasteners extending in a circumferential direction of the attachment hole and extending inwardly from an inner peripheral potion of the attachment hole in a radial direction, and being arrayed in the circumferential direction of the attachment hole , characterized by a plurality of beams each including a root portion continuous to the inner peripheral potion of the attachment hole and an end portion located more inward than the root portion in the radial direction and being flexibly deformable, wherein each of the beams extends in a direction tilted from the radial direction of the attachment hole , and the end portions of the beams are located more inward than the fasteners in the radial direction.
Inner sliding surface for a radial plain bearing, which surface comprises four circle arcs in at least one cross section; wherein a first arc and a second arc lie on different sides of a longitudinal sectional plane which intersects a third arc , a fourth arc and a common center point of the third arc and of the fourth arc ; characterized in that the first arc and a center point of the first arc lie on different sides of the longitudinal sectional plane ; wherein the second arc and a center point of the second arc lie on different sides of the longitudinal sectional plane .
A counterframe with a retractable sliding door, suitable to be installed in a partitioned area comprising two rooms (a, b) having an inter-wall with an inter-room passage reclosable by a door panel of said retractable sliding door, said partitioned area being provided with an inter-room ceiling guiding system to move disabled persons, said counterframe being of the type for plaster or plasterboard and comprising - at least one large case ; - a guide rail ; - a rail supporting upper traverse joined on one side to said large case and on the other side to a stanchion element with rabbet profile; - trolley sliding means suitable to be inserted into said guide rail of the rail supporting upper traverse and which are joined on their bottom to an anchorage device engaged along the upper edge of said door panel that is in a hanging condition; - overdoor side cable protectors to hide the part of the rail supporting upper traverse concerned by said rail , characterized in that the guide rail has a partial development with respect to the width of the inter-room passage such that it extends only over a first portion of the rail supporting upper traverse and, in use, arrives near the inter-room ceiling guiding system where said guide rail is provided with a stop in such a way as to -end in correspondence of the crossing of the rail of the inter-room ceiling guiding system ; -leave a second portion of the rail supporting upper traverse that is provided only with the overdoor side cable protectors in such way as to ensure the aesthetic continuity between the first portion used for the sliding of the door panel and the second portion that arrives near the stanchion with the rabbet profile. - at least one large case ; - a guide rail ; - a rail supporting upper traverse joined on one side to said large case and on the other side to a stanchion element with rabbet profile; - trolley sliding means suitable to be inserted into said guide rail of the rail supporting upper traverse and which are joined on their bottom to an anchorage device engaged along the upper edge of said door panel that is in a hanging condition; - overdoor side cable protectors to hide the part of the rail supporting upper traverse concerned by said rail , -end in correspondence of the crossing of the rail of the inter-room ceiling guiding system ; -leave a second portion of the rail supporting upper traverse that is provided only with the overdoor side cable protectors in such way as to ensure the aesthetic continuity between the first portion used for the sliding of the door panel and the second portion that arrives near the stanchion with the rabbet profile.
A rotating electric machine assembly body comprising: a rotating electric machine including a housing , a stator attached to the housing, a rotator fixed to a rotary shaft , a bearing supporting the rotary shaft , and end brackets to which the bearing is attached; a power conversion device supplying a drive current to an armature of the rotating electric machine; and a control board controlling the rotating electric machine via the power conversion device , the power conversion device and the control board being arranged at an outer peripheral portion of the housing , wherein the power conversion device includes a temperature detector in a region in which the power conversion device and the housing are in contact with each other, characterised in that when a temperature detected by the temperature detector is equal to or higher than a predetermined temperature, the control board lowers a frequency of AC power outputted from the power conversion device, and when a temperature detected by the temperature detector is less than a predetermined temperature, the control board increases a frequency of AC power outputted from the power conversion device to the specified frequency. a rotating electric machine including a housing , a stator attached to the housing, a rotator fixed to a rotary shaft , a bearing supporting the rotary shaft , and end brackets to which the bearing is attached; a housing , a stator attached to the housing, a rotator fixed to a rotary shaft , a bearing supporting the rotary shaft , and end brackets to which the bearing is attached; a power conversion device supplying a drive current to an armature of the rotating electric machine; and a control board controlling the rotating electric machine via the power conversion device , the power conversion device and the control board being arranged at an outer peripheral portion of the housing , wherein the power conversion device includes a temperature detector in a region in which the power conversion device and the housing are in contact with each other, characterised in that when a temperature detected by the temperature detector is equal to or higher than a predetermined temperature, the control board lowers a frequency of AC power outputted from the power conversion device, and when a temperature detected by the temperature detector is less than a predetermined temperature, the control board increases a frequency of AC power outputted from the power conversion device to the specified frequency.
Support member for air-carrying pipes of portable air conditioners which can be applied to windows (W) comprising a frame (F) and respective guides (G1, G2), the support member comprising a first module provided with a slit adapted to accommodate the air pipe and at least one second module adapted to be coaxially sliding on said first module , wherein said at least one second module is continuously slideable with respect to said first module in order to make the length of said support member modifiable, and said first module and said at least one second module are provided, in correspondence with respective ends , with respective stabilizing members , configured to be inserted into and to cooperate with the sliding guides (G1, G2) provided on the frame (F) of the window (W), characterized in that said support member comprises clamping members suitable to reciprocally clamp the first module and the at least one second module into a reciprocal stable sliding position and comprising at least one hole provided on a first sliding surface of the first module and a groove provided on a second sliding surface of the at least one second module and facing said first sliding surface , said at least one hole being configured to cooperate, during use, with said groove to allow fixing means to block the position of said second module with respect to said at least one first module and in that said stabilizing members are integrated in said first module and second module , wherein said respective ends are tapered and have respective substantially flat terminal portions , with a constant thickness, which define said stabilizing members .
A curable adhesive composition for anchoring elements in a structural body, comprising: a. at least one reactive resin, wherein the reactive resin is selected from among: allylic resins; bismaleimide resins; epoxy acrylate resins; epoxy methacrylate resins; phenolic-based acrylates; phenolic-based methacrylates; unsaturated polyester resins; urethane acrylate resins; urethane methacrylate resins; and vinyl ester resins; as well as combinations of any of the foregoing; b. at least one acetoacetoxy functional monomer; c. at least one silane monomer; d. a free radical initiator; and e. an accelerant; in which the free radical initiator is dibenzoyl peroxide, and the accelerant is selected from the group consisting of: N,N-diisopropanol-p-toluidine; N,N-dihydroxyethyl-p-toluidine; N,N-methylhydroxyethyl-p-toluidine; and mixtures thereof. a. at least one reactive resin, wherein the reactive resin is selected from among: allylic resins; bismaleimide resins; epoxy acrylate resins; epoxy methacrylate resins; phenolic-based acrylates; phenolic-based methacrylates; unsaturated polyester resins; urethane acrylate resins; urethane methacrylate resins; and vinyl ester resins; as well as combinations of any of the foregoing; b. at least one acetoacetoxy functional monomer; c. at least one silane monomer; d. a free radical initiator; and e. an accelerant;
A computing device in a distributed storage system operable to perform data replication from a primary storage system to a secondary storage system, the computing device comprising: at least one memory containing machine-readable instructions; and at least one processor to execute the machine-readable instructions to: determine whether a block to be replicated from the primary storage system to the secondary storage system is to be replicated via a data pulling process or a log shipping process; in response to determining that the block is to be replicated through the log shipping process, store a transaction and data for the block in a transaction log , and subsequently execute the transaction from the transaction log to cause the data to be written from the transaction log to a data log in the secondary storage system; and in response to determining that the block is to be replicated through the data pulling process, store the transaction in the transaction log , retrieve the data for the block from the primary storage system, and store the data in the data log . at least one memory containing machine-readable instructions; and at least one processor to execute the machine-readable instructions to: determine whether a block to be replicated from the primary storage system to the secondary storage system is to be replicated via a data pulling process or a log shipping process; in response to determining that the block is to be replicated through the log shipping process, store a transaction and data for the block in a transaction log , and subsequently execute the transaction from the transaction log to cause the data to be written from the transaction log to a data log in the secondary storage system; and in response to determining that the block is to be replicated through the data pulling process, store the transaction in the transaction log , retrieve the data for the block from the primary storage system, and store the data in the data log . determine whether a block to be replicated from the primary storage system to the secondary storage system is to be replicated via a data pulling process or a log shipping process; in response to determining that the block is to be replicated through the log shipping process, store a transaction and data for the block in a transaction log , and subsequently execute the transaction from the transaction log to cause the data to be written from the transaction log to a data log in the secondary storage system; and in response to determining that the block is to be replicated through the data pulling process, store the transaction in the transaction log , retrieve the data for the block from the primary storage system, and store the data in the data log .
An electronic device comprising: an electronic device body , an attachment device for attaching the electronic device body to a wall surface , and characterized in that the attachment device comprises: a base having a plurality of pin holes ; a plurality of pins that are respectively inserted in the pin holes , and secure the base to the wall surface ; and a locking part that is secured to the base , and on which the electronic device body is to be hung and locked, and in that the base includes a securing surface that is a surface to be secured to the wall surface , the pin holes are respectively arranged outwardly from the base at a predetermined angle with respect to the securing surface , the electronic device body includes a main-body-through-hole that is a through hole in which at least part of the locking part is inserted, and the locking part includes a groove configured to receive a shaft that is included in the main-body-through-hole of the electronic device body and extends in a horizontal direction in a state in which the electronic device body is attached to the wall surface . an electronic device body , an attachment device for attaching the electronic device body to a wall surface , and characterized in that the attachment device comprises: a base having a plurality of pin holes ; a plurality of pins that are respectively inserted in the pin holes , and secure the base to the wall surface ; and a locking part that is secured to the base , and on which the electronic device body is to be hung and locked, and in that the base includes a securing surface that is a surface to be secured to the wall surface , the pin holes are respectively arranged outwardly from the base at a predetermined angle with respect to the securing surface , the electronic device body includes a main-body-through-hole that is a through hole in which at least part of the locking part is inserted, and the locking part includes a groove configured to receive a shaft that is included in the main-body-through-hole of the electronic device body and extends in a horizontal direction in a state in which the electronic device body is attached to the wall surface . a base having a plurality of pin holes ; a plurality of pins that are respectively inserted in the pin holes , and secure the base to the wall surface ; and a locking part that is secured to the base , and on which the electronic device body is to be hung and locked, and in that the base includes a securing surface that is a surface to be secured to the wall surface , the pin holes are respectively arranged outwardly from the base at a predetermined angle with respect to the securing surface , the electronic device body includes a main-body-through-hole that is a through hole in which at least part of the locking part is inserted, and the locking part includes a groove configured to receive a shaft that is included in the main-body-through-hole of the electronic device body and extends in a horizontal direction in a state in which the electronic device body is attached to the wall surface .
A bone conduction device for enhancing the hearing of a recipient, comprising: two or more sound input devices configured to receive sound and to generate a plurality of electrical signals representative of the received sound (207; a sound input element selection circuit that is configured to select a sound input device signal or signals to be used; an electronics module configured to operate in accordance with a plurality of control settings, wherein the electronics module includes a signal processor configured to convert said plurality of electrical signals into transducer drive signals , wherein said conversion is controlled by one or more of said control settings; a transducer configured to generate, based on the drive signals , vibration signals resulting in perception by the recipient of the received sound ; and a user interface configured to receive a user input to select at least one of the plurality of control settings, including a control setting that turns on a direction finding algorithm for selecting between sound input devices, wherein said algorithm uses simultaneous phase information from each sound input device to estimate an angle-of-arrival of sound, and wherein the signal processor is adapted to use said algorithm to determine a sound input device output signal or a plurality of suitable sound input device output signals to be selected. two or more sound input devices configured to receive sound and to generate a plurality of electrical signals representative of the received sound (207; a sound input element selection circuit that is configured to select a sound input device signal or signals to be used; an electronics module configured to operate in accordance with a plurality of control settings, wherein the electronics module includes a signal processor configured to convert said plurality of electrical signals into transducer drive signals , wherein said conversion is controlled by one or more of said control settings; a transducer configured to generate, based on the drive signals , vibration signals resulting in perception by the recipient of the received sound ; and a user interface configured to receive a user input to select at least one of the plurality of control settings, including a control setting that turns on a direction finding algorithm for selecting between sound input devices, wherein said algorithm uses simultaneous phase information from each sound input device to estimate an angle-of-arrival of sound, and wherein the signal processor is adapted to use said algorithm to determine a sound input device output signal or a plurality of suitable sound input device output signals to be selected.