mhurhangee/ep-ind-claims huggingface dataset:
An accumulator fixing device for a compressor, configured to fix the accumulator and the compressor to each other, the accumulator fixing device comprising: a fixing member configured to be fixed to an outer surface of the compressor; a first supporting member configured to fix one portion of an accumulator while surrounding a circumference of the accumulator together with the fixing member; and a second supporting member configured to fix another portion of the accumulator while surrounding another portion of the accumulator together with the fixing member, wherein the first supporting member and the second supporting member are disposed to be spaced apart from each other by a predetermined interval (D A), wherein the fixing member includes: a first fixing member fastened to opposite sides of the first supporting member; and a second fixing member fastened to opposite sides of the second supporting member and disposed to be spaced apart from the first fixing member along a length direction of the compressor, the first supporting member is disposed above the second supporting member, and characterized in that a distance (D A) along the length direction of the compressor between the first fixing member and the second fixing member is a distance spaced by 20% to 80% of a distance (D B) along the length direction of the compressor between the first fixing member and an inlet port of the compressor into which a fluid is introduced from the accumulator. a fixing member configured to be fixed to an outer surface of the compressor; a first supporting member configured to fix one portion of an accumulator while surrounding a circumference of the accumulator together with the fixing member; and a second supporting member configured to fix another portion of the accumulator while surrounding another portion of the accumulator together with the fixing member, wherein the first supporting member and the second supporting member are disposed to be spaced apart from each other by a predetermined interval (D A), wherein the fixing member includes: a first fixing member fastened to opposite sides of the first supporting member; and a second fixing member fastened to opposite sides of the second supporting member and disposed to be spaced apart from the first fixing member along a length direction of the compressor, a first fixing member fastened to opposite sides of the first supporting member; and a second fixing member fastened to opposite sides of the second supporting member and disposed to be spaced apart from the first fixing member along a length direction of the compressor, the first supporting member is disposed above the second supporting member, and characterized in that a distance (D A) along the length direction of the compressor between the first fixing member and the second fixing member is a distance spaced by 20% to 80% of a distance (D B) along the length direction of the compressor between the first fixing member and an inlet port of the compressor into which a fluid is introduced from the accumulator.
A locking assembly for securing an electronic module to a chassis of a rack enclosure within a mounting slot ofthe chassis, the electronic module including a latch having an edge, the locking assembly comprising: a lock configured to be secured to a vertical rail of the chassis, the lock further being configured to prevent the electronic module from being slidably installed into and removed from its respective mounting slot and to prevent [[a]] the latch of the electronic module from being opened when the electronic module is secured in place within the chassis of the rack enclosure, the lock including a body having an edge portion configured to engage the edge of the latch of the electronic module to prevent the latch of the of the electronic module from being opened when the lock is secured to the vertical rail of the chassis; and a key configured to enable the lock to be removed from the chassis thereby enabling the installation and removal of the electronic module from the chassis. a lock configured to be secured to a vertical rail of the chassis, the lock further being configured to prevent the electronic module from being slidably installed into and removed from its respective mounting slot and to prevent [[a]] the latch of the electronic module from being opened when the electronic module is secured in place within the chassis of the rack enclosure, the lock including a body having an edge portion configured to engage the edge of the latch of the electronic module to prevent the latch of the of the electronic module from being opened when the lock is secured to the vertical rail of the chassis; and a key configured to enable the lock to be removed from the chassis thereby enabling the installation and removal of the electronic module from the chassis.
A catalyst for glycerin dehydration, comprising a physically mixed mixture of a metal sulfate and a zeolite, wherein the metal sulfate and the zeolite are included at a weight ratio of 1:3 to 10:1, wherein the metal sulfate includes two kinds of sulfates containing different metals at a weight ratio of 1:1 to 1:5, wherein the metal sulfate includes one or more selected from the group consisting of CuSO4, Fe2 3, ZnSO4, CaSO4, and CoSO4 and the zeolite includes one or more selected from the group consisting of β-zeolite and ZSM-5.
Method for producing an adhesive bond between a first component and a second component for microlithography, wherein the second component is an optical element (10; 500) and wherein the method comprises the following steps a) Introducing the first component and the second component into a positioning device, which makes it possible to change the relative position between first and second components; b) Calibrating a first relative position, in which a distance between first and second components has a first value defining a predefined adhesive gap; c) Calibrating a second relative position, in which a distance between first and second components has a second value, which is greater than the first value; d) Applying adhesive to the first component while first and second components are at a distance from one another which is greater than the first value; and e) Setting the first relative position while forming the adhesive bond between first and second components; wherein both calibrating the first relative position and calibrating the second relative position are carried out still before applying the adhesive to the first component. a) Introducing the first component and the second component into a positioning device, which makes it possible to change the relative position between first and second components; b) Calibrating a first relative position, in which a distance between first and second components has a first value defining a predefined adhesive gap; c) Calibrating a second relative position, in which a distance between first and second components has a second value, which is greater than the first value; d) Applying adhesive to the first component while first and second components are at a distance from one another which is greater than the first value; and e) Setting the first relative position while forming the adhesive bond between first and second components;
An electric wheelchair comprising a movable seat part, a body part served as a support for the seat part, a seat adjustment mechanism arranged under the seat part for maintaining balance of the seat part, a bottom part arranged under the body part, and a crawler moving mechanism; wherein the crawler moving mechanism comprises two sets of crawlers arranged respectively at both sides underneath the bottom part, and each of which comprises a front crawler and a rear crawler, wherein the bottom part, in which the components for driving the crawlers are arranged, is comprised of a front portion and a rear portion, which are movably connected with a coupling arrangement and capable of deflection in a specific range of angles with respect to each other; wherein the crawler moving mechanism further comprises movable stretching crawlers arranged respectively at outside of the front crawler and fixed stair-climbing crawlers arranged respectively at outside of the rear crawler; wherein a pulley at one end of the movable stretching crawler is fixedly connected with a pulley at front end of the front crawler, and a free end of the movable stretching crawler could be rotated in forward or backward direction with respect to a fixed end of the movable stretching crawler within the range of 360° by means of a control lever; and a pulley at one end of the fixed stair-climbing crawler is fixedly connected with a pulley at rear end of the rear crawler, while a free end of the fixed stair-climbing crawler is inclined at a specific angle relative to the rear crawler.
A rotor comprising an impeller secured to a shaft, characterised in that the impeller comprises a bore and a counterbore, the shaft forms an interference fit with the bore, and the shaft is adhered to the counterbore.
Deflection device for the deflection of a melt flow within a distribution plate of an injection moulding apparatus, having a basic body, wherein within the basic body is arranged a deflection duct, wherein the basic body has a separation surface which divides the basic body into a first body half and into a second body half, wherein the first body half and the second body half can be connected securely to one another, characterised in that the body halves (30, 40) have surfaces (33, 43) situated parallel to the separation surface, wherein in each case at least one recess (34, 44) is introduced into the surfaces (33, 43), and that viewed from the separation surface the first body half has through holes and the second body half has blind holes, wherein the through holes and the blind holes are situated in the region of the recesses (34, 44).
Magnetic logic unit cell comprising: a first magnetic tunnel junction and a second magnetic tunnel junction, each magnetic tunnel junction comprising a first magnetic layer having a first magnetization, a second magnetic layer having a second magnetization, and a barrier layer between the first and second magnetic layers (21, 23); a strap, electrically connecting the magnetic tunnel junction in series with the second magnetic tunnel junction; and a field line for passing a field current such as to generate an external magnetic field adapted to adjust the first magnetization; the first and second magnetic layers (21, 23) and the barrier layer being arranged such that the first magnetization is magnetically coupled antiparallel with the second magnetization through the barrier layer; characterized in that the MLU cell further comprises a biasing device arranged for applying a static biasing magnetic field oriented substantially parallel to the external magnetic field such as to orient the first magnetization at about 90° relative to the second magnetization, the first and second magnetizations being oriented symmetrically relative to the direction of the external magnetic field. a first magnetic tunnel junction and a second magnetic tunnel junction, each magnetic tunnel junction comprising a first magnetic layer having a first magnetization, a second magnetic layer having a second magnetization, and a barrier layer between the first and second magnetic layers (21, 23); a strap, electrically connecting the magnetic tunnel junction in series with the second magnetic tunnel junction; and a field line for passing a field current such as to generate an external magnetic field adapted to adjust the first magnetization; the first and second magnetic layers (21, 23) and the barrier layer being arranged such that the first magnetization is magnetically coupled antiparallel with the second magnetization through the barrier layer; characterized in that the MLU cell further comprises a biasing device arranged for applying a static biasing magnetic field oriented substantially parallel to the external magnetic field such as to orient the first magnetization at about 90° relative to the second magnetization, the first and second magnetizations being oriented symmetrically relative to the direction of the external magnetic field.
A method comprising: distributing thermoplastic polyurethane powder or pellets and material scraps so as to form a recovered material layer, wherein the material scraps include resized remnants of a material collected form the fabrication of shoe uppers, and applying heat and pressure to the recovered material layer so as to melt the TPU particles; and allowing the recovered material layer to cool and form a pliable composite panel for incorporation into an upper. distributing thermoplastic polyurethane powder or pellets and material scraps so as to form a recovered material layer, wherein the material scraps include resized remnants of a material collected form the fabrication of shoe uppers, and applying heat and pressure to the recovered material layer so as to melt the TPU particles; and allowing the recovered material layer to cool and form a pliable composite panel for incorporation into an upper.
End cap intended to close a lateral end face of a channel-section shutter box, the end cap comprising a closure plate intended to be applied to the said end face and extended perpendicularly by an insertion wall designed to hug the contour of a recess, which passes longitudinally through the channel-section shutter box, in the region where it opens out through the said end face, characterized in that at least one non-elastic rib projects externally from the insertion wall while being arranged parallel to the closure plate, the said rib extending without discontinuity over the periphery of the insertion wall.
A coating system on a surface region of a component, the coating system comprising: a bond coat; and inner and outer ceramic layers (16,18) on the bond coat, the inner ceramic layer overlying the bond coat, the inner ceramic layer consisting essentially of zirconia stabilized by 6 to 9 weight percent yttria, the inner ceramic layer having a thickness and a porosity level, the outer ceramic layer overlying and contacting the inner ceramic layer and defining an outermost surface of the coating system, the outer ceramic layer consisting essentially of zirconia stabilized by 25 to 75 weight percent yttria and further containing greater than 0.5 to 10 weight percent hafnium oxide and optionally 1 to 10 weight percent tantalum oxide, the outer ceramic layer having a thickness that is less than the thickness of the inner ceramic layer, having a porosity level that is lower than a porosity level of the inner ceramic layer. a bond coat; and inner and outer ceramic layers (16,18) on the bond coat, the inner ceramic layer overlying the bond coat, the inner ceramic layer consisting essentially of zirconia stabilized by 6 to 9 weight percent yttria, the inner ceramic layer having a thickness and a porosity level, the outer ceramic layer overlying and contacting the inner ceramic layer and defining an outermost surface of the coating system, the outer ceramic layer consisting essentially of zirconia stabilized by 25 to 75 weight percent yttria and further containing greater than 0.5 to 10 weight percent hafnium oxide and optionally 1 to 10 weight percent tantalum oxide, the outer ceramic layer having a thickness that is less than the thickness of the inner ceramic layer, having a porosity level that is lower than a porosity level of the inner ceramic layer.
A method of manufacturing a polymer container, comprising: a) providing a preform, the preform comprising a thermoplastic polymer; b) at a temperature sufficient to plasticize the thermoplastic polymer, stretch blow molding the preform in a blow mold to form a container, wherein the base of the blow mold has two or more orifices equidistant from the center of the blow molding base for gas to enter the blow mold; and c) introducing pressurized gas through the two or more orifices in the blow mold base sufficient to cool the container base prior to container evacuation, and subsequently evacuate the container from the blow mold. a) providing a preform, the preform comprising a thermoplastic polymer; b) at a temperature sufficient to plasticize the thermoplastic polymer, stretch blow molding the preform in a blow mold to form a container, wherein the base of the blow mold has two or more orifices equidistant from the center of the blow molding base for gas to enter the blow mold; and c) introducing pressurized gas through the two or more orifices in the blow mold base sufficient to cool the container base prior to container evacuation, and subsequently evacuate the container from the blow mold.
A combine harvester comprising an intake arrangement for picking up crop material from a field stand, a threshing device for degraining the crop material and thereby producing a first predominantly grain-containing crop material portion and a second predominantly straw-containing crop material proportion and a cleaning device downstream of the threshing device for separating the mixture of crop material and thereby separating the grain from non-grain constituents, wherein the cleaning device has a sieve device which is rotatable about an axis of rotation and has an at least portion-wise sieve-form sieve casing extending in a peripheral direction around the axis of rotation, wherein separation of the mixture of crop material is effected by superimposition of a rotary movement and an oscillatory movement of the sieve casing in such a way that the oscillatory movement is directed transversely relative to the axis of rotation of the sieve device and the oscillatory movement is caused by segmentation of the sieve casing in the peripheral direction and a swinging movement of each peripheral segment of the sieve casing about a pivot axis associated with the respective peripheral segment, characterised in that the axis of rotation of the sieve device extends in the direction of the force of gravity or inclinedly in the direction of the force of gravity.
Use of unheated cashew nut shell liquid, or heated cashew nut shell liquid in producing an egg-laying rate-improving agent for egg-laying hens, quails, or broiler breeders.
An airfoil for a gas turbine engine comprising: a pressure side wall and a suction side wall which define a leading edge cavity and a forward cavity between said pressure side wall and said suction side wall, said leading edge cavity at least partially defined by a leading edge wall which extends between said pressure side wall and said suction side wall; a rib between said pressure side wall and said suction side wall to at least partially divide said forward cavity and said leading edge cavity; a pedestal which extends between said leading edge wall and said rib; and wherein a multiple of said pedestals are arrayed along a length of said airfoil between a first end portion and a second end portion; characterised in that a first set of said multiple of pedestals are aligned along a first axis which extends toward a first highest temperature area in a stagnation region of said leading edge and a second set of said multiple of pedestals are aligned along a second axis which extends toward a second highest temperature area in the stagnation region of said leading edge. a pressure side wall and a suction side wall which define a leading edge cavity and a forward cavity between said pressure side wall and said suction side wall, said leading edge cavity at least partially defined by a leading edge wall which extends between said pressure side wall and said suction side wall; a rib between said pressure side wall and said suction side wall to at least partially divide said forward cavity and said leading edge cavity; a pedestal which extends between said leading edge wall and said rib; and wherein a multiple of said pedestals are arrayed along a length of said airfoil between a first end portion and a second end portion; characterised in that a first set of said multiple of pedestals are aligned along a first axis which extends toward a first highest temperature area in a stagnation region of said leading edge and a second set of said multiple of pedestals are aligned along a second axis which extends toward a second highest temperature area in the stagnation region of said leading edge.
A system for producing oil from an underground formation comprising: a first well located above the formation; a mechanism located at the first well to inject an enhanced oil recovery formulation into the formation, the enhanced oil recovery formulation comprising water and a solvent; a mechanism to produce water, solvent, oil, and gas from the formation; a separator to separate the produced oil, produced water, and a first portion of the produced solvent from the produced gas and a second portion of the produced solvent; and an absorption tower to expose the separated gas and the separated second portion of the solvent to water to remove the second portion of the solvent from the separated gas. a first well located above the formation; a mechanism located at the first well to inject an enhanced oil recovery formulation into the formation, the enhanced oil recovery formulation comprising water and a solvent; a mechanism to produce water, solvent, oil, and gas from the formation; a separator to separate the produced oil, produced water, and a first portion of the produced solvent from the produced gas and a second portion of the produced solvent; and an absorption tower to expose the separated gas and the separated second portion of the solvent to water to remove the second portion of the solvent from the separated gas.
A sensing system that detects touch, comprising: - at least an intermediate layer; - at least an upper layer located on the intermediate layer; - at least one light source located under the intermediate layer; - at least one image sensor located under the intermediate layer; - at least a first fiber optic bundle which comprises a plurality of fiber optic cables positioned such that a tips of which is facing to the light source and other tips of which is facing to the said intermediate layer, and which transmits the light obtained from the light source to the upper layer located on the intermediate layer; - at least a second fiber optic bundle which comprises a plurality of fiber optic cables, a tips of which is paired with at least one pixel of the image sensor and other tips of which is positioned facing to the said intermediate layer, and which transmits the image of the upper layer located on the intermediate layer to the image sensor; - at least one control unit which analyzes the image captured by the image sensor using image processing techniques so as to calculate a force applied on the intermediate layer; and - at least a data link for data communication between the image sensor and the control unit characterized in that the upper layer partially transmits light. - at least an intermediate layer; - at least an upper layer located on the intermediate layer; - at least one light source located under the intermediate layer; - at least one image sensor located under the intermediate layer; - at least a first fiber optic bundle which comprises a plurality of fiber optic cables positioned such that a tips of which is facing to the light source and other tips of which is facing to the said intermediate layer, and which transmits the light obtained from the light source to the upper layer located on the intermediate layer; - at least a second fiber optic bundle which comprises a plurality of fiber optic cables, a tips of which is paired with at least one pixel of the image sensor and other tips of which is positioned facing to the said intermediate layer, and which transmits the image of the upper layer located on the intermediate layer to the image sensor; - at least one control unit which analyzes the image captured by the image sensor using image processing techniques so as to calculate a force applied on the intermediate layer; and - at least a data link for data communication between the image sensor and the control unit