mhurhangee/patent-ind-claim-en huggingface dataset:
A clamping member, the clamping member comprising: a body comprising a first and a second open channels with respect to a first side; first and second male members extending with respect to said first side and configured in use to engage with a respective male member of another such clamping member when in a first opposed configuration therewith to cooperatively define between the two clamping members one or more cable-retaining channels of a first size by means of said opposed open channels, first and second female members with respect to said first side and configured in use to receive the respective first and second male members of the other such clamping member when in a second opposed configuration such that the cable-retaining channels are of a reduced size than the first size in the first opposed configuration, wherein the body comprises a mid-wall and first and second flanges extending from the mid-wall, the flanges being shaped so as to define said first and second open channels with respect to the first side, either side of the mid-wall, and the frist and second male members and the first and second female members extend across a central axis of the mid-wall between the two open channels, and wherein the first and second male members comprise first and second arms have a mating surface which engages with a mating surface of the respective male members of the other such clamping member when in the first opposed configuration. a body comprising a first and a second open channels with respect to a first side; first and second male members extending with respect to said first side and configured in use to engage with a respective male member of another such clamping member when in a first opposed configuration therewith to cooperatively define between the two clamping members one or more cable-retaining channels of a first size by means of said opposed open channels, first and second female members with respect to said first side and configured in use to receive the respective first and second male members of the other such clamping member when in a second opposed configuration such that the cable-retaining channels are of a reduced size than the first size in the first opposed configuration, wherein the body comprises a mid-wall and first and second flanges extending from the mid-wall, the flanges being shaped so as to define said first and second open channels with respect to the first side, either side of the mid-wall, and the frist and second male members and the first and second female members extend across a central axis of the mid-wall between the two open channels, and wherein the first and second male members comprise first and second arms have a mating surface which engages with a mating surface of the respective male members of the other such clamping member when in the first opposed configuration.
A processor implemented method for locating a feature in a image captured by a video endoscope device comprising: accessing image data representing an image captured by a video endoscopic device, wherein the image data is encoded in a first color space; converting the accessed image data from the first color space to a second color space, wherein the second color space is different than the first color space; identifying a location of a feature in the image by analyzing the image data in the second color space by: grouping pixels by generating a histogram of hue values of pixels in the image data based on the image data in the second color space; determining a first set of pixels that fall within a first range of the hues in the histogram; determining a second set of pixels that fall within a second range of hues in the histogram; selecting one of the first or second set of pixels based on a relative color difference between the first range of hues and the second range of hues; storing segmentation data that indicates the location of the features in the image, wherein the segmentation data indicates the selected set of pixels; and displaying , based on the segmentation data, the image with an indication of the identified location of the features. accessing image data representing an image captured by a video endoscopic device, wherein the image data is encoded in a first color space; converting the accessed image data from the first color space to a second color space, wherein the second color space is different than the first color space; identifying a location of a feature in the image by analyzing the image data in the second color space by: grouping pixels by generating a histogram of hue values of pixels in the image data based on the image data in the second color space; determining a first set of pixels that fall within a first range of the hues in the histogram; determining a second set of pixels that fall within a second range of hues in the histogram; selecting one of the first or second set of pixels based on a relative color difference between the first range of hues and the second range of hues; storing segmentation data that indicates the location of the features in the image, wherein the segmentation data indicates the selected set of pixels; and displaying , based on the segmentation data, the image with an indication of the identified location of the features. grouping pixels by generating a histogram of hue values of pixels in the image data based on the image data in the second color space; determining a first set of pixels that fall within a first range of the hues in the histogram; determining a second set of pixels that fall within a second range of hues in the histogram; selecting one of the first or second set of pixels based on a relative color difference between the first range of hues and the second range of hues; storing segmentation data that indicates the location of the features in the image, wherein the segmentation data indicates the selected set of pixels; and displaying , based on the segmentation data, the image with an indication of the identified location of the features.
Mechanically controllable valve drive comprising a gas exchange valve , wherein a transfer arrangement is paired with the gas exchange valve , wherein the transfer arrangement has an intermediate lever arrangement and a drag lever arrangement , wherein an intermediate lever of the intermediate lever arrangement has a working curve for an operative connection to a drag lever of the drag lever arrangement , wherein the intermediate lever has a first roller element which is operatively connected to a circumferential contour of a camshaft , and wherein the intermediate lever has a second roller element which is rotatably mounted on an axis such that the second roller element is operatively connected to a valve stroke adjusting means such that different valve stroke positions can be set, wherein spring means are provided which engage the intermediate lever arrangement , and wherein guiding means are provided for the intermediate lever arrangement, wherein the guiding means consist of a slotted guide which is engaged by at least one guide roller element that is provided in the region of the second roller element , wherein the working curve of the intermediate lever is essentially formed by two partial regions , i.e. a first partial region formed as a circular path about the centre of the axis of the second roller element and a second partial region formed as a continuous lobe curve, wherein the spring means are formed by a torsion spring element , the first end of which rests on a cylinder housing portion and the second end of which acts on a counter bearing rigidly connected with the intermediate lever , and wherein the distance of an axis of the first roller element to the counter bearing is greater than that of the axis of the second roller element such that a force is introduced into the intermediate lever, which both presses the guide roller element against the slotted guide and presses the first roller against the camshaft .
A disc brake arrangement comprising - a brake disc , - a brake calliper assembly with a brake calliper , and - a brake dust particle filter with a filter housing and a filter medium arranged in sections in the filter housing , characterized in that the filter medium projects beyond the filter housing in circumferential direction of the brake disc and rests in a sealing manner against the brake calliper assembly . - a brake disc , - a brake calliper assembly with a brake calliper , and - a brake dust particle filter with a filter housing and a filter medium arranged in sections in the filter housing ,
A method of producing a core for a gas turbine component casting comprising: providing a core injection tooling comprising a cavity block having an upper portion , a lower portion , and a recessed cavity in each of the upper portion and the lower portion , an adapter insert having a first portion and a second portion , the adapter insert sized to fit within the recessed cavities in the cavity block , and a core die insert positioned within the adapter insert , the core die insert comprised of a sacrificial material; directing a ceramic-based core material into the core die insert ; applying pressure to the core die insert through the adapter insert and the cavity block ; solidifying the ceramic-based core material within the core die insert ; and, removing the core from the core die insert ; wherein the adapter insert has profiles in the first portion and second portion corresponding to the shape of the core die insert 220, and the core die insert has a hollow internal profile corresponding to an external profile of the core for casting a gas turbine component, the core die insert has an external profile , where the external profile of the core die insert corresponds to the first portion and the second portion of the adapter insert . providing a core injection tooling comprising a cavity block having an upper portion , a lower portion , and a recessed cavity in each of the upper portion and the lower portion , an adapter insert having a first portion and a second portion , the adapter insert sized to fit within the recessed cavities in the cavity block , and a core die insert positioned within the adapter insert , the core die insert comprised of a sacrificial material; directing a ceramic-based core material into the core die insert ; applying pressure to the core die insert through the adapter insert and the cavity block ; solidifying the ceramic-based core material within the core die insert ; and, removing the core from the core die insert ; wherein the adapter insert has profiles in the first portion and second portion corresponding to the shape of the core die insert 220, and the core die insert has a hollow internal profile corresponding to an external profile of the core for casting a gas turbine component, the core die insert has an external profile , where the external profile of the core die insert corresponds to the first portion and the second portion of the adapter insert .
A retainer assembly for securing a mantle on a mainshaft of a gyratory crusher, the assembly comprising: a headnut having a body defined by a first face surface and a second face surface , the headnut including first series of bores extending through the body and a second series of bores extending through the body; a plurality of jacking bolts each received in one of the second series of bores formed in the headnut ; and a plurality of cylinders and a supply of pressurized fluid in communication with the plurality of cylinders , wherein the plurality of cylinders are each received in one of the first series of bores in the headnut, wherein when the supply of pressurized fluid is supplied to the plurality of cylinders , a gap is created between the second face surface of the headnut and the mantle . a headnut having a body defined by a first face surface and a second face surface , the headnut including first series of bores extending through the body and a second series of bores extending through the body; a plurality of jacking bolts each received in one of the second series of bores formed in the headnut ; and a plurality of cylinders and a supply of pressurized fluid in communication with the plurality of cylinders , wherein the plurality of cylinders are each received in one of the first series of bores in the headnut, wherein when the supply of pressurized fluid is supplied to the plurality of cylinders , a gap is created between the second face surface of the headnut and the mantle .
A user equipment, comprising: receiving means for receiving configuration signaling from a network node, configuring how to use a resource pool, wherein the user equipment transmits to the network node using contention-based transmission comprising a preamble followed by a data payload; selecting means for selecting a preamble zone combination from the resource pool, wherein the resource pool includes a preamble symbol for transmitting a preamble followed by resource units for transmitting data payload and the preamble symbol is divided into a plurality of preamble zones, and the preamble zone combination comprises a combination of one or more of the preamble zones; and transmitting means for transmitting the preamble using the selected preamble zone combination followed by the data payload to the network node, wherein a preamble sequence index is used to identify the user equipment. receiving means for receiving configuration signaling from a network node, configuring how to use a resource pool, wherein the user equipment transmits to the network node using contention-based transmission comprising a preamble followed by a data payload; selecting means for selecting a preamble zone combination from the resource pool, wherein the resource pool includes a preamble symbol for transmitting a preamble followed by resource units for transmitting data payload and the preamble symbol is divided into a plurality of preamble zones, and the preamble zone combination comprises a combination of one or more of the preamble zones; and transmitting means for transmitting the preamble using the selected preamble zone combination followed by the data payload to the network node, wherein a preamble sequence index is used to identify the user equipment.
An indoor unit of an air-conditioning apparatus , comprising: a back casing ; and a first top panel having a first pivot axis under the back casing , the first top panel being configured to be attached to the back casing , wherein the first top panel is configured to be detached from the back casing by opening downward from the back casing around the first pivot axis , the indoor unit comprising an electric component box , wherein the electric component box includes a remote-control communication unit in a lower portion of the electric component box , and when the first top panel opens downward, a downward-opening pivot path region including a path along which the first top panel moves is shaped, characterized in that an upper portion of the electric component box is formed to be disposed outside the downward-opening pivot path region such that a front portion of the upper portion is lower than a back portion of the upper portion, the first top panel further includes, in a lower portion of the first top panel , a bent portion that connects a first front portion and a bottom portion , and the remote-control communication unit is disposed inside the bent portion of the first top panel . a back casing ; and a first top panel having a first pivot axis under the back casing , the first top panel being configured to be attached to the back casing , wherein the first top panel is configured to be detached from the back casing by opening downward from the back casing around the first pivot axis , the indoor unit comprising an electric component box , wherein the electric component box includes a remote-control communication unit in a lower portion of the electric component box , and when the first top panel opens downward, a downward-opening pivot path region including a path along which the first top panel moves is shaped, characterized in that an upper portion of the electric component box is formed to be disposed outside the downward-opening pivot path region such that a front portion of the upper portion is lower than a back portion of the upper portion, the first top panel further includes, in a lower portion of the first top panel , a bent portion that connects a first front portion and a bottom portion , and the remote-control communication unit is disposed inside the bent portion of the first top panel .
A binder composition for an electrochemical device electrode comprising a binder and an organic solvent, wherein the binder includes a particulate polymer A and a polymer B, the particulate polymer A has a core-shell structure including a core portion and a shell portion at least partially covering an outer surface of the core portion, a polymer forming the shell portion has a glass-transition temperature of not lower than -50°C and not higher than 20°C, and a mixture obtained by mixing the polymer B in a concentration of 8 mass% with the organic solvent has a viscosity at a shear rate of 1 s -1 of not less than 100 mPa·s and not more than 10,000 mPa·s. the binder includes a particulate polymer A and a polymer B, the particulate polymer A has a core-shell structure including a core portion and a shell portion at least partially covering an outer surface of the core portion, a polymer forming the shell portion has a glass-transition temperature of not lower than -50°C and not higher than 20°C, and a mixture obtained by mixing the polymer B in a concentration of 8 mass% with the organic solvent has a viscosity at a shear rate of 1 s -1 of not less than 100 mPa·s and not more than 10,000 mPa·s.
A multi-purpose piece of furniture which has both the function of a high chair and, upon being turned to another side, at least one of the functions selected from the group consisting of: a bouncer; a table with a bench; a staircase; a toy vehicle, wherein the multi-purpose piece of furniture has two side parts and at least two connecting elements which rigidly connect said side parts in two positions, wherein at least two separate, independently adjustable elements are present between the side parts , wherein each of at least two adjustable elements is independently adjustable at least between two respective positions between the side parts , and the spatial orientation of the respective adjustable element in any one of the positions is different from the spatial orientation of said respective adjustable element in any other position, wherein, for these positions, the respective adjustable element undergoes a translating movement and a rotating movement to achieve the second position starting from the first position, characterised in that , for at least one and preferably for at least two adjustable elements, two respective guide tracks are present in each side part , wherein the respective adjustable element has one pair of guiding elements on each of two opposite sides, wherein each guiding element protrudes into a respective one of the guides .
A chamber for a differential air pressure system , the chamber comprising: an inflatable enclosure including a user seal that comprises an adjustable opening that is capable of receiving and sealing around a user's body so that at least a portion of the user's body is sealed into the chamber; wherein the adjustable opening comprises one or more cams and wherein a sufficiently airtight junction is formed between the user's body and the one or more cams so that a nonzero differential pressure can be sustained in the chamber, and the adjustable opening is capable of accommodating a range of user body sizes; characterised in that the chamber further comprises: a height adjustable frame positioned around the enclosure, the height adjustable frame capable of supporting a user's body weight in the event of a trip or a fall, wherein the height adjustable frame comprises a rear vertical support, a front vertical support and a support bar coupled to the inflatable enclosure and extending between the rear vertical support and the front vertical support and wherein at least one of the rear and front vertical supports comprises a height adjustment apparatus for engaging the support bar to allow for adjustment of the height of the support bar. an inflatable enclosure including a user seal that comprises an adjustable opening that is capable of receiving and sealing around a user's body so that at least a portion of the user's body is sealed into the chamber; wherein the adjustable opening comprises one or more cams and wherein a sufficiently airtight junction is formed between the user's body and the one or more cams so that a nonzero differential pressure can be sustained in the chamber, and the adjustable opening is capable of accommodating a range of user body sizes; characterised in that the chamber further comprises: a height adjustable frame positioned around the enclosure, the height adjustable frame capable of supporting a user's body weight in the event of a trip or a fall, wherein the height adjustable frame comprises a rear vertical support, a front vertical support and a support bar coupled to the inflatable enclosure and extending between the rear vertical support and the front vertical support and wherein at least one of the rear and front vertical supports comprises a height adjustment apparatus for engaging the support bar to allow for adjustment of the height of the support bar. a height adjustable frame positioned around the enclosure, the height adjustable frame capable of supporting a user's body weight in the event of a trip or a fall, wherein the height adjustable frame comprises a rear vertical support, a front vertical support and a support bar coupled to the inflatable enclosure and extending between the rear vertical support and the front vertical support and wherein at least one of the rear and front vertical supports comprises a height adjustment apparatus for engaging the support bar to allow for adjustment of the height of the support bar.
A peptide of less than 50 amino acids comprising at least 6 consecutive amino acids from the amino acid sequence SEQ ID NO: 4 for use in the treatment of a cardiovascular disease, wherein the cardiovascular disease is selected from a myocardial or cerebral infarction, acute myocardial infarction, coronary heart disease, acute coronary syndrome, stroke, aneurysm, stable or effort angina pectoris, cardiomyopathy, hypertensive heart disease, chronic heart failure, acute heart failure, cor pulmonale, cardiac dysrhythmias, inflammatory heart disease such as endocarditis, myocarditis, peripheral arterial disease, SIRS-associated myocardial and vascular dysfunction, and atherosclerosis.