mhurhangee/ep-ind-claims huggingface dataset:
A light source device comprising: an optical semiconductor element which is mounted on a support base; a cap which is fixed to said support base so as to cover said optical semiconductor element; a light converging portion which converges a light flux emitted from said optical semiconductor element; an optical fiber connection portion to which an optical fiber is connected, the optical fiber receiving inputting of the light flux converged by said light converging portion; and a holder (7,27,37) which holds said optical fiber connection portion, the holder (7,27,37) being fixed to said cap, wherein said optical fiber connection portion includes a position adjusting portion which adjusts a position of said optical fiber connection portion with respect to said holder (7,27,37), characterized in that said cap is formed into a cylindrical shape and said holder (7, 27, 37) is bonded to a side surface portion or to an upper surface portion of said cap, and wherein adhesive agents (8a,8b) for bonding said holder (7,27,37) to said cap are arranged at positions which are in line symmetry with respect to an optical axis of the light flux emitted from said optical semiconductor element. an optical semiconductor element which is mounted on a support base; a cap which is fixed to said support base so as to cover said optical semiconductor element; a light converging portion which converges a light flux emitted from said optical semiconductor element; an optical fiber connection portion to which an optical fiber is connected, the optical fiber receiving inputting of the light flux converged by said light converging portion; and a holder (7,27,37) which holds said optical fiber connection portion, the holder (7,27,37) being fixed to said cap, wherein
A pipette tip having a first end arranged to be fitted to a pipette body of a pipette and having a second end with an opening defined by an edge arranged to be inserted in a sample which is at least in part intended to be drawn up by said pipette, wherein said second end with said opening has a sharp profile such that the second end can cut through a cover covering an enclosure containing said sample, wherein said pipette tip is made from polypropylene, said sharp profile being implemented by: said second end with said opening being inclined at a first angle (α1; α2; α3) relative to a plane which plane is defined perpendicular relative to a central axis of said pipette tip, said first angle (α1; α2; α3) being between 5 and 90 degrees, more preferably between 30 and 50 degrees, and most preferred between 30 and 45 degrees, and said edge having a surface which is inclined at a second angle (β1; β2; β3) relative to said second end with said opening. said second end with said opening being inclined at a first angle (α1; α2; α3) relative to a plane which plane is defined perpendicular relative to a central axis of said pipette tip, said first angle (α1; α2; α3) being between 5 and 90 degrees, more preferably between 30 and 50 degrees, and most preferred between 30 and 45 degrees, and said edge having a surface which is inclined at a second angle (β1; β2; β3) relative to said second end with said opening.
A VAR ingot of a nickel base alloy comprising: 50.0 to 55.0 weight percent nickel; 17 to 21.0 weight percent chromium; 0 up to 0.08 weight percent carbon; 0 up to 0.35 weight percent manganese; 0 up to 0.35 weight percent silicon; 2.8 up to 3.3 weight percent molybdenum; at least one of niobium and tantalum wherein the sum of niobium and tantalum is 4.75 up to 5.5 weight percent; 0.65 up to 1.15 weight percent titanium; 0.20 up to 0.8 weight percent aluminum; 0 up to 0.006 weight percent boron; and iron and incidental impurities, wherein the ingot has a diameter greater than 30 inches (762 mm).
Support system configured to be coupled to an anchoring surface, wherein the support system comprises: a support element configured to be connected to said anchoring surface, a pole, a connecting element engaged at a hollow bottom end of said pole, a retaining element which removably connects said pole and said connecting element to each other, so that said pole is constrained to said connecting element along a longitudinal axis and is selectively rotatable with respect to said connecting element around said longitudinal axis, wherein said connecting element comprises an engagement portion which removably engages said hollow bottom end of said pole, wherein said engagement portion defines an annular seat engaged at least partially, in a removable way, by said retaining element, when said pole is connected to said connecting element, characterized in that said connecting element defines a threaded central seat which extends passing through said engagement portion, wherein said engagement portion ends with a flanged portion through which said connecting element is configured to abut with said support element, said central threaded seat being engaged by a threaded pivot which extends for at least a portion outside said connecting element, through said flanged portion. a support element configured to be connected to said anchoring surface, a pole, a connecting element engaged at a hollow bottom end of said pole, a retaining element which removably connects said pole and said connecting element to each other, so that said pole is constrained to said connecting element along a longitudinal axis and is selectively rotatable with respect to said connecting element around said longitudinal axis, wherein said connecting element comprises an engagement portion which removably engages said hollow bottom end of said pole, wherein said engagement portion defines an annular seat engaged at least partially, in a removable way, by said retaining element, when said pole is connected to said connecting element, characterized in that said connecting element defines a threaded central seat which extends passing through said engagement portion, wherein said engagement portion ends with a flanged portion through which said connecting element is configured to abut with said support element, said central threaded seat being engaged by a threaded pivot which extends for at least a portion outside said connecting element, through said flanged portion.
Method for transfer of containers, such as vials, between a freeze dryer that is located at a first location and a separate transport vehicle that is mobile with respect to the freeze dryer, wherein the freeze dryer comprises a freeze dryer housing with an access opening towards an inner freeze drying chamber inside the freeze dryer housing, multiple shelves that are arranged spaced apart above each other inside the freeze dryer chamber and each provided with a horizontally extending first flat supporting surface for supporting the containers, wherein the mobile transport vehicle comprises a mobile undercarriage supporting a storage housing with an access opening towards an inner storage chamber, a carrier provided with a second flat supporting surface for supporting the containers inside the storage housing, and a container shifter, wherein the container shifter comprises a container pushing shovel for pushing out containers away from the second flat supporting surface in a pushing out direction (G, H) parallel to the second flat supporting surface, and a container pulling shovel that is moveable in the pulling in direction (J,K) parallel to the second flat support surface and opposite to the pushing out direction (G, H), and that is moveable in a direction transverse to the pulling in direction (J, k) between a passing over position in which the container pulling shovel passes freely over a first or second container pack in an extending direction opposite the pulling in direction and a lower shovel position in which the container pulling shovel engages a side of the first or second container pack in the pulling in direction, wherein the method comprises for a first shelf aligning the carrier and the shelf and by means of the pushing shovel pushing out the first container pack of multiple mutually abutting containers from the second flat supporting surface onto the first flat supporting surface of the first shelf, reversing the pushing shovel and subsequently pushing out the second container pack of multiple mutually abutting containers from the second flat supporting surface onto the first flat supporting surface of the first shelf while leaving an elongated separation space free between the first container pack and the second container pack on the first shelf, wherein the width of the elongated separation space is sufficient for free movement of the container pulling shovel therein, and the method comprises moving the container pulling shovel in its passing over position in the extending direction towards and past the side of the first or second container pack, moving the container pulling shovel in the shovel position and moving the container pulling shovel in the pulling in direction for engagement of the side of the first or second container pack, and pulling in the container pack along the first flat support surface.
A user input unit for an electronic device, comprising: a touch sensitive user interface having a continuous fascia and one or more sub-layers (203, 206, 207); a controller coupled to the touch sensitive user interface, and configured to detect user contact with the touch sensitive user interface; a haptic feedback layer (100, 500, 700, 800) coupled to the controller and disposed beneath the touch sensitive user interface, the haptic feedback layer (100, 500, 700, 800) comprising: a chassis (101, 706, 806) defining a perimeter of the haptic feedback layer; a plurality of oppositely facing, interlaced cantilever beams (105, 106, 501, 502, 701, 702, 801, 802) emanating from the chassis (101, 706, 806) in opposing directions and spanning across at least a portion of the haptic feedback layer (100, 500, 700, 800); and one or more piezoelectric actuators, responsive to the controller and mounted on the plurality of oppositely facing, interlaced cantilever beams (105, 106, 501, 502, 701, 702, 801, 802); wherein when the controller detects the user contact, the controller is configured to cause at least one of the one or more piezoelectric actuators to actuate. a touch sensitive user interface having a continuous fascia and one or more sub-layers (203, 206, 207); a controller coupled to the touch sensitive user interface, and configured to detect user contact with the touch sensitive user interface; a haptic feedback layer (100, 500, 700, 800) coupled to the controller and disposed beneath the touch sensitive user interface, the haptic feedback layer (100, 500, 700, 800) comprising: a chassis (101, 706, 806) defining a perimeter of the haptic feedback layer; a plurality of oppositely facing, interlaced cantilever beams (105, 106, 501, 502, 701, 702, 801, 802) emanating from the chassis (101, 706, 806) in opposing directions and spanning across at least a portion of the haptic feedback layer (100, 500, 700, 800); and one or more piezoelectric actuators, responsive to the controller and mounted on the plurality of oppositely facing, interlaced cantilever beams (105, 106, 501, 502, 701, 702, 801, 802); wherein when the controller detects the user contact, the controller is configured to cause at least one of the one or more piezoelectric actuators to actuate. a chassis (101, 706, 806) defining a perimeter of the haptic feedback layer; a plurality of oppositely facing, interlaced cantilever beams (105, 106, 501, 502, 701, 702, 801, 802) emanating from the chassis (101, 706, 806) in opposing directions and spanning across at least a portion of the haptic feedback layer (100, 500, 700, 800); and one or more piezoelectric actuators, responsive to the controller and mounted on the plurality of oppositely facing, interlaced cantilever beams (105, 106, 501, 502, 701, 702, 801, 802); wherein when the controller detects the user contact, the controller is configured to cause at least one of the one or more piezoelectric actuators to actuate.
A quantum cascade laser comprising: a semiconductor substrate; and an active layer which is provided on the semiconductor substrate, and in which unit laminate structures having quantum well emission layers and injection layers are laminated in multiple stages to form a cascade structure in which the quantum well emission layers and the injection layers are alternately laminated, wherein each of the unit laminate structures included in the active layer has an emission upper level, an emission lower level, and a relaxation miniband including an energy level lower than the emission lower level to function as a relaxation level in a subband level structure thereof, and light is generated by an intersubband transition of electrons from the emission upper level to the emission lower level in the quantum well emission layer, and the electrons after the intersubband transition are relaxed from the emission lower level to the relaxation miniband through longitudinal optical phonon scattering, to be injected from the injection layer to the quantum well emission layer in the latter stage unit laminate structure via the relaxation miniband. a semiconductor substrate; and an active layer which is provided on the semiconductor substrate, and in which unit laminate structures having quantum well emission layers and injection layers are laminated in multiple stages to form a cascade structure in which the quantum well emission layers and the injection layers are alternately laminated, wherein each of the unit laminate structures included in the active layer has an emission upper level, an emission lower level, and a relaxation miniband including an energy level lower than the emission lower level to function as a relaxation level in a subband level structure thereof, and light is generated by an intersubband transition of electrons from the emission upper level to the emission lower level in the quantum well emission layer, and the electrons after the intersubband transition are relaxed from the emission lower level to the relaxation miniband through longitudinal optical phonon scattering, to be injected from the injection layer to the quantum well emission layer in the latter stage unit laminate structure via the relaxation miniband.
Device for the presentation of products having products, having a shelf for products to be presented, wherein at least one illuminant is arranged in front of a front side of the frontmost product in the lower region of the product, wherein a transparent front pane (4, 40) is arranged above the at least one illuminant adjacent to at least a part of the front side of the product and the product is visibly illuminated in the region of the front pane (4, 40) by way of reflection of the front pane (4, 40), characterized in that the products are displaceable up to at least one stop (21, 23, 44) toward a front side of the shelf, and wherein the products are pre-tensioned via a slide of a product pusher toward the at least one stop (21, 23, 44) on the front side of the shelf and the front pane (4, 40) extends over only a part of the height of the product, and the front pane (4, 40) is arranged inclined at an angle between 5° and 35° in relation to the vertical toward the front side of the product.
Heat exchanger for indirect heat transfer between a process medium and at least a first refrigerant, the heat exchanger comprising: - a shell which surrounds a shell space and extends along a longitudinal axis (z), - a pipe bundle which is arranged in the shell space and extends along the longitudinal axis (z) of the shell from a lower end to an upper end of the pipe bundle in the shell space, wherein the pipe bundle has a plurality of first pipes for receiving the first refrigerant, which first pipes are arranged in different pipe layers, wherein the first pipes are wound helically onto a core pipe of the heat exchanger, which core pipe extends along the longitudinal axis (z) of the shell in the shell space, characterized in that the first pipes each have an end which is formed by at least one nozzle via which the first refrigerant can be introduced into the shell space, wherein the ends are arranged along the longitudinal axis (z) of the shell at different heights between the lower end and the upper end of the pipe bundle. - a shell which surrounds a shell space and extends along a longitudinal axis (z), - a pipe bundle which is arranged in the shell space and extends along the longitudinal axis (z) of the shell from a lower end to an upper end of the pipe bundle in the shell space, wherein the pipe bundle has a plurality of first pipes for receiving the first refrigerant, which first pipes are arranged in different pipe layers, wherein the first pipes are wound helically onto a core pipe of the heat exchanger, which core pipe extends along the longitudinal axis (z) of the shell in the shell space, characterized in that the first pipes each have an end which is formed by at least one nozzle via which the first refrigerant can be introduced into the shell space, wherein the ends are arranged along the longitudinal axis (z) of the shell at different heights between the lower end and the upper end of the pipe bundle.
A path computation method, comprising: receiving a path computation request transmitted by a path computation client, PCC, wherein the path computation request is used to request to compute a bit indexed explicit replication-traffic engineering, BIER-TE, path, and the path computation request carries topological information of a BIER network or BIER information; and computing the path according to the path computation request. receiving a path computation request transmitted by a path computation client, PCC, wherein the path computation request is used to request to compute a bit indexed explicit replication-traffic engineering, BIER-TE, path, and the path computation request carries topological information of a BIER network or BIER information; and computing the path according to the path computation request.
A storage system for processing an operation request, wherein the storage system comprises a controller and a disk enclosure, and the controller communicates with the disk enclosure by using an Ethernet network; the controller comprises a central processing unit and a back-end adapter; the disk enclosure and the back-end adapter each have a media access control, MAC, address; multiple disks (1031,... 103n, 1041,... 104n) are connected in the disk enclosure, and each disk in the disk enclosure is connected to the disk enclosure by using the Serial Attached Small Computer System Interface, SAS, protocol; characterized in that the back-end adapter stores a correspondence between the MAC address of the disk enclosure and a SAS protocol address of each disk in the disk enclosure; the back-end adapter is configured to: receive a Small Computer System Interface, SCSI, protocol operation request sent by the central processing unit, wherein the SCSI protocol operation request carries a SCSI protocol transaction identifier of the controller and a SAS protocol address of a target disk; query a correspondence between the MAC address of the disk enclosure and the SAS protocol address of the target disk according to the SAS protocol address of the target disk, to obtain the MAC address of the disk enclosure; encapsulate the SCSI protocol operation request into an Ethernet operation request packet; and send the Ethernet operation request packet to the disk enclosure according to the MAC address of the disk enclosure, wherein the Ethernet operation request packet carries the MAC address of the back-end adapter and the MAC address of the disk enclosure; and the disk enclosure is configured to: receive and decapsulate the Ethernet operation request packet, to obtain the SCSI protocol operation request; and send the SCSI protocol operation request to the target disk according to the SAS protocol address of the target disk.
A composition comprising C-2250 for use in a method of treating a patient suffering from triple negative breast cancer, wherein the C-2250 is administered intravenously, orally or a combination thereof.
Audio coding system (200, 300, 400, 700) comprising: a linear prediction unit (201, 401, 701) for filtering an input signal based on an adaptive filter; a transformation unit (202, 302, 402, 702) for transforming a frame of the filtered input signal into a transform domain signal; and a quantization unit (203, 303, 403, 703) for quantizing the transform domain signal, characterized in that the quantization unit (203, 303, 403, 703) decides, based on stationarity of the input signal to encode the transform domain signal with a model-based quantizer or a non-model-based quantizer, the model being a probability model or a statistical model. a linear prediction unit (201, 401, 701) for filtering an input signal based on an adaptive filter; a transformation unit (202, 302, 402, 702) for transforming a frame of the filtered input signal into a transform domain signal; and a quantization unit (203, 303, 403, 703) for quantizing the transform domain signal, characterized in that the quantization unit (203, 303, 403, 703) decides, based on stationarity of the input signal to encode the transform domain signal with a model-based quantizer or a non-model-based quantizer, the model being a probability model or a statistical model.
A device for assisting in opening and closing a zipper of a type having a central zipper slider that opens and closes a zipper by selectively disconnecting and connecting a pair of opposed interlockable tracks as the zipper slider moves in respective opening and closing directions along the tracks, the device including: (a) a body having first and second diverging guide channels (14, 16) having mutually oriented closure angles for receiving the respective zipper tracks for sliding movement along the diverging guide channels (14, 16) and for permitting progressive interconnection of the interlockable tracks at the mutually oriented closure angles; (b) a connector carried by the body for connecting the body to the zipper slider; and (c) a pull for permitting manual movement of the body; characterized in that the body further includes an alignment plate positioned at a connection point of the connector and the zipper slider for providing sliding support to the zipper during pulling movement of the body for assisting and maintaining the device in alignment with the zipper track. (a) a body having first and second diverging guide channels (14, 16) having mutually oriented closure angles for receiving the respective zipper tracks for sliding movement along the diverging guide channels (14, 16) and for permitting progressive interconnection of the interlockable tracks at the mutually oriented closure angles; (b) a connector carried by the body for connecting the body to the zipper slider; and (c) a pull for permitting manual movement of the body;
Release agent for producing polyurethane moldings, comprising A) at least one wax having release activity, B) at least one oil having release activity, and C) if desired, further auxiliaries and adjuvants, with the proviso that the release agent contains no water and no volatile organic solvents which have a boiling temperature of < 250°C or a vapor pressure at 293.15 kelvins of > 0.01 kilopascal, and the oil with release activity is substantially free from unsaturated hydrocarbons. A) at least one wax having release activity, B) at least one oil having release activity, and C) if desired, further auxiliaries and adjuvants, with the proviso that the release agent contains no water and no volatile organic solvents which have a boiling temperature of < 250°C or a vapor pressure at 293.15 kelvins of > 0.01 kilopascal, and the oil with release activity is substantially free from unsaturated hydrocarbons.