mhurhangee/ep-ind-claims huggingface dataset:
An office soundproof compartment, wherein the compartment comprises a lower compartment body, comprising a seat, telescoping columns and a plurality of lower compartment plates; the seat, the telescoping columns and the plurality of lower compartment plates are enclosed to form the lower compartment body with top opened and surrounding closed; an upper compartment body, comprising top plates and a plurality of upper compartment plates (201, 202, 203) the top plates are connected to the telescoping columns and can move in synchronization with the telescoping columns and the top plates are maintained in extended or retracted state relative to the lower compartment body; one end of at least one of the upper compartment plates is connected to the lower compartment body, and the other end is detachably connected with the top plate when the top plate is in extended state; when the top plates are in extended state, the top plates, the telescoping columns and all the upper compartment plates are enclosed to form the upper compartment body with lower end opened and surrounding closed; the bottom of the upper compartment body is connected to the top of the lower compartment body; and after the upper compartment plates are separated from the upper compartment body, the top plates can move to the retracted state along with the telescoping columns; a compartment door, disposed on a sidewall of a same side of the upper compartment body and the lower compartment body for people to enter the compartment body. a lower compartment body, comprising a seat, telescoping columns and a plurality of lower compartment plates; the seat, the telescoping columns and the plurality of lower compartment plates are enclosed to form the lower compartment body with top opened and surrounding closed; an upper compartment body, comprising top plates and a plurality of upper compartment plates (201, 202, 203) the top plates are connected to the telescoping columns and can move in synchronization with the telescoping columns and the top plates are maintained in extended or retracted state relative to the lower compartment body; one end of at least one of the upper compartment plates is connected to the lower compartment body, and the other end is detachably connected with the top plate when the top plate is in extended state; when the top plates are in extended state, the top plates, the telescoping columns and all the upper compartment plates are enclosed to form the upper compartment body with lower end opened and surrounding closed; the bottom of the upper compartment body is connected to the top of the lower compartment body; and after the upper compartment plates are separated from the upper compartment body, the top plates can move to the retracted state along with the telescoping columns; a compartment door, disposed on a sidewall of a same side of the upper compartment body and the lower compartment body for people to enter the compartment body.
A multitrack scale, wherein the respective track comprises a load cell and a drive roller supported at the load cell, said multitrack scale comprising a drive unit and a drive shaft via which the respective drive roller is in drive connection with the drive unit, with the drive shaft having at least one torque transfer connection between two respective shaft sections to which two drive rollers arranged next to one another are rotationally fixedly connected, said torque transfer connection allowing a kinking or a bending of the drive shaft on a loading of the respective drive roller by a weighing product, wherein the two respective drive rollers are hollow at least in part and the at least one torque transfer connection is arranged within one of the two respective drive rollers; wherein a common drive shaft is provided for the plurality of drive rollers; and wherein the common drive shaft extends through all of the drive rollers, possibly with the exception of the last drive roller which is the furthest remote from the drive unit and which the drive shaft possibly only extends into.
A steering column for a motor vehicle, comprising a steering shaft which is mounted in a steering column housing so as to be rotatable about a longitudinal axis, and a rotation limiter, wherein the rotation limiter comprises a stop disk which is connected to the steering shaft so as to transmit torque, characterized in that the stop disk comprises at least one recess (24, 25) extending in the circumferential direction, in that the steering shaft is coupled to a lifting mechanism (28, 29, 30), by means of which a stop pin, which is mounted displaceably in the direction of the longitudinal axis and non-displaceably in the circumferential direction, can be brought into engagement with the recess (24, 25) depending on the rotational angle of the steering shaft such that, when the permitted rotational angle of the steering shaft is reached, the stop pin strikes against a boundary (34, 35) of a recess (24, 25), said boundary lying in the circumferential direction, and prevents further rotation in the same direction of rotation.
A heart valve prosthesis, comprising a support element of a tubular structure, and at least two lobule bodies connected to the inner wall of the support element, wherein: the support element comprises an outer layer fabric having selvages on two opposite sides, and a suture line for fixing the other two sides of the outer layer fabric to each other to form the tubular structure; each of the lobule bodies is formed by stacking at least one lobule layer; and two opposite sides of each of the lobule bodies are respectively an interwoven side and a free side, with the interwoven side being fixed between the two selvages of the outer layer fabric by means of weaving, and the free side being a selvage, characterized in that: each of the lobule layers is formed by interweaving an inner side warp and an inner side weft; the interwoven side of the lobule body is fixed by means of weaving the inner side weft of each of the lobule layers onto the outer layer fabric; and the inner side warp is woven on the inner side weft, and a thread end of the inner side warp is used to weave a plurality of lobule layers into a whole on a free side of the inner side weft to form individual lobule bodies. the support element comprises an outer layer fabric having selvages on two opposite sides, and a suture line for fixing the other two sides of the outer layer fabric to each other to form the tubular structure; each of the lobule bodies is formed by stacking at least one lobule layer; and two opposite sides of each of the lobule bodies are respectively an interwoven side and a free side, with the interwoven side being fixed between the two selvages of the outer layer fabric by means of weaving, and the free side being a selvage, characterized in that: each of the lobule layers is formed by interweaving an inner side warp and an inner side weft; the interwoven side of the lobule body is fixed by means of weaving the inner side weft of each of the lobule layers onto the outer layer fabric; and the inner side warp is woven on the inner side weft, and a thread end of the inner side warp is used to weave a plurality of lobule layers into a whole on a free side of the inner side weft to form individual lobule bodies. each of the lobule layers is formed by interweaving an inner side warp and an inner side weft; the interwoven side of the lobule body is fixed by means of weaving the inner side weft of each of the lobule layers onto the outer layer fabric; and the inner side warp is woven on the inner side weft, and a thread end of the inner side warp is used to weave a plurality of lobule layers into a whole on a free side of the inner side weft to form individual lobule bodies.
Method for producing plant seed containing endophytic microorganisms characterised in by the following steps: - contacting a flowering plant with a preparation of endophytic microorganisms, whereby the endophytic microorganisms enter the plant via the flowers and are conveyed to seed produced by the plant; and - obtaining the plant seed containing endophytic microorganisms from the plant. - contacting a flowering plant with a preparation of endophytic microorganisms, whereby the endophytic microorganisms enter the plant via the flowers and are conveyed to seed produced by the plant; and - obtaining the plant seed containing endophytic microorganisms from the plant.
Laundry care appliance with a laundry drum for accommodating laundry, a drum drive for rotating the laundry drum, and a controller for controlling the drum drive, characterised in that the controller is embodied, after a spinning procedure of the laundry care appliance which has been performed at the end of a laundry care procedure and during which the laundry drum was rotated at a high rotational speed in order to expel washing liquid attached to the laundry, to activate the drum drive during a positioning time segment of a laundry detachment procedure in order to rotate the laundry drum into a starting position, that the controller is embodied, after the positioning time segment, to activate the drum drive during a first rotation time segment of the laundry detachment procedure in order to rotate the laundry drum in a first direction of rotation into a first rotation position, and that the controller is embodied to activate the drum drive, during a second rotation time segment of the laundry detachment procedure that follows the first rotation time segment, in order to rotate the laundry drum from the first rotation position, in a second direction of rotation that is opposed to the first direction of rotation, into a second rotation position, wherein the controller is embodied to repeat the first and second rotation time segment of the laundry detachment procedure multiple times in order to rotate the laundry drum alternately in the first direction of rotation and in the second direction of rotation between the first and second rotation position and to detach laundry, which is sticking to the laundry drum, from the laundry drum. the controller is embodied, after a spinning procedure of the laundry care appliance which has been performed at the end of a laundry care procedure and during which the laundry drum was rotated at a high rotational speed in order to expel washing liquid attached to the laundry, to activate the drum drive during a positioning time segment of a laundry detachment procedure in order to rotate the laundry drum into a starting position, that the controller is embodied, after the positioning time segment, to activate the drum drive during a first rotation time segment of the laundry detachment procedure in order to rotate the laundry drum in a first direction of rotation into a first rotation position, and that the controller is embodied to activate the drum drive, during a second rotation time segment of the laundry detachment procedure that follows the first rotation time segment, in order to rotate the laundry drum from the first rotation position, in a second direction of rotation that is opposed to the first direction of rotation, into a second rotation position, wherein the controller is embodied to repeat the first and second rotation time segment of the laundry detachment procedure multiple times in order to rotate the laundry drum alternately in the first direction of rotation and in the second direction of rotation between the first and second rotation position and to detach laundry, which is sticking to the laundry drum, from the laundry drum.
Outer shell for a dispenser, the outer shell comprising: a first injection moulded plastic component part (17; 41a) and a second injection moulded plastic component part (18; 42a); wherein the first and second component parts each comprise an outer surface and an inner surface, wherein the first component part has a first mating surface directed to the outer surface of the first component part and the second component part has a second mating surface directed to an inner surface of the second component part, wherein the first and second component parts are joined to each other along a seam by mating said first mating surface and said second mating surface during injection moulding, characterized in that a plurality of recesses (49; 50) is formed in the inner surface of the first component part along at least a part of the seam and/or on a gate protrusion extending away from a free end of the first mating surface of the first component part, wherein the recesses (49; 50) are provided with an undercut. a first injection moulded plastic component part (17; 41a) and a second injection moulded plastic component part (18; 42a); wherein the first and second component parts each comprise an outer surface and an inner surface, wherein the first component part has a first mating surface directed to the outer surface of the first component part and the second component part has a second mating surface directed to an inner surface of the second component part, wherein the first and second component parts are joined to each other along a seam by mating said first mating surface and said second mating surface during injection moulding, characterized in that a plurality of recesses (49; 50) is formed in the inner surface of the first component part along at least a part of the seam and/or on a gate protrusion extending away from a free end of the first mating surface of the first component part, wherein the recesses (49; 50) are provided with an undercut.
A hand-held ultrasound system, comprising: an ultrasound probe configured to transmit and receive ultrasound signals to and from a target object to thereby output receive signals; a body sized to be adapted to be held by a user with only a single hand and having processing elements for forming ultrasound images based on the receive signals and provide a preset touch screen menu; and a touch screen mounted on the body including a display and a touch panel with a touch response surface, said touch screen being configured to display the ultrasound images and the preset touch screen menu for allowing the user to input user instructions, characterized in that a display region of the touch screen is partitioned into a first display region disposed at a center portion of the display region to display the ultrasound image and a second display region disposed at both sides of the first display region to display the preset touch screen menu to be touched by a finger of a holding hand of the user, and the user instructions is adapted to input via the touch screen menu displayed in the second display region by circular drag event using the finger of the holding hand of the user. an ultrasound probe configured to transmit and receive ultrasound signals to and from a target object to thereby output receive signals; a body sized to be adapted to be held by a user with only a single hand and having processing elements for forming ultrasound images based on the receive signals and provide a preset touch screen menu; and a touch screen mounted on the body including a display and a touch panel with a touch response surface, said touch screen being configured to display the ultrasound images and the preset touch screen menu for allowing the user to input user instructions, characterized in that a display region of the touch screen is partitioned into a first display region disposed at a center portion of the display region to display the ultrasound image and a second display region disposed at both sides of the first display region to display the preset touch screen menu to be touched by a finger of a holding hand of the user, and the user instructions is adapted to input via the touch screen menu displayed in the second display region by circular drag event using the finger of the holding hand of the user.
A vehicle drive apparatus comprising: an input member drivingly connected to an internal combustion engine; an output member drivingly connected to a wheel; a friction engagement device; a rotary electric machine drivingly connected to the input member through the friction engagement device; a transmission disposed between the rotary electric machine and the output member; an oil pump; and a case housing the input member, the output member, the friction engagement device, the rotary electric machine, the transmission, and the oil pump, wherein the case includes an intermediate wall disposed between the friction engagement device and the transmission and between the rotary electric machine and the transmission in an axial direction, an oil reservoir to store oil is defined in an internal space of the case at a location closer to the transmission than the intermediate wall, the oil pump supplies oil stored in the oil reservoir to a friction engagement element of the friction engagement device, the intermediate wall is provided with a return oil hole (25a, 25b, 25c, 26) through which oil discharged from the friction engagement element returns toward the oil reservoir, a chain drive is disposed adjacent to a portion of the intermediate wall toward the transmission, the chain drive including a chain to transmit a driving force from at least one of the input member and the rotary electric machine to the oil pump, the vehicle drive apparatus further comprises an oil guide through which oil flowing through the return oil hole (25a, 25b, 25c, 26) is guided to a region other than a chain placement region inside the case, the chain placement region being a region where the chain is placed, and the oil flowing through the return oil hole (25a, 25b, 25c, 26) is guided through the oil guide and returned to the oil reservoir. the case includes an intermediate wall disposed between the friction engagement device and the transmission and between the rotary electric machine and the transmission in an axial direction, an oil reservoir to store oil is defined in an internal space of the case at a location closer to the transmission than the intermediate wall, the oil pump supplies oil stored in the oil reservoir to a friction engagement element of the friction engagement device, the intermediate wall is provided with a return oil hole (25a, 25b, 25c, 26) through which oil discharged from the friction engagement element returns toward the oil reservoir, a chain drive is disposed adjacent to a portion of the intermediate wall toward the transmission, the chain drive including a chain to transmit a driving force from at least one of the input member and the rotary electric machine to the oil pump, the vehicle drive apparatus further comprises an oil guide through which oil flowing through the return oil hole (25a, 25b, 25c, 26) is guided to a region other than a chain placement region inside the case, the chain placement region being a region where the chain is placed, and the oil flowing through the return oil hole (25a, 25b, 25c, 26) is guided through the oil guide and returned to the oil reservoir.
A process for the preparation of whey protein aggregate particles comprising the following steps: a. dispersing whey protein in an aqueous medium to form an aqueous solution; b. adjusting the pH of the solution obtained in step a) to a pH above 7; c. allowing the whey protein to hydrate in the solution obtained in step b); d. denaturing and gelling the whey protein by heating the solution of hydrated whey protein obtained in step c); e. drying the denatured and gelled whey protein obtained in step d) to form dry whey protein aggregate; f. reducing the dried whey protein aggregate to a particle powder. a. dispersing whey protein in an aqueous medium to form an aqueous solution; b. adjusting the pH of the solution obtained in step a) to a pH above 7; c. allowing the whey protein to hydrate in the solution obtained in step b); d. denaturing and gelling the whey protein by heating the solution of hydrated whey protein obtained in step c); e. drying the denatured and gelled whey protein obtained in step d) to form dry whey protein aggregate; f. reducing the dried whey protein aggregate to a particle powder.
A pneumatic tire comprising: a tread having, on a surface thereof, a plurality of circumferential grooves, which extend along a circumference of the tire, and shoulder land portions defined by shoulder grooves, which are circumferential grooves located in axially outermost positions of the circumferential grooves, wherein a groove wall surface located on the shoulder land portion side of the shoulder groove has a first inclined part, which is inclined toward an equatorial plane of the tire from a direction perpendicular to a tread face of the shoulder land portion, and a second inclined part, which is further inclined toward the equatorial plane from the first inclined part and reaches a bottom of the shoulder groove, wherein an inclination angle of the first inclined part is constant along the circumference of the tire and an angle α formed by the first inclined part and the second inclined part varies along the circumference of the tire, and wherein a maximum value α max and a minimum value α min of the angle α satisfy (D-d) (tanα max - tanα min) ≥ 2.5 where D is a depth from the tread face to the bottom of the shoulder groove, d is a depth from the tread face to a boundary position between the first inclined part and the second inclined part, α max is a maximum value of the angle α, and α min is a minimum value of the angle α, characterized in that the shoulder land portions have each a plurality of land-portion sipes which are arranged along the circumference of the tire, open into the shoulder groove, and are at an angle perpendicular to the groove wall surface. a tread having, on a surface thereof, a plurality of circumferential grooves, which extend along a circumference of the tire, and shoulder land portions defined by shoulder grooves, which are circumferential grooves located in axially outermost positions of the circumferential grooves, wherein a groove wall surface located on the shoulder land portion side of the shoulder groove has a first inclined part, which is inclined toward an equatorial plane of the tire from a direction perpendicular to a tread face of the shoulder land portion, and a second inclined part, which is further inclined toward the equatorial plane from the first inclined part and reaches a bottom of the shoulder groove, wherein an inclination angle of the first inclined part is constant along the circumference of the tire and an angle α formed by the first inclined part and the second inclined part varies along the circumference of the tire, and wherein a maximum value α max and a minimum value α min of the angle α satisfy (D-d) (tanα max - tanα min) ≥ 2.5
Construction system for walls, slabs and load-bearing elements, wherein a first construction element has a sealing surface equipped with a tongue and a second construction element has a sealing surface equipped with a groove, the tongue being able to be slotted into the groove with play when the two construction elements are assembled to form a seal at said sealing surfaces, said system further comprising: a spline inserted between a first lateral surface of the tongue and a first lateral surface of the groove, which faces said first lateral surface of the tongue, wherein said spline is designed and arranged so as to push said sealing surface of said first construction element, in the direction of the height of the tongue, firmly against said sealing surface of said second construction element, wherein a construction element forms a construction block in the form of a rectangular parallelepiped with four sealing surfaces, of which two adjacent sealing surfaces are provided with tongues, and two adjacent sealing surfaces are provided with grooves; wherein the construction block has a volume consisting of two outer rectangular parallelepipeds and one median rectangular parallelepiped inserted between the two outer rectangular parallelepipeds, the median rectangular parallelepiped standing proud on two adjacent sealing surfaces of the construction block to form two tongues, and the two outer rectangular parallelepipeds standing proud on two other adjacent sealing surfaces of the construction block so as to form, between them, two grooves.