mhurhangee/patent-ind-claim-en huggingface dataset:
A compression system, comprising: a driver comprising a drive shaft extending therethrough, the driver configured to provide the drive shaft with rotational energy; a first single-stage compressor and a second single-stage compressor , each comprising a rotary shaft coupled with or integral with the drive shaft , characterized in that the first single-stage compressor and the second single-stage compressor are configured to compress a high molecular weight process fluid and to provide a compressed process fluid having a pressure ratio of about 10:1 or greater, the compressed process fluid containing heat from the compression thereof; and in that a heat recovery system is fluidly coupled with the first single-stage compressor and the second single-stage compressor and configured to receive the compressed process fluid therefrom and absorb at least a portion of the heat contained in the compressed process fluid, and wherein the first single-stage compressor has a compression ratio of at least about 3.8:1 and is operatively coupled with a first end of the drive shaft and configured to compress the high molecular weight process fluid to provide a first compressed process fluid. a driver comprising a drive shaft extending therethrough, the driver configured to provide the drive shaft with rotational energy; a first single-stage compressor and a second single-stage compressor , each comprising a rotary shaft coupled with or integral with the drive shaft , characterized in that the first single-stage compressor and the second single-stage compressor are configured to compress a high molecular weight process fluid and to provide a compressed process fluid having a pressure ratio of about 10:1 or greater, the compressed process fluid containing heat from the compression thereof; and in that a heat recovery system is fluidly coupled with the first single-stage compressor and the second single-stage compressor and configured to receive the compressed process fluid therefrom and absorb at least a portion of the heat contained in the compressed process fluid, and wherein the first single-stage compressor has a compression ratio of at least about 3.8:1 and is operatively coupled with a first end of the drive shaft and configured to compress the high molecular weight process fluid to provide a first compressed process fluid.
A method of determining a location of an object of interest , the method comprising: identifying , from a database of images, a set of plural images (341-345) that relate to a geographical region of interest, each of the plural images having associated therewith image capture information including at least an image capture location (221-225) and an image capture orientation; applying an image recognition tool to each image in the set of plural images; determining , based on the applying of the image recognition tool, which of the images include the object of interest and which of the images do not include the object of interest; for each of multiple candidate locations in the geographical region of interest, each candidate location corresponding to a sub-division of the geographical region of interest and having a prior likelihood that the object of interest is located at the candidate location, calculating a likelihood value representing a posterior probability of the object of interest existing at the candidate location using the image capture information for images in the set of plural images determined to include the object of interest and using the image capture information for images in the set of plural images determined not to include the object of interest; and determining the location of the object using the likelihood values for the multiple candidate locations. identifying , from a database of images, a set of plural images (341-345) that relate to a geographical region of interest, each of the plural images having associated therewith image capture information including at least an image capture location (221-225) and an image capture orientation; applying an image recognition tool to each image in the set of plural images; determining , based on the applying of the image recognition tool, which of the images include the object of interest and which of the images do not include the object of interest; for each of multiple candidate locations in the geographical region of interest, each candidate location corresponding to a sub-division of the geographical region of interest and having a prior likelihood that the object of interest is located at the candidate location, calculating a likelihood value representing a posterior probability of the object of interest existing at the candidate location using the image capture information for images in the set of plural images determined to include the object of interest and using the image capture information for images in the set of plural images determined not to include the object of interest; and determining the location of the object using the likelihood values for the multiple candidate locations.
An extravascular implantable medical electrical lead comprising: an elongated lead body having a distal portion and a proximal end; a connector at the proximal end of the lead body; a defibrillation electrode located along the distal portion of the lead body, wherein the defibrillation electrode includes a first electrode segment and a second electrode segment spaced proximal to the first electrode segment by a distance; and at least one pace/sense electrode located between the first segment and the second segment of the defibrillation electrode; and at least one pace/sense electrode located distal to the first electrode segment of the defibrillation electrode, wherein, when the extravascular implantable medical electrical lead is placed in a substernal space, the first electrode segment and the second electrode segment are located substantially over a cardiac silhouette of a ventricle of a heart as observed via an AP fluoroscopic view of the heart, and the at least one pace/sense electrode is located over a cardiac silhouette of the ventricle of the heart as observed via the AP fluoroscopic view of the heart. an elongated lead body having a distal portion and a proximal end; a connector at the proximal end of the lead body; a defibrillation electrode located along the distal portion of the lead body, wherein the defibrillation electrode includes a first electrode segment and a second electrode segment spaced proximal to the first electrode segment by a distance; and at least one pace/sense electrode located between the first segment and the second segment of the defibrillation electrode; and at least one pace/sense electrode located distal to the first electrode segment of the defibrillation electrode, wherein, when the extravascular implantable medical electrical lead is placed in a substernal space, the first electrode segment and the second electrode segment are located substantially over a cardiac silhouette of a ventricle of a heart as observed via an AP fluoroscopic view of the heart, and the at least one pace/sense electrode is located over a cardiac silhouette of the ventricle of the heart as observed via the AP fluoroscopic view of the heart.
A method for communication between a terminal and an access node in a multiuser multicarrier communications network comprising a plurality of terminals, the method comprising: establishing a link between a terminal and the access node ; performing initial estimation of one or more channel offsets , and tracking the one or more channel offsets; estimating one or more channel offsets for future packets to be transmitted by the terminal using the one or more tracked channel offsets ; and pre-compensating a transmission to the access node by the terminal using the estimated one or more channel offsets, characterized in that the plurality of terminals are permitted to transmit within a predefined maximum bandwidth and are not permitted to transmit out of band, and the pre-compensation is performed by at least one terminal such that the transmission is transmitted within the predefined maximum bandwidth but arrives at the access node outside of the band permitted at the terminal so that the aggregate signal comprised of transmissions from multiple terminals received by the access node occupies a bandwidth greater or equal to the predefined maximum bandwidth of the terminals . establishing a link between a terminal and the access node ; performing initial estimation of one or more channel offsets , and tracking the one or more channel offsets; estimating one or more channel offsets for future packets to be transmitted by the terminal using the one or more tracked channel offsets ; and pre-compensating a transmission to the access node by the terminal using the estimated one or more channel offsets, characterized in that the plurality of terminals are permitted to transmit within a predefined maximum bandwidth and are not permitted to transmit out of band, and the pre-compensation is performed by at least one terminal such that the transmission is transmitted within the predefined maximum bandwidth but arrives at the access node outside of the band permitted at the terminal so that the aggregate signal comprised of transmissions from multiple terminals received by the access node occupies a bandwidth greater or equal to the predefined maximum bandwidth of the terminals .
A chromium-based oxidation protection layer for substrates which are exposed to high temperatures, wherein the chromium-based layer is applied to a substrate by means of PVD and / or CVD and comprises a layer system containing chromium which comprises a base layer and a functional layer, wherein the base layer is between the substrate and the functional layer, wherein the functional layer contains chromium oxide, wherein the functional layer has a multilayer structure including alternatingly deposited individual layers A and B, wherein the composition of the individual layers A differs from the composition of the individual layers B, wherein the base layer consists of chromium nitride, and wherein the individual layers A consist of chromium nitride and the individual layers B consist of chromium oxide or chromium oxynitride, characterized in that , between each individual layer A and each individual layer B which are alternatingly deposited one on top of the other, the multilayer structure comprises an individual layer C whose nitrogen content is greater than the nitrogen content in the directly adjacent individual layer B and less than the nitrogen content in the directly adjacent individual layer A.
An apparatus for separately stacking full-size foldable crates and half-size foldable crates , said apparatus comprising a pair of removal conveyor belts for removing the full-size foldable crates and half-size foldable crates from the top of a single stack, the pair of removal conveyor belts being mounted pivotably in order to grip the crates and vertically lift them from the top of the stack, and further comprising a transferring and diverting device (C) as well as a photoelectric barrier , a colour detection sensor or a camera, wherein the crates gripped between the removal conveyor belts , after being lifted , are moved by the removal conveyor belts in the direction of the transferring and diverting device (C), characterized in that the apparatus is configured such that the movement takes place at a first speed (V1) for a time (t1) required to travel a distance that is equal to or slightly larger than the short side of a half-size crate , followed by a movement at a speed (V2), which is lower than the first speed (V1), to travel a distance that is slightly larger than the short side of a half-size crate , whereby, in the case of half-size crates , the difference in transport speed brings about a spacing between the two crates as the latter are handed over to the transferring and diverting device (C), said spacing being detected by means of the photoelectric barrier , by means of a colour detection sensor or by means of a camera, which control the transferring and diverting devices (C) in order to move the crates to the specific stacking devices or the specific processing machines.
A method for manufacturing a solar cell module in which a first encapsulant and a second encapsulant are provided between two protective members , and solar cells are provided between the first encapsulant and the second encapsulant , the method comprising: laminating a plurality of solar cells over a surface of the first encapsulant ; fixing a connecting tab wire cover and a connecting tab wire encapsulant with a first adhesive tape , wherein said first tape has an adhesive surface on which an adhesive is applied and wherein said adhesive surface is stuck on the connecting tab wire cover and the connecting tab wire encapsulant through a slit formed in the connecting tab wire encapsulant , said connecting tab wire encapsulant having a wider size than the connecting tab wire cover ; inserting the connecting tab wire cover and the connecting tab wire encapsulant thus fixed between the first encapsulant and a connecting tab wire for connecting a plurality of solar cells , with the connecting tab wire cover on the first encapsulant side; and fixing the connecting tab wire cover fixed to the connecting tab wire encapsulant and the connecting tab wire with a second adhesive tape , said second adhesive tape having an adhesive surface on which an adhesive is applied, the adhesive surface being stuck on the first adhesive tape which is already stuck, and the connecting tab wire . laminating a plurality of solar cells over a surface of the first encapsulant ; fixing a connecting tab wire cover and a connecting tab wire encapsulant with a first adhesive tape , wherein said first tape has an adhesive surface on which an adhesive is applied and wherein said adhesive surface is stuck on the connecting tab wire cover and the connecting tab wire encapsulant through a slit formed in the connecting tab wire encapsulant , said connecting tab wire encapsulant having a wider size than the connecting tab wire cover ; inserting the connecting tab wire cover and the connecting tab wire encapsulant thus fixed between the first encapsulant and a connecting tab wire for connecting a plurality of solar cells , with the connecting tab wire cover on the first encapsulant side; and fixing the connecting tab wire cover fixed to the connecting tab wire encapsulant and the connecting tab wire with a second adhesive tape , said second adhesive tape having an adhesive surface on which an adhesive is applied, the adhesive surface being stuck on the first adhesive tape which is already stuck, and the connecting tab wire .
A particulate abrasive material comprising: body comprising a first major surface being the upper surface, a second major surface being the bottom surface, and at least one side surface extending between the first major surface and second major surface, wherein at least a portion of the at least one side surface comprises a fractured region defined by having a surface roughness that is greater than a surface roughness of the first major surface or second major surface of the body; wherein the fractured region has a height (hfr) that is less than a height of the body (he) on the side surface; and wherein the particulate material comprises a ceramic material, wherein the largest dimension measurable on the body is at least 100 microns and not greater than 5 mm. body comprising a first major surface being the upper surface, a second major surface being the bottom surface, and at least one side surface extending between the first major surface and second major surface, wherein at least a portion of the at least one side surface comprises a fractured region defined by having a surface roughness that is greater than a surface roughness of the first major surface or second major surface of the body; wherein the fractured region has a height (hfr) that is less than a height of the body (he) on the side surface; and wherein the particulate material comprises a ceramic material, wherein the fractured region has a height (hfr) that is less than a height of the body (he) on the side surface; and wherein the particulate material comprises a ceramic material, wherein the largest dimension measurable on the body is at least 100 microns and not greater than 5 mm.
A hose device for a water-carrying household appliance , comprising a first connector for a connection to a water supply network , a second connector for a connection to the household appliance , exactly one hose , which is arranged between the first connector and the second connector , wherein the hose is formed as a single-walled corrugated hose and is configured to supply water from the water supply network to the household appliance , and a pressure reducer which is arranged to reduce pressure surges from the water supply network into the corrugated hose and which is arranged in front of the corrugated hose in a direction of flow.
An observation method of a biological tissue sample for observing a three-dimensional structure of the biological tissue sample, the method comprising: cutting out a sample from the biological tissue, staining the sample, and embedding the sample in a resin to form a sample block; cutting up the sample block into a plurality of sample pieces (12a-12f) and fixing each of the sample pieces to a sample piece placement member to form a plurality of observation samples (13a-13f); observing each of the observation samples with an optical microscope and specifying an observation target area for performing precise observation; observing the observation target area with a scanning electron microscope and specifying and registering a coordinate of the observation target area on the sample piece for each of the observation samples; milling the sample piece comprising irradiating the observation target area of the sample piece with an ion beam using gas as an ion source or a neutral particle beam with reference to the coordinate and exposing an observation surface inside the sample piece; and obtaining a scanning electron microscope (SEM) image of the observation surface with the scanning electron microscope. cutting out a sample from the biological tissue, staining the sample, and embedding the sample in a resin to form a sample block; cutting up the sample block into a plurality of sample pieces (12a-12f) and fixing each of the sample pieces to a sample piece placement member to form a plurality of observation samples (13a-13f); observing each of the observation samples with an optical microscope and specifying an observation target area for performing precise observation; observing the observation target area with a scanning electron microscope and specifying and registering a coordinate of the observation target area on the sample piece for each of the observation samples; milling the sample piece comprising irradiating the observation target area of the sample piece with an ion beam using gas as an ion source or a neutral particle beam with reference to the coordinate and exposing an observation surface inside the sample piece; and obtaining a scanning electron microscope (SEM) image of the observation surface with the scanning electron microscope.
Indoor and outdoor mobility system forming a mobility device for people with walking disability, the system comprising: a. a base b. two indoor front wheels , which can be attached to the base ; c. two outdoor front wheels , which can be removably attached to the base , wherein the outdoor front wheels , when attached to the base comprise a wider track width compared to the indoor front wheels ; d. indoor back wheels , which can be attached to the base ; and e. outdoor back wheels , which can be removably attached to the base , wherein the outdoor back wheels , when attached to the base comprise a wider track width compared to the indoor back wheels ; characterized by f. individually and electrically driven front axles for driving the indoor and outdoor front wheels or individually and electrically driven back axles for driving the indoor and outdoor back wheels . a. a base b. two indoor front wheels , which can be attached to the base ; c. two outdoor front wheels , which can be removably attached to the base , wherein the outdoor front wheels , when attached to the base comprise a wider track width compared to the indoor front wheels ; d. indoor back wheels , which can be attached to the base ; and e. outdoor back wheels , which can be removably attached to the base , wherein the outdoor back wheels , when attached to the base comprise a wider track width compared to the indoor back wheels ; characterized by f. individually and electrically driven front axles for driving the indoor and outdoor front wheels or individually and electrically driven back axles for driving the indoor and outdoor back wheels .
A composite glass article comprising a first region and a second region in contact with the first region at an interface, the first region comprising a lithium-based glass ceramic, the lithium-based glass ceramic comprising a ceramic phase and a residual glass phase, wherein the ceramic phase comprises a lithium aluminosilicate phase having a lithium aluminosilicate stuffed β-quartz structure, and the second region comprising a lithium zinc aluminosilicate glass, wherein the lithium zinc aluminosilicate glass is transparent and comprises at least one sensitizing agent and at least one nucleating agent and wherein the lithium zinc aluminosilicate glass is negatively photosensitive to ultraviolet radiation and comprises: from 66 wt% to 76 wt% SiO 2 ; from 5 wt% to 9 wt% Al 2 O 3 ; from 5 wt% to 8 wt% Li 2 O; from greater than 0 wt% to 1 wt% K 2 O; from greater than 0 wt% to 6 wt% F - ; from greater than 0 wt% to 0.1 wt% CeO 2 ; from greater than 0 wt% to 0.05 wt% Ag; and from 6 wt% to 8 wt% ZnO.
An injection lance for injecting a liquid reducing reagent into a flue gas comprising - at least two separate oblong injectors having a different length, each injector comprising an internal pipe , an external pipe , and a spraying nozzle ; surrounding pipe disposed around the at least two injectors and comprising at least one opening per injector for allowing passage of sprayed reducing agent into the flue gas; and, wherein the internal pipe and the external pipe of every injector are arranged for providing a first cooling means; and the surrounding pipe and external pipes of every injector are arranged for providing a second cooling means. - at least two separate oblong injectors having a different length, each injector comprising an internal pipe , an external pipe , and a spraying nozzle ; surrounding pipe disposed around the at least two injectors and comprising at least one opening per injector for allowing passage of sprayed reducing agent into the flue gas; and,