mhurhangee/ep-ind-claims huggingface dataset:
A method of making an article, the method comprising: forming a master by forming prism elements on an upper surface of a substrate; forming a wall on the substrate, wherein the wall shares a first common edge with the surface; and thereby forming a wall angle (Wθ, Wθ1, Wθ2) between the wall and the surface as measured through the substrate; and forming a face on the substrate by removing a portion of a lower part of the substrate, wherein the wall shares a second common edge with the face; wherein the first common edge is on an opposite side of the wall from the second common edge; and wherein a face angle (Fθ, Fθ1, Fθ2) between the face and the wall as measured through the substrate is less than 180°; and making a plurality of replicas of the master to obtain a first tile and a second tile; and mating a first tile to a second tile by abutting the mating walls of the first tile and the second tile, wherein a first wall angle (Wθ1) of the first tile and the second wall angle (Wθ2) of the second tile are adding up to 180°, and wherein the first tile has a first face angle (Fθ1) that is less than 180° and the second tile has a second face angle (Fθ2) that is less than 180°. forming a master by forming prism elements on an upper surface of a substrate; forming a wall on the substrate, wherein the wall shares a first common edge with the surface; and thereby forming a wall angle (Wθ, Wθ1, Wθ2) between the wall and the surface as measured through the substrate; and forming a face on the substrate by removing a portion of a lower part of the substrate, wherein the wall shares a second common edge with the face; wherein the first common edge is on an opposite side of the wall from the second common edge; and wherein a face angle (Fθ, Fθ1, Fθ2) between the face and the wall as measured through the substrate is less than 180°; and making a plurality of replicas of the master to obtain a first tile and a second tile; and mating a first tile to a second tile by abutting the mating walls of the first tile and the second tile, wherein a first wall angle (Wθ1) of the first tile and the second wall angle (Wθ2) of the second tile are adding up to 180°, and wherein the first tile has a first face angle (Fθ1) that is less than 180° and the second tile has a second face angle (Fθ2) that is less than 180°.
A method (700, 800) for operating a pool cleaning robot, the method comprises: receiving, from a user and by a mobile computer that is under a control of the user, a demarcation line; converting, by the mobile computer, the demarcation line to demarcation information; receiving, by the pool cleaning robot, the demarcation information, wherein the demarcation information defines pool zones and pool cleaning robot operational parameters related to the pool zones; and performing a cleaning operation, by the pool cleaning robot, based on the demarcation information. receiving, from a user and by a mobile computer that is under a control of the user, a demarcation line; converting, by the mobile computer, the demarcation line to demarcation information; receiving, by the pool cleaning robot, the demarcation information, wherein the demarcation information defines pool zones and pool cleaning robot operational parameters related to the pool zones; and performing a cleaning operation, by the pool cleaning robot, based on the demarcation information.
A method of determining the cell of origin of a diffuse large B Cell lymphoma (DLBCL) of a patient diagnosed with DLBCL, the method comprising: a. performing DNA sequencing on DNA from a sample acquired from the patient to acquire a list of genomic features associated with the sample, b. applying, by a computer system, a pre-defined cell of origin DNA classification model to the list of genomic features to calculate a probability score, wherein the cell of origin DNA classification model is described by a set of weighted DNA-based features and is trained to identify activated B cell COO and germinal center B Cell COO samples using DNA-based features, wherein the set of weighted DNA-based features include chromosome arm-level copy number and zygosity metrics, gene-level features and one or more frequency of alteration class features, and c. classifying, by the computer system, the patient as having a germinal center B cell COO when the probability score is below a first pre-defined cutoff, and classifying, by the computer system, the patient as having an activated B cell COO when the probability score is above or equal to a second predefined cutoff, wherein the first pre-defined cutoff is at or below the second pre-defined cutoff. a. performing DNA sequencing on DNA from a sample acquired from the patient to acquire a list of genomic features associated with the sample, b. applying, by a computer system, a pre-defined cell of origin DNA classification model to the list of genomic features to calculate a probability score, wherein the cell of origin DNA classification model is described by a set of weighted DNA-based features and is trained to identify activated B cell COO and germinal center B Cell COO samples using DNA-based features, wherein the set of weighted DNA-based features include chromosome arm-level copy number and zygosity metrics, gene-level features and one or more frequency of alteration class features, and c. classifying, by the computer system, the patient as having a germinal center B cell COO when the probability score is below a first pre-defined cutoff, and classifying, by the computer system, the patient as having an activated B cell COO when the probability score is above or equal to a second predefined cutoff, wherein the first pre-defined cutoff is at or below the second pre-defined cutoff.
A resin structure (1, 600) comprising: a molded resin element (320, 420, 670); and a push-type switch; the push-type switch including: a first terminal and a second terminal configured to connect to an electrical circuit; a receptacle to which the first and second terminal are secured; a button unit protruding from the receptacle; and a contact spring unit configured to move together with the button unit, to electrically connect between the first terminal and the second terminal, and to generate an opposing force relative to a pressure applied between the receptacle and the button unit; the receptacle configured to store the button unit and the contact spring unit; and the receptacle of the push-type switch embedded in the molded resin element (320, 420, 670) with the button unit exposed from the molded resin element (320, 420, 670); the molded resin element (320, 420, 670) composed of an elastic material; the resin structure (1, 600) including a first outer surface (F1, F11) wherefrom the button unit is exposed, and a second outer surface (F2, F12) facing the first outer surface (F1, F11); and the resin structure (1, 600) configured to elastically deform when the receptacle receives pressure from the second outer surface (F2, F12) causing the receptacle to move from the second outer surface (F2, F12) toward the first outer surface (F1, F11). a molded resin element (320, 420, 670); and a push-type switch; the push-type switch including: a first terminal and a second terminal configured to connect to an electrical circuit; a receptacle to which the first and second terminal are secured; a button unit protruding from the receptacle; and a contact spring unit configured to move together with the button unit, to electrically connect between the first terminal and the second terminal, and to generate an opposing force relative to a pressure applied between the receptacle and the button unit; a first terminal and a second terminal configured to connect to an electrical circuit; a receptacle to which the first and second terminal are secured; a button unit protruding from the receptacle; and a contact spring unit configured to move together with the button unit, to electrically connect between the first terminal and the second terminal, and to generate an opposing force relative to a pressure applied between the receptacle and the button unit; the receptacle configured to store the button unit and the contact spring unit; and the receptacle of the push-type switch embedded in the molded resin element (320, 420, 670) with the button unit exposed from the molded resin element (320, 420, 670); the molded resin element (320, 420, 670) composed of an elastic material; the resin structure (1, 600) including a first outer surface (F1, F11) wherefrom the button unit is exposed, and a second outer surface (F2, F12) facing the first outer surface (F1, F11); and the resin structure (1, 600) configured to elastically deform when the receptacle receives pressure from the second outer surface (F2, F12) causing the receptacle to move from the second outer surface (F2, F12) toward the first outer surface (F1, F11).
Wind-turbine transmission having a first planetary stage and having a second planetary stage; wherein a sun gear of the first planetary stage and a planet carrier of the second planetary stage are connected to one another in a rotationally conjoint manner by means of a spline toothing; wherein the sun gear forms an inner toothing in one piece; wherein a first side piece of the planet carrier or a sun shaft connected in one piece to the first side piece forms an outer toothing of the spline toothing in one piece; and wherein the outer toothing and the entire planet carrier consist of one piece; characterized in that the planet carrier is mounted by means of precisely one bearing arrangement, which is joined exclusively to a second side piece of the planet carrier. a sun gear of the first planetary stage and a planet carrier of the second planetary stage are connected to one another in a rotationally conjoint manner by means of a spline toothing; wherein the sun gear forms an inner toothing in one piece; wherein a first side piece of the planet carrier or a sun shaft connected in one piece to the first side piece forms an outer toothing of the spline toothing in one piece; and wherein the outer toothing and the entire planet carrier consist of one piece; characterized in that the planet carrier is mounted by means of precisely one bearing arrangement, which is joined exclusively to a second side piece of the planet carrier.
A substantially thermally sealed storage container, comprising: an outer assembly, including one or more sections of insulation material defining at least one thermally-controlled storage region and a single access conduit to the at least one thermally-controlled storage region; and an evaporative cooling assembly integral to the container, including an evaporative cooling unit affixed to a surface of the at least one thermally-controlled storage region, the evaporative cooling unit including a first wall formed by an interior wall of the container and a second wall which is sealed to said interior wall of the container, forming a liquid impermeable gap between the first wall and the second wall, a desiccant unit affixed to an external surface of the container, a vapor conduit, the vapor conduit including a first end and a second end, the first end attached to the evaporative cooling unit, the second end attached to the desiccant unit, and a vapor control unit attached to the vapor conduit. an outer assembly, including one or more sections of insulation material defining at least one thermally-controlled storage region and a single access conduit to the at least one thermally-controlled storage region; and an evaporative cooling assembly integral to the container, including an evaporative cooling unit affixed to a surface of the at least one thermally-controlled storage region, the evaporative cooling unit including a first wall formed by an interior wall of the container and a second wall which is sealed to said interior wall of the container, forming a liquid impermeable gap between the first wall and the second wall, a desiccant unit affixed to an external surface of the container, a vapor conduit, the vapor conduit including a first end and a second end, the first end attached to the evaporative cooling unit, the second end attached to the desiccant unit, and a vapor control unit attached to the vapor conduit.
An luminaire fixture for in-grade or under-water applications, comprising: a housing defining an optical compartment, an LED light source mounted in the optical compartment; a cable entry located in the housing and configured to accommodate a power cable for the LED light source; a lens fitted in a lens frame; a lens gasket interposed between the housing and at least one of the lens and the lens frame; and a lens frame attachment indirectly fastening the lens frame to the housing, with the lens gasket providing a waterproof seal for the optical compartment and thermal transfer being established from the LED light source to the housing, characterized in that the housing is made substantially entirely of ceramic material. a housing defining an optical compartment, an LED light source mounted in the optical compartment; a cable entry located in the housing and configured to accommodate a power cable for the LED light source; a lens fitted in a lens frame; a lens gasket interposed between the housing and at least one of the lens and the lens frame; and a lens frame attachment indirectly fastening the lens frame to the housing, with the lens gasket providing a waterproof seal for the optical compartment and thermal transfer being established from the LED light source to the housing, characterized in that the housing is made substantially entirely of ceramic material.
Pants (200, 700), comprising a waistband shaped to descend from a hip region to a rear centre region, wherein the rear centre region is configured to reach toward to the back of an individual wearing the pants, the rear centre region of the waistband comprising a seam joining first and second terminal ends of respective first and second segments of the waistband; wherein the waistband comprises a fold along its longitudinal axis that defines a top of the waistband; and further wherein the first and second terminal ends have a v-shaped cutout prior to folding.
A system for thermal comfort of animals in a livestock enclosure, characterized in that it comprises: (a) at least one comfort mattress that comprises at least one resilient layer and that has two opposite faces: - an upper face, adapted to undergo an elastic deformation and including at least one accommodation area on which an animal is intended to rest, and - a lower face, intended to rest on a receiving surface, wherein said at least one resilient layer includes several sealed cavities intended to contain a heat-transfer fluid, wherein said sealed cavities underlie at least one portion of said at least one accommodation area, and wherein said sealed cavities extend parallel, or at least approximately parallel, relative to each other, and each include at least two through-orifices, (b) a heat-transfer fluid, intended to fill said sealed cavities, and (c) means for generating a circulation of said heat-transfer fluid within each of said sealed cavities, between their respective through-orifices. characterized in that the sealed cavities each have an elongated rectilinear shape, in that said at least one resilient layer includes two transverse edges, in that the two through-orifices of the sealed cavities are each arranged at one of said transverse edges, et in that said at least one resilient layer includes at least one sealed chamber, intended to contain a damping fluid and arranged between said sealed cavities and said upper face of said mattress, wherein said at least sealed chamber is overlying said sealed cavities, and wherein said at least one resilient layer includes at least one through-orifice for the access to said at least one sealed chamber. (a) at least one comfort mattress that comprises at least one resilient layer and that has two opposite faces: - an upper face, adapted to undergo an elastic deformation and including at least one accommodation area on which an animal is intended to rest, and - a lower face, intended to rest on a receiving surface, wherein said at least one resilient layer includes several sealed cavities intended to contain a heat-transfer fluid, wherein said sealed cavities underlie at least one portion of said at least one accommodation area, and wherein said sealed cavities extend parallel, or at least approximately parallel, relative to each other, and each include at least two through-orifices, - an upper face, adapted to undergo an elastic deformation and including at least one accommodation area on which an animal is intended to rest, and - a lower face, intended to rest on a receiving surface, (b) a heat-transfer fluid, intended to fill said sealed cavities, and (c) means for generating a circulation of said heat-transfer fluid within each of said sealed cavities, between their respective through-orifices.
An electronic device comprising: a housing comprising a wireless communication circuit; a display device exposed through a portion of the housing; a recess disposed inside the housing and extending along a length of the housing; an electronic pen insertable in the recess and removable therefrom, and comprising a communication module; at least one processor located inside the housing and operatively connected to the display device; and a memory operatively connected to the at least one processor, wherein the memory stores instructions that, when executed, configure the at least one processor to: identify whether the electronic pen is removed from the recess in a low-power mode, receive information related to the electronic pen if it is identified that the electronic pen is removed from the recess in the low-power mode; wherein the information includes an orientation of the electronic pen, and execute an application, based on at least the orientation of the electronic pen, wherein the instructions, when executed, configure the at least one processor to receive the orientation of the electronic pen from the electronic pen in the low-power mode through short-range wireless communication using the wireless communication circuit. a housing comprising a wireless communication circuit; a display device exposed through a portion of the housing; a recess disposed inside the housing and extending along a length of the housing; an electronic pen insertable in the recess and removable therefrom, and comprising a communication module; at least one processor located inside the housing and operatively connected to the display device; and a memory operatively connected to the at least one processor, wherein the memory stores instructions that, when executed, configure the at least one processor to: identify whether the electronic pen is removed from the recess in a low-power mode, receive information related to the electronic pen if it is identified that the electronic pen is removed from the recess in the low-power mode; wherein the information includes an orientation of the electronic pen, and execute an application, based on at least the orientation of the electronic pen, wherein the instructions, when executed, configure the at least one processor to receive the orientation of the electronic pen from the electronic pen in the low-power mode through short-range wireless communication using the wireless communication circuit. identify whether the electronic pen is removed from the recess in a low-power mode, receive information related to the electronic pen if it is identified that the electronic pen is removed from the recess in the low-power mode; wherein the information includes an orientation of the electronic pen, and execute an application, based on at least the orientation of the electronic pen, wherein the instructions, when executed, configure the at least one processor to receive the orientation of the electronic pen from the electronic pen in the low-power mode through short-range wireless communication using the wireless communication circuit.
A host system comprising at least one processor configured to execute an operating system configured to allocate a section of a virtualized physical memory of a virtual machine to a target software object executing within the virtual machine, the virtual machine exposed by a hypervisor executing on the host system, wherein the virtualized physical memory is partitioned into pages, a page being the smallest unit of memory individually mapped between the virtualized physical memory and a physical memory of the host system; and wherein the host system is characterized by having the at least one processor further configured to execute a protection priming module configured, in response to a determination of whether the target software object satisfies a selection criterion for malware protection, when the target software object satisfies the selection criterion, to change a memory allocation of the target software object, wherein changing the memory allocation comprises ensuring that any page containing at least part of the target software object is reserved for the target software object; wherein the host system, further comprising a memory introspection engine connected to the protection priming module, the memory introspection engine configured, in response to the protection priming module changing the memory allocation, to write-protect all pages containing at least part of the target software object; wherein the memory introspection engine is further configured to: determine whether the target software object has been initialized, and in response, when the target software object has been initialized, write-protect all pages containing at least part of the target software object.
A compound according to the chemical structure: wherein n and n' are independently 0, 1, 2, 3, 4, 5 or 6; and wherein the ARENE is or a pharmaceutically acceptable salt, enantiomer, solvate or polymorph thereof.
Intramedullary device for treatment of a fracture of a long pipe bone, comprising - a base pin having a primary fixation element and a connection part, - a secondary fixation element attachable to the connection part at one of a plurality of predetermined distances along the base pin with respect to the primary fixation element, characterised in that: the secondary fixation element has a bore with an inner diameter which is larger than an outer diameter of the base pin so that the secondary fixation element can be slid or shifted over the connection part, and in that: the secondary fixation element comprises a locking end for preventing axial movement of the first fixation element relative to the second fixation element when attached, whilst allowing the connection part of the base pin and the secondary fixation element to rotate with respect to each other. - a base pin having a primary fixation element and a connection part, - a secondary fixation element attachable to the connection part at one of a plurality of predetermined distances along the base pin with respect to the primary fixation element, characterised in that: the secondary fixation element has a bore with an inner diameter which is larger than an outer diameter of the base pin so that the secondary fixation element can be slid or shifted over the connection part, and in that: the secondary fixation element comprises a locking end for preventing axial movement of the first fixation element relative to the second fixation element when attached, whilst allowing the connection part of the base pin and the secondary fixation element to rotate with respect to each other.
A composite, comprising: a matrix comprising a polyether; a dispersion aid, wherein the dispersion aid comprises a lithium-based anionic surfactant; and a plurality of nanotubes, wherein the plurality of nanotubes is dispersed in the polyether, and wherein the concentration of the plurality of nanotubes is at least about 0.03 percent by weight of the composite. a matrix comprising a polyether; a dispersion aid, wherein the dispersion aid comprises a lithium-based anionic surfactant; and a plurality of nanotubes, wherein the plurality of nanotubes is dispersed in the polyether, and wherein the concentration of the plurality of nanotubes is at least about 0.03 percent by weight of the composite.