mhurhangee/ep-ind-claims huggingface dataset:
An optical connector (10A, 10B, 20A, 20B, 30A, 30B, 40A, 40B) comprising: a cylindrical connector exterior (11A, 11B, 21A, 21B, 31A, 41B); a block (12A, 12B, 22A, 22B, 32A, 42B) that is incorporated in one end side of the connector exterior and in which first and second light emitting or light incident portions are mounted toward another end side of the connector exterior, each light emitting or light incident portion comprising one or more lenses, wherein each of the first and second light emitting or light incident portions are mounted on the block toward the inner side of the cylindrical connector exterior, such that they are opposite each other, and arranged such that an optical axis direction of each of the light emitting or light incident portions is inclined to the center direction of the connector exterior to be inclined with respect to a longitudinal direction of the connector exterior, wherein the connector exterior has a length at which at least a part of light emitted from one of the light emitting or light incident portions can be emitted to an inner side of the connector exterior; and a light diffusing portion is formed in a surface of the inner side of the connector exterior, the light diffusing portion being configured to diffuse an optical signal emitted to the inner side of the connector exterior. a cylindrical connector exterior (11A, 11B, 21A, 21B, 31A, 41B); a block (12A, 12B, 22A, 22B, 32A, 42B) that is incorporated in one end side of the connector exterior and in which first and second light emitting or light incident portions are mounted toward another end side of the connector exterior, each light emitting or light incident portion comprising one or more lenses, wherein each of the first and second light emitting or light incident portions are mounted on the block toward the inner side of the cylindrical connector exterior, such that they are opposite each other, and arranged such that an optical axis direction of each of the light emitting or light incident portions is inclined to the center direction of the connector exterior to be inclined with respect to a longitudinal direction of the connector exterior, wherein the connector exterior has a length at which at least a part of light emitted from one of the light emitting or light incident portions can be emitted to an inner side of the connector exterior; and a light diffusing portion is formed in a surface of the inner side of the connector exterior, the light diffusing portion being configured to diffuse an optical signal emitted to the inner side of the connector exterior.
A compound for use in treating obesity, wherein the compound is: or a pharmaceutically acceptable salt thereof, wherein the compound is provided in a formulation for transdermal administration.
A system for determining the orientation of a vehicle within a plant, having the vehicle and a stationarily arranged transmission module, wherein the vehicle is movable on a driving surface of the plant and has a receiving module, the transmission module has a light source, in particular a light-emitting diode, and a first polarisation filter, wherein the first polarisation filter is in the form of a linear polarisation filter, so that linearly polarized light can be emitted from the transmission module, characterised in that the receiving module has a light sensor, a liquid crystal, a control means for the liquid crystal and a second polarisation filter, wherein the second polarisation filter is in the form of a linear polarisation filter, wherein the second polarisation filter is arranged between the light sensor and the liquid crystal, wherein the liquid crystal is controllable by means of the control means in such a manner that the polarisation of the linearly polarized light passing through the liquid crystal is rotated through a first angle or through a second angle, in particular through 0° or through 90°, wherein the first angle and the second angle are unequal, wherein light from the light source, which has passed through the first polarisation filter, then the liquid crystal and then the second polarisation filter, can be detected by means of the light sensor, wherein the receiving module has a receiver and an evaluation means, wherein the receiver is configured to measure a signal of the light sensor, namely a current, wherein the evaluation means is configured to determine the orientation of the vehicle on the driving surface from two measured values of the light sensor, wherein the system has a stationarily arranged receiving module associated with the stationarily arranged transmission module, wherein the stationarily arranged receiving module and the receiving module of the vehicle are of the same kind, wherein the vehicle has a transmission module, wherein the transmission module of the vehicle and the stationarily arranged transmission module are of the same kind, wherein a bi-directional data transfer between the vehicle and the central control means can be carried out by means of the transmission modules and receiving modules.
A modular voltage source converter, comprising: a plurality of cells conformal to a basic cell design comprising a first and a second terminal (201, 202), a capacitor and at least two switches (221, 222, 223, 224) arranged in a half-bridge configuration, wherein: a first group is formed by a number n of said cells (101-k, k = 1,..., n) connected serially at their terminals; and a second group is formed by an equal number n of said cells (102-k, k = 1,..., n) connected serially at their terminals, wherein the terminals of the cells (101-k) in said first group are connected, via current limiting connecting elements (110-k, 110-(k+1)), to the terminals of corresponding cells (102-k) in said second group and the serial connections between the cell terminals are realized as low-impedance conductive elements. a plurality of cells conformal to a basic cell design comprising a first and a second terminal (201, 202), a capacitor and at least two switches (221, 222, 223, 224) arranged in a half-bridge configuration, wherein: a first group is formed by a number n of said cells (101-k, k = 1,..., n) connected serially at their terminals; and a second group is formed by an equal number n of said cells (102-k, k = 1,..., n) connected serially at their terminals, wherein the terminals of the cells (101-k) in said first group are connected, via current limiting connecting elements (110-k, 110-(k+1)), to the terminals of corresponding cells (102-k) in said second group and the serial connections between the cell terminals are realized as low-impedance conductive elements. a first group is formed by a number n of said cells (101-k, k = 1,..., n) connected serially at their terminals; and a second group is formed by an equal number n of said cells (102-k, k = 1,..., n) connected serially at their terminals, wherein the terminals of the cells (101-k) in said first group are connected, via current limiting connecting elements (110-k, 110-(k+1)), to the terminals of corresponding cells (102-k) in said second group and the serial connections between the cell terminals are realized as low-impedance conductive elements.
A substantially 'U' shaped vehicle chassis, with an openable end facing to the rear; wherein the area bounded by the chassis footprint is substantially free of any obstruction impeding the lifting and lowering of the load in use; the chassis comprising a plurality of rotating lifting arms (9, 10, 11, 12), pivoted at one end with the non-pivoted ends which engage respective corresponding pick-up points (28, 29) on a load; the rotating lifting arms engage a load in a first position and deposit said load on said chassis in a second position;, characterised in that the chassis is attached, in use, by means of a fixed rigid connection to a vehicle cabin for travel, said fixed rigid connection comprising a first attachment member (3, 4) defined by the chassis and co-operable with a second attachment member defined by a vehicle cabin, and which chassis provides an engagement bracket, close to the chassis wheels (20, 21), for a knuckle fitting, incorporated into each side of the load, to engage, and characterised in that the plurality of rotating lifting arms comprise four rotating lifting arms
Jumper for an electrical terminal for electrical connecting conductor rails of the terminal, wherein the jumper comprises a head part and at least one resilient pair of clamp tongues adapted to engage into an opening of the conductor rail, wherein the clamp tongues each comprise an inner side and an outer side, the outer sides respectively form a contact area adapted to contact the opening, the clamp tongues respectively are connected to the head part and biased with a spring load such that the inner sides of one pair of clamp tongues are arranged opposite to each other and in the non-contact state of the pair of clamp tongues with respect to the conductor rail are disposed spaced apart from each other, the clamp tongues each extend from the head part towards a tip, and the inner sides each have a contour configured such that in the contact state of the pair of clamp tongues with respect to the conductor rail only the tips of the clamp tongues abut against each other, in the non-contact state the tips abut not against each other and a gap between the inner sides is formed between the head part and the tips.
A rotary feeder assembly comprising: a rotary feeder housing having an inlet configured to receive comminuted cellulosic fibrous material and a discharge outlet configured to discharge comminuted cellulosic fibrous material, wherein an inner wall of the rotary feeder housing defines a recess; and a shear edge assembly disposed within the recess, characterized in that a tip of the shear edge assembly comprises an edge configured to cut chips, and wherein the tip of the shear edge assembly remains in the recess such that the tip of the shear edge assembly does not extend into the inlet. a rotary feeder housing having an inlet configured to receive comminuted cellulosic fibrous material and a discharge outlet configured to discharge comminuted cellulosic fibrous material, wherein an inner wall of the rotary feeder housing defines a recess; and a shear edge assembly disposed within the recess, characterized in that a tip of the shear edge assembly comprises an edge configured to cut chips, and wherein the tip of the shear edge assembly remains in the recess such that the tip of the shear edge assembly does not extend into the inlet.
Method for producing a filter material for fluids, in particular hydraulic fluids, wherein a filter medium having at least one layer is joined in flat areas on at least one side surface to a supporting structure which is partially made from a plastics material, the filter medium and the supporting structure being joined by means of lamination, characterised in that said supporting structure is laminated as a coating on the filter medium and in that the supporting structure is applied to the filter medium by a dipping method or spread coating method, wherein, in the dipping method, a mask is placed on the filter medium and this is then dipped in a bath with material containing plastic for the supporting structure and, in the spread coating method, the elements forming the supporting structure are applied to the filter medium in a pattern.
A method of transmitting data in a radio communication system, the method comprising: dividing data intended for a communication receive node into a high priority code stream and a low priority code stream; transmitting the high priority code stream to the communication receive node and a relay node; and transmitting the low priority code stream to the communication receive node; characterised in that: the relay node is configured to receive, amplify and forward the high priority code stream to the communication receive node; and the communication receive node is configured to receive the high priority code stream substantially during first time intervals and is further configured to receive both the low priority code stream and the amplified high priority code stream from the relay node substantially during second time intervals interleaved with the first time intervals (202, 204). dividing data intended for a communication receive node into a high priority code stream and a low priority code stream; transmitting the high priority code stream to the communication receive node and a relay node; and transmitting the low priority code stream to the communication receive node; characterised in that: the relay node is configured to receive, amplify and forward the high priority code stream to the communication receive node; and the communication receive node is configured to receive the high priority code stream substantially during first time intervals and is further configured to receive both the low priority code stream and the amplified high priority code stream from the relay node substantially during second time intervals interleaved with the first time intervals (202, 204). the relay node is configured to receive, amplify and forward the high priority code stream to the communication receive node; and the communication receive node is configured to receive the high priority code stream substantially during first time intervals and is further configured to receive both the low priority code stream and the amplified high priority code stream from the relay node substantially during second time intervals interleaved with the first time intervals (202, 204).
Injection-mold form for the manufacturing of an injection-molded part, in particular for the manufacturing of an operating button of a household appliance, wherein the injection-mold form comprises a first cavity for a first section of the injection-molded part, a second cavity for a second section of the injection-molded part, and an opening for injecting plastic, wherein the first and the second cavity (26, 32) are in fluidwise connection at least along a line-shaped connecting section, wherein the first section is a user-facing part of the injection-molded part and the second section is a side part of the injection-molded part, wherein the first section extends at least substantially in a first plane, the second section extends at least substantially in a second plane (XZ; RZ), and the first and second planes (XY, XZ; RZ) are at an angle to one another, wherein the opening opens into the second cavity, and the second cavity comprises a recess which depth extends at least approximately perpendicular to the second plane (XZ; RZ), characterized in that the recess increases in width when considering a central line which is directed from the opening to a nearest point on the connecting section.
A liquid composition for oral cavity contained in a foam-discharging container, comprising the following components, and: 0.3 mass% or more and 2.5 mass% or less in total of one or more surfactants selected from the group consisting of an anionic surfactant (a-1) selected from the group consisting of an N-acylamino acid salt, an alkyl sulfate ester salt, an alkyl phosphate salt and an α-olefin sulfonate salt, and an amphoteric surfactant (a-2); 10 mass% or more and 40 mass% or less in total of one or more polyols selected from the group consisting of glycerin, propylene glycol, butylene glycol, and polyethylene glycol having an average molecular weight of 1,000 or less; and 50 mass% or more and 89 mass% or less of water; wherein a content of the component (a-1) is 1.2 mass% or less, or the component (a-1) is not comprised, and a content of the component (a-2) is 0.25 mass% or more and 1.5 mass% or less, and furthermore, a content of ethanol is 3 mass% or less, a content of an abrasive powder is 0.5 mass% or less, a content of a binder is 0.3 mass% or less, a content of a nonionic surfactant is 1.2 mass% or less, and a content of a sugar alcohol which is a solid at 20°C is 5 mass% or less. 0.3 mass% or more and 2.5 mass% or less in total of one or more surfactants selected from the group consisting of an anionic surfactant (a-1) selected from the group consisting of an N-acylamino acid salt, an alkyl sulfate ester salt, an alkyl phosphate salt and an α-olefin sulfonate salt, and an amphoteric surfactant (a-2); 10 mass% or more and 40 mass% or less in total of one or more polyols selected from the group consisting of glycerin, propylene glycol, butylene glycol, and polyethylene glycol having an average molecular weight of 1,000 or less; and 50 mass% or more and 89 mass% or less of water; wherein
A terminal comprising: a receiving section configured to monitor, in a first cell, first downlink control information, DCI, for scheduling a shared channel on a second cell; and a control section configured to, when capability information related to cross-carrier scheduling and monitoring of a second DCI used to control at least one of a slot format, a preemption and a transmit power are reported, and when the shared channel on the second cell is configured to be scheduled using the first cell, control not to monitor the second DCI in the second cell, and control to monitor the second DCI in the first cell. a receiving section configured to monitor, in a first cell, first downlink control information, DCI, for scheduling a shared channel on a second cell; and a control section configured to, when capability information related to cross-carrier scheduling and monitoring of a second DCI used to control at least one of a slot format, a preemption and a transmit power are reported, and when the shared channel on the second cell is configured to be scheduled using the first cell, control not to monitor the second DCI in the second cell, and control to monitor the second DCI in the first cell.
An energy storage rack, comprising vertical columns and horizontal beams connected to each other, wherein the vertical columns and the horizontal beams enclose accommodating cavities for accommodating battery insertion boxes, wherein: each vertical column is a hollow column structure formed by a first beam and a second beam butting against each other; the first beam comprises a first main body and first connecting plates, the first main body has a first groove, two sides of the first main body are respectively connected to the first connecting plates, and the first connecting plates are located at an opening of the first main body; and the second beam comprises a second main body and second connecting plates, the second main body has a second groove, two sides of the second main body are respectively connected to the second connecting plates, the second connecting plates are located at an opening of the second main body, the two second connecting plates are correspondingly connected to the two first connecting plates, and the first groove communicates with the second groove to form a hollow cavity. each vertical column is a hollow column structure formed by a first beam and a second beam butting against each other; the first beam comprises a first main body and first connecting plates, the first main body has a first groove, two sides of the first main body are respectively connected to the first connecting plates, and the first connecting plates are located at an opening of the first main body; and the second beam comprises a second main body and second connecting plates, the second main body has a second groove, two sides of the second main body are respectively connected to the second connecting plates, the second connecting plates are located at an opening of the second main body, the two second connecting plates are correspondingly connected to the two first connecting plates, and the first groove communicates with the second groove to form a hollow cavity.
A method comprising: receiving an indication that a first COS service and one or more first COS endpoints are created in a first COS cluster, wherein the first COS service defines a set of one or more COS pods in the first COS cluster, and wherein a COS endpoint of the one or more first COS endpoints includes a network address of a COS pod of the set of one or more COS pods; and transmitting a request to create, in a second COS cluster, a second COS service and one or more second COS endpoints that correspond to the first COS service and the one or more first COS endpoints, wherein creation of the second COS service and the one or more second COS endpoints causes insertion of one or more first Domain Name System records in a first DNS server that is local to the second COS cluster, and wherein the one or more first DNS records are inserted to enable one or more COS pods (104P-Q) of the second COS cluster to communicate with the set of one or more COS pods of the first COS cluster through a network. receiving an indication that a first COS service and one or more first COS endpoints are created in a first COS cluster, wherein the first COS service defines a set of one or more COS pods in the first COS cluster, and wherein a COS endpoint of the one or more first COS endpoints includes a network address of a COS pod of the set of one or more COS pods; and wherein the first COS service defines a set of one or more COS pods in the first COS cluster, and wherein a COS endpoint of the one or more first COS endpoints includes a network address of a COS pod of the set of one or more COS pods; and transmitting a request to create, in a second COS cluster, a second COS service and one or more second COS endpoints that correspond to the first COS service and the one or more first COS endpoints, wherein creation of the second COS service and the one or more second COS endpoints causes insertion of one or more first Domain Name System records in a first DNS server that is local to the second COS cluster, and wherein the one or more first DNS records are inserted to enable one or more COS pods (104P-Q) of the second COS cluster to communicate with the set of one or more COS pods of the first COS cluster through a network. wherein creation of the second COS service and the one or more second COS endpoints causes insertion of one or more first Domain Name System records in a first DNS server that is local to the second COS cluster, and wherein the one or more first DNS records are inserted to enable one or more COS pods (104P-Q) of the second COS cluster to communicate with the set of one or more COS pods of the first COS cluster through a network.
A treatment method of a photovoltaic element against degradation of the efficiency under illumination treatment, comprising at least the following steps: - providing said element comprising a silicon-base substrate provided with at least one emitter area at the surface; - generating charge carriers in the substrate, while at the same time keeping the substrate at a temperature within a temperature range comprised between 20 °C and 230 °C and preferably between 50 °C and 230 °C; characterized in that the substrate is subjected to a magnetic field during the charge carrier generation step, the magnetic field having a component (Bc) substantially parallel to the interface between the emitting area and the substrate, and in that the component (Bc) of the magnetic field has an intensity comprised between 10 -4 T and 5*10 -1 T and advantageously greater than 10 -3 T. - providing said element comprising a silicon-base substrate provided with at least one emitter area at the surface; - generating charge carriers in the substrate, while at the same time keeping the substrate at a temperature within a temperature range comprised between 20 °C and 230 °C and preferably between 50 °C and 230 °C;