mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure fluid handling system comprising a closed pressure fluid circuit, wherein the pressure fluid circuit comprises, connected in series with each other, a compressor and a pressure sink and a primary pressure fluid route extending from the compressor to the pressure sink and a secondary pressure fluid route extending from the pressure sink to the compressor , the pressure fluid handling system further comprising a pressure fluid accumulator that is connected to the pressure fluid circuit via a first pressure fluid accumulator conduit , wherein the first pressure fluid accumulator conduit comprises a pump configured to pump pressure fluid from the pressure fluid circuit to the pressure fluid accumulator in order to lower the pressure levels in the pressure fluid circuit, and wherein the pressure fluid handling system comprises at least one controllable component for returning the pressure fluid from the pressure fluid accumulator to the pressure fluid circuit in order to increase the pressure levels in the pressure fluid circuit.
A heating device for a kettle, characterized in that it comprises vertically arranged one in top of the other in the following order, an enclosure , a radiator fan , a core PCB , a temperature sensor in the enclosure, a rack , a wire coil , and a heating platform , wherein the heating platform which has a housing cavity for accommodating the kettle is arranged on the upper part of the enclosure, the radiator fan is mounted at the bottom of the enclosure, the rack is fixed inside the enclosure, the core PCB is configured in the lower part of the rack and above the radiator fan, the wire coil which is provided with a heat coil is installed on the rack and located between the rack and the heating platform, the temperature senor which is electrically connected with the core PCB extends into the housing cavity of the heating platform after passing through the rack, and the wire coil in turn upwards, wherein the housing cavity of the heating platform comprises a wall part extending upwardly for preventing the slipping of the kettle, and the wall part offer thermal insulation function for the kettle for preventing a user from accidental contact of a heated wall of the kettle.
Cabin, hereafter referred to as "first-order CAB ," for a service mobile with a vehicle mount , wherein the first-order CAB comprises: - a predefined first interface for reversible mechanical attachment of the first-order CAB to the vehicle mount , - a predefined second interface for reversible mechanical attachment of the first-order CAB to a second cabin, hereafter referred to as "second-order CAB ," and - is characterized by equipment for providing a first family of services (D2, D5, D7) in the service mobile while the service mobile is traveling, - wherein the second-order CAB provides equipment for providing a first service of the family of services (D2, D5, D7) in the service mobile while the service mobile is traveling, and - wherein the predefined first interface is configured to provide, in conjunction with the predefined second interface , a spatial determination of the second-order CAB relative to the vehicle mount . - a predefined first interface for reversible mechanical attachment of the first-order CAB to the vehicle mount , - a predefined second interface for reversible mechanical attachment of the first-order CAB to a second cabin, hereafter referred to as "second-order CAB ," and - is characterized by equipment for providing a first family of services (D2, D5, D7) in the service mobile while the service mobile is traveling, - wherein the second-order CAB provides equipment for providing a first service of the family of services (D2, D5, D7) in the service mobile while the service mobile is traveling, and - wherein the predefined first interface is configured to provide, in conjunction with the predefined second interface , a spatial determination of the second-order CAB relative to the vehicle mount .
A hand-held steamer head for a fabric steamer, the hand-held steamer head comprising a body with one or more steam vents and a friction surface , wherein the body comprises a front end , and the friction surface and the one or more steam vents are on the front end, wherein the friction surface is for locating against a fabric to be steamed, the friction surface being configured to act on said fabric to resist movement of the fabric relative to the body as the body is drawn over said fabric such that the fabric is under tension when a portion of the fabric is held in a fixed position and the body is drawn over the fabric, characterized in that the friction surface is formed by a friction member which is manufactured from a material having a high friction coefficient relative to the fabric to be steamed, the material being elastomer or another high-friction polymer.
A stator coil insertable into slots in a stator of a rotating electric machine , the stator coil being formed with a plurality of segment coils , the segment coils being connected to one another, wherein the segment coils each include - two straight conductor portions which are insertable into said slots for extending in an axial direction, - a vertex on one side in the axial direction, - conductor-end portions arranged on the other side in the axial direction and at which the segment coil is connected to another segment coil , - conductor-end straight portions , - diagonal conductor portions , - wherein said conductor-end straight portions and said diagonal conductor portions are shapable by bending by means of a coil shaping jig, - wherein after said bending the diagonal conductor portions extend diagonally between one of said straight conductor portions and said conductor-end straight portions , the conductor-end straight portions being straight portions existing between the diagonal conductor portions and the conductor end portions , and - an insulating coated portion coated with an insulating coating, characterized in that a slit is formed in the insulating coating of each segment coil between said diagonal conductor portions and said conductor-end straight portions in a face of the coated segment coil being a contact face for the segment coil shaping jig, the slit being used as engagement portion for the coil shaping jig. - two straight conductor portions which are insertable into said slots for extending in an axial direction, - a vertex on one side in the axial direction, - conductor-end portions arranged on the other side in the axial direction and at which the segment coil is connected to another segment coil , - conductor-end straight portions , - diagonal conductor portions , - wherein said conductor-end straight portions and said diagonal conductor portions are shapable by bending by means of a coil shaping jig, - wherein after said bending the diagonal conductor portions extend diagonally between one of said straight conductor portions and said conductor-end straight portions , the conductor-end straight portions being straight portions existing between the diagonal conductor portions and the conductor end portions , and - an insulating coated portion coated with an insulating coating,
An anchor assembly (400; 500; 500A) configured to be implanted into a heart wall of a heart of a patient to anchor a suture that is configured to extend from a valve leaflet of the heart as an artificial chordae, the anchor assembly comprising: an anchor hub (406; 506; 506A) defining an open interior; a helical coil (402; 502; 502A) extending distally from the anchor hub and having a sharpened tip configured to embed the helical coil into the heart wall upon rotation of the helical coil; a spring (428; 528; 528A) disposed within the open interior of the anchor hub selectively configured to be in one of a compressed state or a released state; wherein when the spring is in the compressed state the spring distally creates an open space within the open interior of the anchor hub for the suture to be extended through the anchor hub so as to slide freely within the open interior of the anchor hub, and wherein when the spring is in the released state the spring expands in a proximal direction to clamp the suture across a tortuous path within the open interior of the anchor hub, characterized in that the anchor hub further comprises a proximal end covering the open interior. an anchor hub (406; 506; 506A) defining an open interior; a helical coil (402; 502; 502A) extending distally from the anchor hub and having a sharpened tip configured to embed the helical coil into the heart wall upon rotation of the helical coil; a spring (428; 528; 528A) disposed within the open interior of the anchor hub selectively configured to be in one of a compressed state or a released state; wherein when the spring is in the compressed state the spring distally creates an open space within the open interior of the anchor hub for the suture to be extended through the anchor hub so as to slide freely within the open interior of the anchor hub, and wherein when the spring is in the released state the spring expands in a proximal direction to clamp the suture across a tortuous path within the open interior of the anchor hub, characterized in that the anchor hub further comprises a proximal end covering the open interior.
A magnetic separator comprising: at least one pair of guide rolls ; and a conveyor belt that extends between the pair of guide rolls , and conveys a powdery and/or granular material (a) containing ferromagnetic particles, wherein one guide roll of the pair of guide rolls is a hollow roll, and includes, in a hollow part thereof, a magnet roll including a plurality of magnets that are arranged along an inner peripheral surface of the guide roll in lines at intervals so that different magnetic poles alternate in a circumferential direction, the magnetic separator further comprises a shield wall that covers a circular arc region of an outer peripheral surface of the guide roll except a circular arc region around which the conveyor belt is wound, to block magnetic lines of force from the plurality of magnets , and wherein a back surface of the shield wall is at a distance of 30 mm or more from the outer peripheral surface of the guide roll. at least one pair of guide rolls ; and a conveyor belt that extends between the pair of guide rolls , and conveys a powdery and/or granular material (a) containing ferromagnetic particles, wherein one guide roll of the pair of guide rolls is a hollow roll, and includes, in a hollow part thereof, a magnet roll including a plurality of magnets that are arranged along an inner peripheral surface of the guide roll in lines at intervals so that different magnetic poles alternate in a circumferential direction, the magnetic separator further comprises a shield wall that covers a circular arc region of an outer peripheral surface of the guide roll except a circular arc region around which the conveyor belt is wound, to block magnetic lines of force from the plurality of magnets , and wherein a back surface of the shield wall is at a distance of 30 mm or more from the outer peripheral surface of the guide roll.
Rail vehicle with a wheel set and with a vehicle body supported by the wheel set so that it can roll on rails , comprising - a boarding region for entering an interior of the vehicle body , and a boarding device arranged at the boarding region and comprising a lower step , a guide device , a return element and a damping element , - wherein the lower step is arranged on the boarding region so as to be displaceable in a vertical direction between an upper position (O) and a lower position (U) by means of the guide device , and - wherein the return element and the damping element are arranged between the lower step and the boarding region in such a way that the lower step can be brought from the lower position (U) into the upper position (O) by a return force (R) provided by the return element in accordance with a return movement and can be held therein, and in that a damping force (D) counteracting the return force (R) can be generated by means of the damping element . - a boarding region for entering an interior of the vehicle body , and a boarding device arranged at the boarding region and comprising a lower step , a guide device , a return element and a damping element , - wherein the lower step is arranged on the boarding region so as to be displaceable in a vertical direction between an upper position (O) and a lower position (U) by means of the guide device , and - wherein the return element and the damping element are arranged between the lower step and the boarding region in such a way that the lower step can be brought from the lower position (U) into the upper position (O) by a return force (R) provided by the return element in accordance with a return movement and can be held therein, and in that a damping force (D) counteracting the return force (R) can be generated by means of the damping element .
A hand drying system for a lavatory , the hand drying system comprising: a blower housing that includes an air chamber and a blower that is configured to generate airflow within the air chamber , wherein the blower includes a magnetic motor , and a propeller magnetically coupled to the magnetic motor; an exhaust vent configured to be secured to the lavatory, wherein the exhaust vent defines an air outlet ; a conduit having a first end in fluid communication with the air chamber and a second end in fluid communication with the air outlet , wherein the conduit distally locates the blower housing from the lavatory; and at least one first acoustic dampening barrier disposed within the air chamber and at least one second acoustic dampening barrier disposed within the conduit, wherein the at least one first acoustic dampening barrier is angled to dampen acoustic energy and reflect acoustic waves towards the at least one second acoustic dampening barrier . a blower housing that includes an air chamber and a blower that is configured to generate airflow within the air chamber , wherein the blower includes a magnetic motor , and a propeller magnetically coupled to the magnetic motor; an exhaust vent configured to be secured to the lavatory, wherein the exhaust vent defines an air outlet ; a conduit having a first end in fluid communication with the air chamber and a second end in fluid communication with the air outlet , wherein the conduit distally locates the blower housing from the lavatory; and at least one first acoustic dampening barrier disposed within the air chamber and at least one second acoustic dampening barrier disposed within the conduit, wherein the at least one first acoustic dampening barrier is angled to dampen acoustic energy and reflect acoustic waves towards the at least one second acoustic dampening barrier .
Tyre having an exterior side (E) and an interior side (I), the tyre comprising a crown reinforcement and a tread radially on the outside, the tread comprising a plurality of tread pattern blocks , two tread pattern blocks being separated by at least one circumferential groove extending at least partially circumferentially, and a contact face intended to come into contact with the roadway when the tyre is being driven on, each circumferential groove each being delimited by an axially internal lateral face , by an axially external lateral face and by a circumferential-groove bottom , the tread having a contact face intended to come into contact with the roadway when the tyre is being driven on and a wear limit level situated radially on the outside of the said circumferential-groove bottom, at least one of the said tread pattern blocks comprising a circumferential reinforcing element positioned axially on the inside relative to at least one of the said circumferential grooves when working from the outside towards the inside and axially close to the said circumferential groove, the circumferential reinforcing element being made of a rubber compound having a dynamic shear modulus G* - measured in accordance with ASTM D 5992-96 at 60°C, at 10 Hz and under an alternating shear stress of 0.7 MPa on test specimens of diameter 10 mm with the thickness of each portion of compound being 2 mm - at least twice as high as the dynamic shear modulus G* - measured in accordance with ASTM D 5992-96 at 60°C, at 10 Hz and under an alternating shear stress of 0.7 MPa on test specimens of diameter 10 mm with the thickness of each portion of compound being 2 mm - of the rubber compound of the rest of the blocks of the tread, the said circumferential reinforcing element partially forming the axially internal lateral face of the said at least one of the said tread pattern blocks . characterized in that the circumferential reinforcing element extends radially from the radially exterior surface of the said crown reinforcement towards the surface of the said tread with an axial width which decreases progressively with increasing radial proximity to the outside, the said axial width having a maximum value less than 40% of the axial width of the said block, the said circumferential reinforcing element extending radially at most over a height "h" corresponding to 75% of the thickness "p" of the tread,
A method for producing a transgenic plant with increased content of 20-hydroxyecdysone, compared to a wild type plant, the method comprising: transforming a plant cell with a recombinant vector containing a gene encoding cytochrome P450, 85 family (CYP85) protein derived from spinach ( Spinacia oleracea ) having the amino acid sequence represented by SEQ ID NO: 2; and, regenerating a plant from the transformed plant cell; whereby said transgenic plant is a dicot plant selected from the group consisting of potato, eggplant, tobacco, pepper, tomato, burdock, crown daisy, lettuce, balloon flower, spinach, chard, yam, celery, carrot, water parsley, parsley, Chinese cabbage, cabbage, Raphanus sativus for., raphnistroides MAK, watermelon, oriental melon, cucumber, zucchini, gourd, strawberry, soybean, mung bean, kidney, bean, sweet pea or a monocot plant such as rice, barley, wheat, rye, corn, sugar cane, oat, or onion. transforming a plant cell with a recombinant vector containing a gene encoding cytochrome P450, 85 family (CYP85) protein derived from spinach ( Spinacia oleracea ) having the amino acid sequence represented by SEQ ID NO: 2; and, regenerating a plant from the transformed plant cell; whereby said transgenic plant is a dicot plant selected from the group consisting of potato, eggplant, tobacco, pepper, tomato, burdock, crown daisy, lettuce, balloon flower, spinach, chard, yam, celery, carrot, water parsley, parsley, Chinese cabbage, cabbage, Raphanus sativus for., raphnistroides MAK, watermelon, oriental melon, cucumber, zucchini, gourd, strawberry, soybean, mung bean, kidney, bean, sweet pea or a monocot plant such as rice, barley, wheat, rye, corn, sugar cane, oat, or onion.
An ultrasound transducer comprising: a piezoelectric element ; and a support member that supports the piezoelectric element , wherein: the piezoelectric element includes a flat piezoelectric body , a first electrode, and a second electrode; the support member includes a first terminal that is connected to the first electrode of the piezoelectric element , and a second terminal that is connected to the second electrode of the piezoelectric element ; and the first terminal and the second terminal respectively include portions that do not overlap the piezoelectric element in the thickness direction, the support member includes a support main body portion that is laminated on the piezoelectric element at the other side in the thickness direction, and extends externally further than the piezoelectric element in a direction orthogonal to the thickness direction, and the first terminal and the second terminal are supported by the support main body portion , characterized in that said first electrode is laminated on at least one side of the piezoelectric body in a thickness direction, and said second electrode is laminated on at least the other side of the piezoelectric body in the thickness direction; the piezoelectric element includes a first portion including a portion overlapping the first terminal and a portion overlapping the second terminal , in the thickness direction, and a second portion excluding the first portion , and a whole region at the other side in the thickness direction of the second portion is covered by the support main body portion . the piezoelectric element includes a flat piezoelectric body , a first electrode, and a second electrode; the support member includes a first terminal that is connected to the first electrode of the piezoelectric element , and a second terminal that is connected to the second electrode of the piezoelectric element ; and the first terminal and the second terminal respectively include portions that do not overlap the piezoelectric element in the thickness direction, the support member includes a support main body portion that is laminated on the piezoelectric element at the other side in the thickness direction, and extends externally further than the piezoelectric element in a direction orthogonal to the thickness direction, and the first terminal and the second terminal are supported by the support main body portion , characterized in that said first electrode is laminated on at least one side of the piezoelectric body in a thickness direction, and said second electrode is laminated on at least the other side of the piezoelectric body in the thickness direction; the piezoelectric element includes a first portion including a portion overlapping the first terminal and a portion overlapping the second terminal , in the thickness direction, and a second portion excluding the first portion , and a whole region at the other side in the thickness direction of the second portion is covered by the support main body portion .
An ear tip piece suitable for insertion in a human ear canal to attenuate sound being transmitted to the ear, the ear tip piece comprising: a first end ; a reversibly compressible second end ; a bend positioned between the first end and the second end; a channel formed within and passing through the first end; and a sound attenuator ; wherein the first end has a size and shape that approximates the shape of the human ear canal, such that, in use, the first end can align the ear tip piece in the ear canal, wherein the reversibly compressible second end is formed by a hollow having thin walls that, in use, adapt to the shape of the ear canal to create a seal, such that it can seal the ear canal, wherein the channel is open to the hollow, such that, in use, it can transmit sound to the ear drum, and wherein the sound attenuator is positioned inside the channel and, in use, attenuates sound being transmitted to the ear, characterized in that the first end is non-hollow. a first end ; a reversibly compressible second end ; a bend positioned between the first end and the second end; a channel formed within and passing through the first end; and a sound attenuator ;