mhurhangee/patent-ind-claim-en huggingface dataset:
A method of characterizing heterogeneity in a cell sample comprising one or more analytes labeled with a detectable marker, the method comprising analyzing an image of the cell sample on a computer apparatus comprising a computer processor programmed to apply a cluster analysis to a dataset obtained from the image of the cell sample to create a cluster map comprising a plurality of clusters of expression patterns, wherein: (a) the dataset comprises an image stack for at least a portion of the image of the cell sample, wherein the image stack comprises a x-axis, a y-axis, and a z-axis, wherein the x-axis and the y-axis represent spatial coordinates within the portion of the image, and the z-axis comprises a number of n layers (L1, L2, L3..., Ln), wherein each layer of the z axis comprises intensity data for a single detectable marker at a plurality of x,y coordinates; and (b) the cluster analysis comprises applying an unsupervised, non-parametric, density-based clustering algorithm to the image stack, wherein the clustering algorithm clusters points (P i , P j ) defined by the dataset in an at least n+2 dimensional space, where each point is given by x,y coordinates and n intensity data values from the n layers at the respective x,y coordinate in the image stack , thereby generating the plurality of clusters, (c) outputting of output data being representative of the result of the cluster analysis, the data being indicative of the heterogeneity in the cell sample. wherein the image is a multi-channel image and wherein the n layers are obtained by unmixing the multi-channel image. (a) the dataset comprises an image stack for at least a portion of the image of the cell sample, wherein the image stack comprises a x-axis, a y-axis, and a z-axis, wherein the x-axis and the y-axis represent spatial coordinates within the portion of the image, and the z-axis comprises a number of n layers (L1, L2, L3..., Ln), wherein each layer of the z axis comprises intensity data for a single detectable marker at a plurality of x,y coordinates; and (b) the cluster analysis comprises applying an unsupervised, non-parametric, density-based clustering algorithm to the image stack, wherein the clustering algorithm clusters points (P i , P j ) defined by the dataset in an at least n+2 dimensional space, where each point is given by x,y coordinates and n intensity data values from the n layers at the respective x,y coordinate in the image stack , thereby generating the plurality of clusters, (c) outputting of output data being representative of the result of the cluster analysis, the data being indicative of the heterogeneity in the cell sample.
A containment vessel for storing and sterilizing a replacement heart valve coupled to a delivery system having an outer sheath , the containment vessel comprising: a hollow element having a wall, a proximal end, a distal end, and a lumen extending between the proximal end and the distal end, the lumen of the hollow element being configured and adapted to contain a replacement heart valve in a deployed configuration during storage and sterilizing of the replacement heart valve; and a proximal end cap including a secondary proximal end cap removably secured to the proximal end cap and configured to reversibly seal the proximal end cap to the outer sheath , thereby establishing a closed fluid connection between the lumen of the hollow element and a lumen of the outer sheath ; characterized in that the proximal end cap includes a sheathing guide configured and adapted to direct the replacement heart valve into the lumen of the outer sheath , wherein the sheathing guide includes a tapered surface extending from a distal end of the sheathing guide toward a proximal end of the proximal end cap . a hollow element having a wall, a proximal end, a distal end, and a lumen extending between the proximal end and the distal end, the lumen of the hollow element being configured and adapted to contain a replacement heart valve in a deployed configuration during storage and sterilizing of the replacement heart valve; and a proximal end cap including a secondary proximal end cap removably secured to the proximal end cap and configured to reversibly seal the proximal end cap to the outer sheath , thereby establishing a closed fluid connection between the lumen of the hollow element and a lumen of the outer sheath ; characterized in that the proximal end cap includes a sheathing guide configured and adapted to direct the replacement heart valve into the lumen of the outer sheath , wherein the sheathing guide includes a tapered surface extending from a distal end of the sheathing guide toward a proximal end of the proximal end cap .
A method of searching digital works comprising the steps of: applying an encryption function to individual elements within a digital work to form a set of encrypted index elements; storing the index elements as an index for the digital work, wherein storing the index elements comprises joining the index elements to form a single string and then separating the single string into an array of similar length data units and replicating a portion of data components found in each data unit in the following data unit in the array ; receiving a plain text search term; applying the encryption function to one or more individual elements within the plain text search term to convert the search term into one or more encrypted search term elements ; identifying a digital work having an index containing one or more encrypted index elements that match one or more of the encrypted search term elements ; and returning search results of the identified digital work . applying an encryption function to individual elements within a digital work to form a set of encrypted index elements; storing the index elements as an index for the digital work, wherein storing the index elements comprises joining the index elements to form a single string and then separating the single string into an array of similar length data units and replicating a portion of data components found in each data unit in the following data unit in the array ; receiving a plain text search term; applying the encryption function to one or more individual elements within the plain text search term to convert the search term into one or more encrypted search term elements ; identifying a digital work having an index containing one or more encrypted index elements that match one or more of the encrypted search term elements ; and returning search results of the identified digital work .
A tip and adapter assembly comprising: a tip that includes a body that defines a longitudinal axis , a vertical axis that is perpendicular to the longitudinal axis , and a lateral axis that is perpendicular to the vertical axis and the longitudinal axis , the body including: a forward working portion disposed along the longitudinal axis including a closed end ; and a rear attachment portion disposed along the longitudinal axis including an open end ; wherein the rear attachment portion defines an exterior surface ; an adapter nose receiving pocket extending longitudinally from the open end ; a retaining mechanism receiving aperture in communication with the adapter nose receiving pocket and the exterior surface ; an adapter nose lug receiving groove extending longitudinally from the open end to the retaining mechanism receiving aperture ; and at least one spring receiving slot that is in communication with the retaining mechanism receiving aperture and the adapter nose receiving pocket ; and an adapter that includes a body comprising a nose portion that is configured to fit within the adapter nose receiving pocket of the tip ; characterised in that the at least one spring receiving slot of the tip includes a spring base receiving portion extending laterally from the adapter nose receiving pocket and terminating at a vertical face , and a spring arm receiving portion extending vertically from the spring base receiving portion and terminating laterally at a first vertical surface disposed laterally between the adapter nose receiving pocket and the vertical face . a forward working portion disposed along the longitudinal axis including a closed end ; and a rear attachment portion disposed along the longitudinal axis including an open end ; wherein the rear attachment portion defines an exterior surface ; an adapter nose receiving pocket extending longitudinally from the open end ; a retaining mechanism receiving aperture in communication with the adapter nose receiving pocket and the exterior surface ; an adapter nose lug receiving groove extending longitudinally from the open end to the retaining mechanism receiving aperture ; and at least one spring receiving slot that is in communication with the retaining mechanism receiving aperture and the adapter nose receiving pocket ; and an adapter that includes a body comprising a nose portion that is configured to fit within the adapter nose receiving pocket of the tip ; characterised in that the at least one spring receiving slot of the tip includes a spring base receiving portion extending laterally from the adapter nose receiving pocket and terminating at a vertical face , and a spring arm receiving portion extending vertically from the spring base receiving portion and terminating laterally at a first vertical surface disposed laterally between the adapter nose receiving pocket and the vertical face .
A forming device for forming a metal pipe having a pipe portion, comprising: a first die and a second die which are paired with each other and constitute a first cavity portion for forming the pipe portion; a drive mechanism which moves at least one of the first die and the second die in a direction in which the dies are to be joined to each other; a gas supply unit which supplies a gas into a metal pipe material which is held between the first die and the second die and is heated; and a controller which controls driving of the drive mechanism and gas supply of the gas supply unit , characterized in that : the controller controls the gas supply of the gas supply unit so as to maintain a pressure in the metal pipe material at a first pressure during a hardening period in which the first and second dies are cooled and the metal pipe material is hardened in the metal pipe material and when the gas is supplied from the gas supply unit into the metal pipe material and the metal pipe material is formed into the pipe portion in the first cavity portion in a state where the first die and the second die are joined to each other. a first die and a second die which are paired with each other and constitute a first cavity portion for forming the pipe portion; a drive mechanism which moves at least one of the first die and the second die in a direction in which the dies are to be joined to each other; a gas supply unit which supplies a gas into a metal pipe material which is held between the first die and the second die and is heated; and a controller which controls driving of the drive mechanism and gas supply of the gas supply unit , characterized in that : the controller controls the gas supply of the gas supply unit so as to maintain a pressure in the metal pipe material at a first pressure during a hardening period in which the first and second dies are cooled and the metal pipe material is hardened in the metal pipe material and when the gas is supplied from the gas supply unit into the metal pipe material and the metal pipe material is formed into the pipe portion in the first cavity portion in a state where the first die and the second die are joined to each other.
A driveable roller device, which acts in an impulse-like manner, with a vibration exciter for compacting soil by means of non-round bandages without separate drive, wherein the vibration exciter is embodied as a directional oscillator and is installed in a non-round bandage, characterised in that a frame is connectable to a drive unit such that it is suspended thereon or is pushed thereby, and in that the vibration exciter has a ring gear , which is fixedly connected to the bandage and rotates synchronously with the rotary motion of the bandage and in which unbalance masses for generating vibrations which are transferrable to the roller device by means of an axle attachment rigidly connected to the frame are driven by means of a gearing, wherein the transmission ratio of the gearing iH is in relation to the ring gear and for non-round bandages corresponds to the number of impact points arranged on the bandage .
A helicopter collision-avoidance system comprising: a radar and light module designed to fixably couple to an existing light module receptacle of a helicopter , wherein at least one lamp , a radar emitter , a radar detector and a first radio frequency, RF, communication system are incorporated into a light module to form the radar and light module, wherein: the at least one lamp is configured to emit light; the radar emitter is configured to emit a radar signal ; the radar detector is configured to receive a radar return signal associated with reflections of the emitted radar signal that are reflected from an object ; and the first RF communication system is configured to wirelessly transmit radar information associated with the received radar return signal, wherein the radar and light module is located at one of a plurality of light positions on an external surface of the helicopter ; a radar information receiver comprising: a second RF communication system configured to receive the radar information wirelessly transmitted from the first RF system; and a user interface system configured to output information associated with the received radar information. a radar and light module designed to fixably couple to an existing light module receptacle of a helicopter , wherein at least one lamp , a radar emitter , a radar detector and a first radio frequency, RF, communication system are incorporated into a light module to form the radar and light module, wherein: the at least one lamp is configured to emit light; the radar emitter is configured to emit a radar signal ; the radar detector is configured to receive a radar return signal associated with reflections of the emitted radar signal that are reflected from an object ; and the first RF communication system is configured to wirelessly transmit radar information associated with the received radar return signal, the at least one lamp is configured to emit light; the radar emitter is configured to emit a radar signal ; the radar detector is configured to receive a radar return signal associated with reflections of the emitted radar signal that are reflected from an object ; and the first RF communication system is configured to wirelessly transmit radar information associated with the received radar return signal, wherein the radar and light module is located at one of a plurality of light positions on an external surface of the helicopter ; a radar information receiver comprising: a second RF communication system configured to receive the radar information wirelessly transmitted from the first RF system; and a user interface system configured to output information associated with the received radar information. a second RF communication system configured to receive the radar information wirelessly transmitted from the first RF system; and a user interface system configured to output information associated with the received radar information.
A battery assembly comprising: a plurality of battery cells ; a plurality of corrugated flow plates ; and first and second fluid manifolds, wherein each plate of the plurality of corrugated flow plates is an extruded plastic unit comprising first and second fluid impermeable sheets connected together by a plurality of ribs located between the first and second sheets , said plurality of ribs forming an array of parallel channels extending from one end of the first and second sheet to an opposite end of the first and second sheet , wherein the plurality of corrugated flow plates and the plurality of battery cells are interleaved with each other, and wherein each plate of the plurality of corrugated plates extends from the first manifold to the second manifold and is oriented so that the array of parallel channels within each plate forms a plurality of fluid flow paths connecting the first and second manifolds. a plurality of battery cells ; a plurality of corrugated flow plates ; and first and second fluid manifolds, wherein each plate of the plurality of corrugated flow plates is an extruded plastic unit comprising first and second fluid impermeable sheets connected together by a plurality of ribs located between the first and second sheets , said plurality of ribs forming an array of parallel channels extending from one end of the first and second sheet to an opposite end of the first and second sheet , wherein the plurality of corrugated flow plates and the plurality of battery cells are interleaved with each other, and wherein each plate of the plurality of corrugated plates extends from the first manifold to the second manifold and is oriented so that the array of parallel channels within each plate forms a plurality of fluid flow paths connecting the first and second manifolds.
A method of moving a molecular hopper along a track; wherein: (a) the track comprises a plurality of primary functional groups aligned along a substrate which is an organic or inorganic surface; (b) the hopper comprises a secondary functional group capable of forming a chemical bond to each of the plurality of primary functional groups on the track; and (c) the hopper comprises a charged polymeric cargo moiety; the method comprising the steps of: (i) contacting the hopper with the track such that the secondary functional group of the hopper binds to a first primary functional group on the track; (ii) applying a driving force so as to cause the hopper to be directionally transferred from the first primary functional group to a second primary functional group on the track thereby causing the hopper to move along the track; wherein the driving force is an electrical potential; and wherein the direction of the driving force relative to the track determines the direction of the movement of the hopper along the track. (a) the track comprises a plurality of primary functional groups aligned along a substrate which is an organic or inorganic surface; (b) the hopper comprises a secondary functional group capable of forming a chemical bond to each of the plurality of primary functional groups on the track; and (c) the hopper comprises a charged polymeric cargo moiety; (i) contacting the hopper with the track such that the secondary functional group of the hopper binds to a first primary functional group on the track; (ii) applying a driving force so as to cause the hopper to be directionally transferred from the first primary functional group to a second primary functional group on the track thereby causing the hopper to move along the track;
A conductive film comprising a transparent substrate and a pattern constituted by a fine metal wire and disposed on one side or both sides of the transparent substrate, wherein: the fine metal wire comprises conductive metal atoms M and carbon atoms C; the carbon atoms are unevenly distributed at or near the interface of the fine metal wire on the transparent substrate side; when the thickness of the fine metal wire is defined as T in STEM-EDX analysis on a cross-section of the fine metal wire perpendicular to a direction of drawing of the fine metal wire, atom% ratio C/M 0.10-0.25 in a thickness region from 0.10T to 0.25T from a fine metal wire interface on the transparent substrate side is 0.3 or more and 6.0 or less; and a sheet resistance of the conductive film is 0.1 Q/sq or more and 500 Ω/sq or less. the fine metal wire comprises conductive metal atoms M and carbon atoms C; the carbon atoms are unevenly distributed at or near the interface of the fine metal wire on the transparent substrate side; when the thickness of the fine metal wire is defined as T in STEM-EDX analysis on a cross-section of the fine metal wire perpendicular to a direction of drawing of the fine metal wire, atom% ratio C/M 0.10-0.25 in a thickness region from 0.10T to 0.25T from a fine metal wire interface on the transparent substrate side is 0.3 or more and 6.0 or less; and a sheet resistance of the conductive film is 0.1 Q/sq or more and 500 Ω/sq or less.
Clamp arrangement for fastening a hose to a pipe or to a connecting piece , comprising - a clamp having an annular clamp band and a clamp band-tensioning unit , and - an insert part which is inserted coaxially into the clamp band and which is designed as an annular band , wherein - multiple springs are distributed over a circumference of the clamp band , wherein the springs act radially and are arranged in such a way that they are situated between the clamp band and the insert part , and the insert part is formed as an annular band whose end portions overlap at a point of overlap and are not connected to one another, so that the annular band is variable in diameter by way of tangential displacement of its end portions at the point of overlap and, in this way, the spring force between the clamp band and the insert part comes into effect. - a clamp having an annular clamp band and a clamp band-tensioning unit , and - an insert part which is inserted coaxially into the clamp band and which is designed as an annular band , wherein - multiple springs are distributed over a circumference of the clamp band , wherein the springs act radially and are arranged in such a way that they are situated between the clamp band and the insert part , and the insert part is formed as an annular band whose end portions overlap at a point of overlap and are not connected to one another, so that the annular band is variable in diameter by way of tangential displacement of its end portions at the point of overlap and, in this way, the spring force between the clamp band and the insert part comes into effect.
Rotating tower crane for erecting a wind turbine, having - a tower and - a tower substructure , which is connected to the tower and is intended for supporting the tower, wherein - the tower substructure has a supporting cross frame, which has three or more, preferably four, legs extending from the tower , characterized in that each leg has fastened on it, on the ground side, a load-distributor plate (11a, b), which is not connected to the foundation , wherein the load-distributor plates (11a, b) together form the ballast of the tower. - a tower and - a tower substructure , which is connected to the tower and is intended for supporting the tower, wherein - the tower substructure has a supporting cross frame, which has three or more, preferably four, legs extending from the tower ,