mhurhangee/patent-ind-claim-en huggingface dataset:
A computing device for generating an approximated embedding of an out-of-knowledge-graph entity based on a knowledge graph, the computing device comprising: a reception circuitry configured to receive a target entity, wherein the target entity represents a patient or a gene, a dataset associated with the target entity, and an embeddings space of a knowledge graph comprising a set of structured data, wherein the target entity is out of the knowledge graph and the embeddings space includes a set of vectors representing the set of structured data associated with the knowledge graph in the embeddings space; a selection circuitry configured to select a set of elements from the knowledge graph, each element being related to the target entity according to the dataset associated with the target entity; a construction circuitry configured to construct a set of descriptory triples based on the target entity and the set of elements; an aggregation circuitry configured to obtain an embedding matrix based on the descriptory triples and the embeddings space; an approximator circuitry configured to generate an approximated embedding for the target entity based on the embedding matrix; and an output circuitry configured to output a plausibility prediction for a target triple involving the target entity based on the approximated embedding for the target entity, wherein the plausibility prediction indicates a probability that the target triple comprises a correct relation between one of: the gene and one or more diseases; the patient and a treatment; or the patient and a medical problem. a reception circuitry configured to receive a target entity, wherein the target entity represents a patient or a gene, a dataset associated with the target entity, and an embeddings space of a knowledge graph comprising a set of structured data, wherein the target entity is out of the knowledge graph and the embeddings space includes a set of vectors representing the set of structured data associated with the knowledge graph in the embeddings space; a selection circuitry configured to select a set of elements from the knowledge graph, each element being related to the target entity according to the dataset associated with the target entity; a construction circuitry configured to construct a set of descriptory triples based on the target entity and the set of elements; an aggregation circuitry configured to obtain an embedding matrix based on the descriptory triples and the embeddings space; an approximator circuitry configured to generate an approximated embedding for the target entity based on the embedding matrix; and an output circuitry configured to output a plausibility prediction for a target triple involving the target entity based on the approximated embedding for the target entity, wherein the plausibility prediction indicates a probability that the target triple comprises a correct relation between one of: the gene and one or more diseases; the patient and a treatment; or the patient and a medical problem.
A support bracket for securing a wire basket to a threaded rod secured to a ceiling in a wire basket system, the support bracket comprising: a main member having a top , a bottom , a first end , a second end , a first side , and a second side ; a first arm extending downwardly from the first side of the main member, the first arm including a J-shaped hook ; and a second arm extending downwardly from the second side of the main member, the second arm including a J-shaped hook ; wherein the first end of the main member has an outer edge , wherein a latch extends at an angle away from the outer edge of the first end of the main member, whereby the J-shaped hook of the first arm and the J-shaped hook of the second arm are aligned enabling the support bracket to receive a wire of the wire basket in the wire basket system, wherein the support bracket is arranged to be positioned below the wire, when the wire is positioned against the outer edge of the main member above the J-hooks in the first and second arms, and wherein the support bracket is arranged to be raised and snapped on to the wire, the latch being arranged to engage the wire. a main member having a top , a bottom , a first end , a second end , a first side , and a second side ; a first arm extending downwardly from the first side of the main member, the first arm including a J-shaped hook ; and a second arm extending downwardly from the second side of the main member, the second arm including a J-shaped hook ; wherein the first end of the main member has an outer edge , wherein a latch extends at an angle away from the outer edge of the first end of the main member, whereby the J-shaped hook of the first arm and the J-shaped hook of the second arm are aligned enabling the support bracket to receive a wire of the wire basket in the wire basket system, wherein the support bracket is arranged to be positioned below the wire, when the wire is positioned against the outer edge of the main member above the J-hooks in the first and second arms, and wherein the support bracket is arranged to be raised and snapped on to the wire, the latch being arranged to engage the wire.
An energy guide chain for guiding cables, hoses, or the like, comprising - two link strands each comprising a plurality of links ; - separately detachable transverse webs which connect the two link strands with each other and parallel to each other; - in each link strand a plurality of joint elements , wherein each joint element is elastically deformable; wherein in each link strand the links are connected to each other in a longitudinal direction of the energy guide chain and can be angled to one another by means of articulated connection; and wherein, for the articulated connection, each joint element connects adjacent links to each other in an articulated manner, so that the respective connected links can be angled to one another in an angling direction, and wherein each joint element is implemented as a separate component in each case; characterized in that each joint element comprises at least one first snap means which cooperates with corresponding second snap means of the first link of two neighboring links , wherein first and second snap means build a snap connection which secures the joint element at the first link of the two neighboring links in a transverse direction transverse to the longitudinal direction. - two link strands each comprising a plurality of links ; - separately detachable transverse webs which connect the two link strands with each other and parallel to each other; - in each link strand a plurality of joint elements , wherein each joint element is elastically deformable; wherein in each link strand the links are connected to each other in a longitudinal direction of the energy guide chain and can be angled to one another by means of articulated connection; and
A valve for conveying fluid, the valve comprising: a bonnet secured to a body ; a flexible diaphragm compressed between the bonnet and the body; a first spring disposed in the bonnet; characterized in that the valve further comprises a spindle unit , wherein the spindle unit is disposed in the body and comprises: a pin ; a first seat disc , disposed between the pin and the diaphragm, the first seat disc and the pin defining a first void, the first spring biasing the diaphragm toward the first seat disc; and a seat screw engaged with the body and slidably engaged with the pin, the seat screw and the pin defining a fluid passage in fluid communication with the first void. a bonnet secured to a body ; a flexible diaphragm compressed between the bonnet and the body; a first spring disposed in the bonnet; characterized in that the valve further comprises a spindle unit , wherein the spindle unit is disposed in the body and comprises: a pin ; a first seat disc , disposed between the pin and the diaphragm, the first seat disc and the pin defining a first void, the first spring biasing the diaphragm toward the first seat disc; and a seat screw engaged with the body and slidably engaged with the pin, the seat screw and the pin defining a fluid passage in fluid communication with the first void. a pin ; a first seat disc , disposed between the pin and the diaphragm, the first seat disc and the pin defining a first void, the first spring biasing the diaphragm toward the first seat disc; and a seat screw engaged with the body and slidably engaged with the pin, the seat screw and the pin defining a fluid passage in fluid communication with the first void.
Thermal container comprising at least one flat rear cushion and one flat front cushion extending in another plane above the rear cushion , which cushions are connected to one another at opposite side edges of the thermal container , wherein the rear cushion and the front cushion are sewn and/or glued and/or squeezed together on the opposite side edges of the thermal container and are formed in one piece at a further side edge of the thermal container in such a way that a cavity is formed between the rear cushion and the front cushion in which cavity at least one object can be inserted whose temperature should be maintained, the rear cushion and the front cushion each being formed from at least one bag and a fibrous material located inside the at least one bag , characterized in that the fibrous material is a single layer or a stack of a plurality of flat superimposed single layers of corrugated and/or zigzag laid or folded fibrous material, wherein the single layer or each of the single layers of the stack have a corrugation height and/or zigzag height (d) of ≥ 0.3 mm, wherein the rear cushion either comprises a rear cushion section protruding over the front cushion on one side, or a closure flap adjoins the rear cushion on one side, wherein the protruding rear cushion section or the closure flap is foldable onto a surface of the front cushion and connectable with said cushion either directly or indirectly so as to close the cavity .
A service scheduling method, to be performed at a base station, comprising: reporting , by a Medium Access Control, MAC, entity of a carrier, bearer information of the carrier to a Radio Link Control, RLC, entity; assigning , by the Radio Link Control, RLC, entity, service data and control information to the carrier, and sending the service data and the control information to a data buffer of the carrier; determining , by the MAC entity, a user equipment for which a transmission needs to be scheduled, and acquiring the service data and the control information from the data buffer; and assembling , by the MAC entity, an RLC packet and a MAC packet from the service data and sending the packets to the user equipment, wherein the control information is required for assembling the RLC packet from the service data. reporting , by a Medium Access Control, MAC, entity of a carrier, bearer information of the carrier to a Radio Link Control, RLC, entity; assigning , by the Radio Link Control, RLC, entity, service data and control information to the carrier, and sending the service data and the control information to a data buffer of the carrier; determining , by the MAC entity, a user equipment for which a transmission needs to be scheduled, and acquiring the service data and the control information from the data buffer; and assembling , by the MAC entity, an RLC packet and a MAC packet from the service data and sending the packets to the user equipment, wherein the control information is required for assembling the RLC packet from the service data.
Hinge for a door which covers at least in part a compartment, of the type comprising a fixed support coupled to the compartment frame, and a mobile support coupled to the door, said mobile and fixed supports being at least rotatably constrained one to the other at a first pin , as well as means to impose a predefined law of motion to the mobile support with respect to the fixed support during opening and/or closing of said door, wherein said means to impose a predefined law of motion comprise elastic means operatively interposed between said fixed support and said mobile support to counter and/or aid the opening and/or closing of said door, and wherein said hinge further comprises at least one motion guide bar articulated indirectly to said mobile support and coupled slidingly to said fixed support and provided with a second pin , to which a first end of a connecting rod is hinged, the second end of the connecting rod being hinged to a third pin integral with the mobile support in a position distinct from the first pin , wherein said second pin , during its travel, is guided within a slot obtained on the outer frame of the fixed support , which allows the bar to move only axially and defines limit points for the bar itself, corresponding to the required engagement of the second pin with the ends and of the slot , characterized in that said hinge comprises controlled motor means for aiding opening and/or closing of the door, said controlled motor means applying a push and/or a pull force onto said mobile support with respect to said fixed support , by applying an axial push and/or pull force onto said motion guide bar .
A wireless power reception device comprising: a first resonant circuit having a first resonant frequency; a second resonant circuit connected in parallel with the first resonant circuit and having a second resonant frequency; and a rectifier configured to rectify power received wirelessly by either one or both of the first resonant circuit and the second resonant circuit to output a charging current; characterised in that the second resonant frequency is greater than or equal to five times the first resonant frequency. a first resonant circuit having a first resonant frequency; a second resonant circuit connected in parallel with the first resonant circuit and having a second resonant frequency; and a rectifier configured to rectify power received wirelessly by either one or both of the first resonant circuit and the second resonant circuit to output a charging current; characterised in that the second resonant frequency is greater than or equal to five times the first resonant frequency.
The use of a composition as hardening accelerator for building material mixtures comprising cement, slag, fly ash, silica dust, metakaolin, natural pozzolans, calcined oil shale, calcium sulpho aluminate cement and/or calcium aluminate cement, where the composition is obtainable by reaction of a water-soluble calcium compound with a water-soluble silicate compound in the presence of an aqueous solution of a polycondensate, the polycondensate containing (I) at least one structural unit consisting of an aromatic or heteroaromatic moiety bearing a polyether side chain and (II) at least one structural unit consisting of an aromatic or heteroaromatic moiety bearing at least one phosphoric acid ester group and/or its salt. (I) at least one structural unit consisting of an aromatic or heteroaromatic moiety bearing a polyether side chain and (II) at least one structural unit consisting of an aromatic or heteroaromatic moiety bearing at least one phosphoric acid ester group and/or its salt.
An isolated human monoclonal antibody or fragment thereof that specifically binds IL-17 receptor A and inhibits IL-17A from binding and activating said receptor, wherein the antibody or fragment thereof specifically binds to a polypeptide consisting of SEQ ID NO: 431 with an equilibrium dissociation constant that is 10 -9 to 10 -10 M measured by surface plasmon resonance at 25°C, and wherein said antibody or fragment does not specifically bind said polypeptide substituted with arginine at position 152 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 154 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 156 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 184 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 186 of SEQ ID NO: 431, and does not specifically bind said polypeptide substituted with arginine at position 297 of SEQ ID NO: 431. wherein the antibody or fragment thereof specifically binds to a polypeptide consisting of SEQ ID NO: 431 with an equilibrium dissociation constant that is 10 -9 to 10 -10 M measured by surface plasmon resonance at 25°C, and wherein said antibody or fragment does not specifically bind said polypeptide substituted with arginine at position 152 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 154 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 156 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 184 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 186 of SEQ ID NO: 431, and does not specifically bind said polypeptide substituted with arginine at position 297 of SEQ ID NO: 431.
Surgical microscope having an illumination device for setting different illumination variants, comprising an illumination light source having mutually independently controllable individual light sources arranged in a first plane in a two-dimensional array , and an illumination beam path having an illumination optical unit and an optical axis , wherein a plane conjugate with respect to the first plane is formed by the illumination optical unit , wherein an aperture device is arranged in the plane conjugate with respect to the first plane, wherein the aperture device has a number of aperture openings , wherein each aperture opening is assigned to an individual light source , wherein size and shape of the aperture openings are adapted to images of the individual light sources in the conjugate plane, wherein a first principal plane (H) and a second principal plane (H') are defined by the illumination optical unit , wherein a first distance s is formed as distance between the first principal plane (H) and the first plane and a second distance s' is formed as distance between the second principal plane (H') and the plane conjugate with respect to the first plane, wherein the following relationship is fulfilled for a magnification scale: 1 ≤ | s ′ s | ≤ 4,. an illumination light source having mutually independently controllable individual light sources arranged in a first plane in a two-dimensional array , and an illumination beam path having an illumination optical unit and an optical axis , wherein a plane conjugate with respect to the first plane is formed by the illumination optical unit , wherein an aperture device is arranged in the plane conjugate with respect to the first plane, wherein the aperture device has a number of aperture openings , wherein each aperture opening is assigned to an individual light source , wherein size and shape of the aperture openings are adapted to images of the individual light sources in the conjugate plane, wherein a first principal plane (H) and a second principal plane (H') are defined by the illumination optical unit , wherein a first distance s is formed as distance between the first principal plane (H) and the first plane and a second distance s' is formed as distance between the second principal plane (H') and the plane conjugate with respect to the first plane, wherein the following relationship is fulfilled for a magnification scale: 1 ≤ | s ′ s | ≤ 4,.
A working machine comprising: a traveling device having a traveling frame ; a turn base plate supported on the traveling frame and configured to turn around an axis (X1) extending in a vertical direction, the turn base plate having an opening portion through which the axis (X1) extends; and a swivel joint including: an outer sleeve fixed to the turn base plate ; and an inner shaft inserted to the opening portion and inserted to the outer sleeve so as to rotate about the axis (X1), the inner shaft being configured not to rotate with respect to the traveling frame , wherein the outer sleeve has a sleeve body , an upper member fixed to an upper portion of the sleeve body by bolts (BL1), and a lower member fixed to a lower portion of the sleeve body by bolts (BL2), characterised in that the lower member has a flange portion fixed to the turn base plate on a periphery of the opening portion and covering the opening portion , and an insertion portion formed integrally with the flange portion and inserted into the opening portion . a traveling device having a traveling frame ; a turn base plate supported on the traveling frame and configured to turn around an axis (X1) extending in a vertical direction, the turn base plate having an opening portion through which the axis (X1) extends; and a swivel joint including: an outer sleeve fixed to the turn base plate ; and an inner shaft inserted to the opening portion and inserted to the outer sleeve so as to rotate about the axis (X1), the inner shaft being configured not to rotate with respect to the traveling frame , an outer sleeve fixed to the turn base plate ; and an inner shaft inserted to the opening portion and inserted to the outer sleeve so as to rotate about the axis (X1), the inner shaft being configured not to rotate with respect to the traveling frame , wherein the outer sleeve has a sleeve body , an upper member fixed to an upper portion of the sleeve body by bolts (BL1), and a lower member fixed to a lower portion of the sleeve body by bolts (BL2), characterised in that the lower member has a flange portion fixed to the turn base plate on a periphery of the opening portion and covering the opening portion , and an insertion portion formed integrally with the flange portion and inserted into the opening portion .