mhurhangee/ep-ind-claims huggingface dataset:
A power battery pack, comprising: an accommodating device and a plurality of cells disposed in the accommodating device, wherein the accommodating device comprises a plurality of accommodating regions, each accommodating region has a first side edge and a second side edge disposed opposite to each other along a first direction and cells disposed between the first side edge and the second side edge, a distance between the first side edge and the second side edge along the first direction varies with different accommodating regions, each cell comprises a first end and a second end opposite to each other, characterized in that a distance between the first end and the second end of at least one cell matches a distance between a corresponding first side edge and a corresponding second side edge.
A method for applying at least one adhesive enclosing element (14a, 34) to a laminar product assortment (11a, b) comprising a plurality of products, particularly printed products or advertising media, in which method an enclosing element (14a, 34) of a predefined length is provided and subsequently applied perpendicularly to a selected edge of the product assortment (11a, b) around the edge so as to rest against the product assortment (11a, b), wherein the product assortment (11a, b) is advanced with the selected edge along a conveyance path, with the surface being displaced substantially parallel to the conveyance path, wherein the enclosing element (14a, 34) is a single element made of paper that is held ready such that it crosses the conveyance path at a predefined point of the conveyance path and is supported on both sides of the conveyance path on mutually spaced-apart abutment means (15, 17a) at the predefined point of the conveyance path in the direction of conveyance, and wherein the product assortment (11a, b) is advanced with the selected edge past the predefined point between the abutment means and, in doing so, carries along with the selected edge the readied single element made of paper.
A test device for electrical testing of a unit under test, in particular for testing wafers, with a contact head associated with the unit under test, and with an electrical connecting apparatus, the contact head being provided with pin-shaped contact elements and the contact elements forming a contact pin arrangement, the connecting apparatus having contact surfaces being in touch-contact with ends of the contact elements, said ends of the contact elements facing away from a test plane accommodating the unit under test, and with a supporting apparatus arranged on a side of the connecting apparatus, said side of the connecting apparatus facing away from the contact head, characterized in that pulling means and/or pushing means for adjusting the planar condition of the arrangement of the contact surfaces are arranged between the supporting apparatus and the connecting apparatus, the supporting apparatus acting on the connecting apparatus by adjusting the pulling and/or pushing means such that the connecting apparatus elastically deforms so that the distributed contact surfaces are displaced in an axial direction of the test device, preferably perpendicular to the test plane, that the contact elements are in the form of bend wires and, thus, are configured slightly resilient by bending in axial direction, and that the pulling means and/or pushing means allow thermal expansions of the connecting apparatus or of other parts of the test device in a plane which runs parallel to the test plane, and, for allowing said thermal expansions, the pulling means and/or pushing means are configured as pendular pulling means and/or pendular pushing means which are mechanically rigid in their longitudinal extension and which permit a displacement by pendular movement transversely to said longitudinal extension.
An immunogenic composition comprising: - isolated staphylococcal ClfA or an immunogenic fragment thereof; - isolated staphylococcal SitC or an immunogenic fragment thereof; - type V capsular polysaccharide or oligosaccharide from S. aureus; and - type VIII capsular polysaccharide or oligosaccharide from S. aureus. - isolated staphylococcal ClfA or an immunogenic fragment thereof; - isolated staphylococcal SitC or an immunogenic fragment thereof; - type V capsular polysaccharide or oligosaccharide from S. aureus; and - type VIII capsular polysaccharide or oligosaccharide from S. aureus.
Device for docking an irradiated fuel container under a pit of a nuclear installation, wherein the docking device comprises a hall, a pit and an ingress providing the connection between the pit and the hall, wherein the docking device also comprises a carriage located in the hall so that a container may be positioned on the carriage and brought under the ingress for the loading of the container with irradiated fuel, wherein the docking device further comprises a metal bellows and a sealing flange, wherein the metal bellows is housed in the ingress and makes it possible to ensure the continuity of the seal between the pit and the container, and at least two jacks positioned in the ingress and able to lower the lower end of the metal bellows in order to apply the sealing flange secured to the said end against a flat upper surface of the container in order to seal them, wherein the docking device further comprises a docking flange that is also secured to the lower end of the metal bellows, wherein the jacks are interposed between the structure of the ingress and the docking flange in order to transmit the translational movement of the jacks to the lower end of the metal bellows and to the sealing flange, wherein the docking flange comprises at least two locks designed to be controlled by a hydraulic control circuit for locking the docking flange to the container in the lower position of the lower end of the metal bellows in order to hold the sealing flange in sealing engagement with the upper surface of the container.
A refractory ceramic product comprising the following features: the product has a ceramic bond; the product has a proportion of MgO of at least 75 % by mass; the product has a proportion of sulphur in the range from 0.01 to 0.20 % by mass; the product has a proportion of SiO 2 below 1.5 % by mass. the product has a ceramic bond; the product has a proportion of MgO of at least 75 % by mass; the product has a proportion of sulphur in the range from 0.01 to 0.20 % by mass; the product has a proportion of SiO 2 below 1.5 % by mass.
A method for distributing RFID-tagged items using a mobile RFID container configured to carry a plurality of RFID-tagged items, the mobile RFID container comprising an RFID detector configured to conduct RFID scans and generate scan data concerning the plurality of RFID-tagged items carried in the mobile RFID container, and location determining circuitry for generating location data concerning the location of the mobile RFID container, the method comprising: placing a plurality of RFID-tagged items in the mobile RFID container; conducting one or more RFID scans to generate scan data concerning the contents of the RFID container; processing the scan data and location data to determine the location of the mobile RFID container at times when the contents of the RFID container have changed; defining one or more geofence boundaries, each of which corresponds to a particular geographical location; monitoring the location data to determine the location of the mobile RFID container; and performing at least one automated process in response to the location of the mobile RFID container relative to the at least one geofence boundary, wherein the at least one automated process comprises generating invoicing data, credit data, and/or restocking data based on the scan and location; and wherein the mobile RFID container comprises a mobile case. placing a plurality of RFID-tagged items in the mobile RFID container; conducting one or more RFID scans to generate scan data concerning the contents of the RFID container; processing the scan data and location data to determine the location of the mobile RFID container at times when the contents of the RFID container have changed; defining one or more geofence boundaries, each of which corresponds to a particular geographical location; monitoring the location data to determine the location of the mobile RFID container; and performing at least one automated process in response to the location of the mobile RFID container relative to the at least one geofence boundary, wherein the at least one automated process comprises generating invoicing data, credit data, and/or restocking data based on the scan and location; and wherein the mobile RFID container comprises a mobile case.
A formulation for use in agriculture comprising a dendrimer of the structure: and associated with at least one agriculturally active entity selected from the atrazine and glyphosate; and at least one agriculturally-acceptable diluent or carrier is present; and wherein the efficacy or duration of activity of the agriculturally active entity is increased. associated with at least one agriculturally active entity selected from the atrazine and glyphosate; and at least one agriculturally-acceptable diluent or carrier is present; and wherein the efficacy or duration of activity of the agriculturally active entity is increased.
A liquid crystal projector for irradiating the illumination light from a light source on a plurality of liquid crystal panels (18, 24, 31) and projecting the light outgoing from said liquid crystal panels on a screen by a projection lens, characterized in that a second lens array, a first dichroic mirror, a second dichroic mirror and a third reflector mirror are arranged in that order, the arrangement of a first lens array, the light source and an exhaust fan is adjacent to the arrangement of the projection lens, a dichroic prism and the second dichroic mirror, and a reflector is made of an ellipsoidal mirror and a concave lens is interposed between the reflector and the second lens array wherein, the exhaust fan is disposed in close proximity to the surface of the side at which the projection lens is disposed, and is tilted at an angle (b) to the optical axis of said projection lens, and internal air of the housing is exhausted outside of the housing by said exhaust fan such that the exhaust air is kept away from the light projected by said projection lens.
A pliers having two pliers legs (2, 3) that cross at a pivot bolt, of which one pliers leg can be regarded as fixed and the other as movable with respect thereto, wherein the pliers legs (2, 3) form grip portions on one side of the pivot bolt and mouth jaws (7, 8) cooperating as pliers mouth on the other side of the pivot bolt, wherein furthermore the pivot bolt is optionally fixable in a longitudinal slot formed in the fixed pliers leg by toothing engagement in order to set a mouth opening width, by means of engagement teeth formed over an extent of the longitudinal slot formed thereon and one or more mating teeth formed on the pivot bolt, and wherein furthermore a release of the toothing engagement for adjusting the mouth width is able to be carried out by pressing down the pivot bolt in a first direction of movement (R 1) and subsequent displacement of the pliers legs (2,3) together with the pivot bolt pressed down, or in that the pivot bolt automatically passes over one or more engagement teeth, wherein the pivot bolt, on passing over of an engagement tooth, moves in a second direction of movement (R 2), wherein means are furthermore provided for a movement block, which serve to prevent the pivot bolt from moving in the second direction of movement (R 2), but which continue to permit an adjustment as a result of the pressing down of the pivot bolt, characterized in that the means for the movement block are provided at least partially on a pliers leg and with effect for a portion of the engagement teeth, that the movement block comes into effect for the second direction of movement (R 2) of the pivot bolt during a displacement of the pliers legs (2,3) together and that the movement block is able to be achieved by differently deep introducing of the pivot bolt into the longitudinal slot in the opposite direction to the pressing down of the pivot bolt.
Pull-out device for a corner cabinet comprising an inner storage element and an outer storage element for storing objects, the inner storage element being configured for being positioned in a corner region of the corner cabinet and the outer storage element being configured for being positioned in a storage region of the corner cabinet adjacent to the corner region, the outer storage element being displaceable by means of a guide device between a storage position and at least one removal position (32, 33, 34, 35), wherein the inner storage element is rotatably connected to the outer storage element at a pivot point, so that the inner storage element is rotatable about the pivot point about a vertical axis of rotation with respect to the outer storage element, wherein the rotational movement of the inner storage element is controllable by means of a control device, characterized in that the guide device comprises a plurality of guide rails (41, 42) which are movable relative to each other.
A non-transitory computer readable medium containing instructions that, when executed by at least one processor, cause the at least one processor to execute operations enabling automatically populating a post-operative report of a surgical procedure, the operations comprising: receiving an input of an identifier of a patient; receiving an input of an identifier of a health care provider; receiving an input of surgical footage of a surgical procedure performed on the patient by the health care provider; transforming at least part of the surgical footage using at least one convolution to obtain transformed data; using the transformed data, analyzing a plurality of frames of the surgical footage to identify: a medical instrument and an anatomical structure using a machine learning model and a relative movement between the identified medical instrument and the anatomical structure using a motion detection algorithm based on changes in pixels between frames; deriving image-based information for populating a post-operative report of the surgical procedure, based on the relative movement between the identified medical instrument and the anatomical structure; and causing the derived image-based information to populate the post-operative report of the surgical procedure. receiving an input of an identifier of a patient; receiving an input of an identifier of a health care provider; receiving an input of surgical footage of a surgical procedure performed on the patient by the health care provider; transforming at least part of the surgical footage using at least one convolution to obtain transformed data; using the transformed data, analyzing a plurality of frames of the surgical footage to identify: a medical instrument and an anatomical structure using a machine learning model and a relative movement between the identified medical instrument and the anatomical structure using a motion detection algorithm based on changes in pixels between frames; a medical instrument and an anatomical structure using a machine learning model and a relative movement between the identified medical instrument and the anatomical structure using a motion detection algorithm based on changes in pixels between frames; deriving image-based information for populating a post-operative report of the surgical procedure, based on the relative movement between the identified medical instrument and the anatomical structure; and causing the derived image-based information to populate the post-operative report of the surgical procedure.
Use of an agent containing a cyclohexane derivative represented by the following formula and/or its salt as an active ingredient: wherein R represents hydrogen, a C 1 to C 6 alkyl group, a C 1 to C 6 haloalkyl group, or a phenyl group; and R 1 represents hydrogen, a C 1 to C 6 alkyl group, a C 3 to C 6 cycloalkyl group, or a benzyl group; and the salt represents an alkali metal salt or an alkaline earth metal salt; in application to a solanaceous crop once at the beginning of blooming or at the second bunch anthesis, for increasing the yield of the solanaceous crop and the content of γ-aminobutyric acid (GABA) thereof.
A refrigerator, comprising: a cabinet including: a freezer; and a cooling chamber located above the freezer; a pair of doors selectively opening and closing the cooling chamber, the pair of doors are rotatably coupled to the cabinet about vertical axes, respectively; an evaporator for generating cool air; an icemaker configured to make ice using the cool air generated by the evaporator; an ice container below the icemaker and configured to store the ice made by the icemaker; a dispenser provided in one of the pair of doors; a transporting device provided in the ice container for transporting the ice stored in the ice container towards a side of an outlet of the ice container; and a crusher provided at a side of the outlet in the ice container, whereby the refrigerator further comprises: a case provided at the one of the pair of doors; a first duct (70a; 70b) provided in the cabinet and communicating with the evaporator for supplying the cool air to the cooling chamber; and a second duct (80a; 80b) provided in the cabinet and communicating with the evaporator for supplying the cool air to the cavity only when the one of the pair of doors is closed, wherein the case defines a cavity which is insulated from the cooling chamber, and the ice maker and the ice container are received in the cavity of the case. a freezer; and a cooling chamber located above the freezer; a pair of doors selectively opening and closing the cooling chamber, the pair of doors are rotatably coupled to the cabinet about vertical axes, respectively; an evaporator for generating cool air; an icemaker configured to make ice using the cool air generated by the evaporator; an ice container below the icemaker and configured to store the ice made by the icemaker; a dispenser provided in one of the pair of doors; a transporting device provided in the ice container for transporting the ice stored in the ice container towards a side of an outlet of the ice container; and a crusher provided at a side of the outlet in the ice container, whereby the refrigerator further comprises: a case provided at the one of the pair of doors; a first duct (70a; 70b) provided in the cabinet and communicating with the evaporator for supplying the cool air to the cooling chamber; and a second duct (80a; 80b) provided in the cabinet and communicating with the evaporator for supplying the cool air to the cavity only when the one of the pair of doors is closed, wherein the case defines a cavity which is insulated from the cooling chamber, and the ice maker and the ice container are received in the cavity of the case. a case provided at the one of the pair of doors; a first duct (70a; 70b) provided in the cabinet and communicating with the evaporator for supplying the cool air to the cooling chamber; and a second duct (80a; 80b) provided in the cabinet and communicating with the evaporator for supplying the cool air to the cavity only when the one of the pair of doors is closed, wherein the case defines a cavity which is insulated from the cooling chamber, and the ice maker and the ice container are received in the cavity of the case.
A method for controlling a system including an electronic device, a first server, a second server, the method comprising: obtaining, by the electronic device, first biometric information; obtaining, by the electronic device, first encrypted data, in which the first biometric information is encrypted, by using the obtained first biometric information and a first encryption key, and transmitting the obtained first encrypted data to the first server; obtaining, by the first server, second encrypted data, in which the first encrypted data is encrypted, by using the first encrypted data received from the electronic device and a second encryption key, and first user identification information corresponding to the first biometric information, and transmitting same to the second server; matching, by the second server, the second encrypted data received from the first server and first user identification information corresponding to the first biometric information and storing same based on transmitting a request for confirming whether the first user identification information corresponds to the second encrypted data to a user terminal device corresponding to the first user identification information; obtaining, by the second server, authentication information based on the matched second encrypted data and the first user identification information and transmitting same to the first server; and registering, by the first server, the authentication information about the first biometric information to indicate that second encrypted data and the first user identification are authenticated for a service. obtaining, by the electronic device, first biometric information; obtaining, by the electronic device, first encrypted data, in which the first biometric information is encrypted, by using the obtained first biometric information and a first encryption key, and transmitting the obtained first encrypted data to the first server; obtaining, by the first server, second encrypted data, in which the first encrypted data is encrypted, by using the first encrypted data received from the electronic device and a second encryption key, and first user identification information corresponding to the first biometric information, and transmitting same to the second server; matching, by the second server, the second encrypted data received from the first server and first user identification information corresponding to the first biometric information and storing same based on transmitting a request for confirming whether the first user identification information corresponds to the second encrypted data to a user terminal device corresponding to the first user identification information; obtaining, by the second server, authentication information based on the matched second encrypted data and the first user identification information and transmitting same to the first server; and registering, by the first server, the authentication information about the first biometric information to indicate that second encrypted data and the first user identification are authenticated for a service.
System comprising a first and a second node (2 1, 2 2) of a linear cellular network, the first node (2 1) having a first antenna (7 1) for wirelessly communicating with a user terminal located within a first coverage area (9 1) of the first node (2 1), and the second node (2 2) having a second antenna (7 2) for wirelessly communicating with a user terminal located within a second coverage area (9 2) of the second node (2 2), wherein the first and the second coverage areas (9 1, 9 2) overlap partially to create an overlap area, wherein both nodes (2 1, 2 2) are configured to communicate with the user terminal over a downlink communication channel having a plurality of channel resources (CR i), wherein a scheduler (11 1) of the first node (2 1) is configured to allocate a first subset (s 1) of all available channel resources (CR i) of the downlink communication channel for communicating data over the first antenna (7 1), and wherein a scheduler (11 2) of the second node (2 2) is configured to allocate a second subset (s 2) comprising the remaining available channel resources (CR i) of the downlink communication channel for communicating data over the second antenna (7 2), wherein the second node (2 2) is configured to receive data to be communicated by the first node (2 1) in the first subset (s 1) of channel resources (CR i), and is further configured to communicate said received data in the first subset (s 1) of channel resources (CR i) to a user terminal when the user terminal is located within the second coverage area (9 2) but outside the overlap area to extend the area available for a handover.