mhurhangee/patent-ind-claim-en huggingface dataset:
Self-propelled device for transferring bulk material, in particular rotting material, comprising a chassis with a bulk material receptacle arranged upstream in the direction of travel and a transfer roller arranged downstream in the direction of travel, characterised in that the transfer roller can be driven by means of a drive motor arranged in the interior of the transfer roller , wherein the transfer roller is rotatably mounted between two pivot arms of a transfer roller suspension and wherein, for cooling the drive motor , a cooling medium is guided via the pivot arms which are each connected in a fluid-tight manner to one end face of the transfer roller .
A speaker comprising: a driver configured to output sound based on an input sound signal; an enclosure surrounding a rear side of the driver ; and an air adsorption member comprising graphene provided in the enclosure , characterized in that : the air adsorption member comprises a scaffold to which the graphene is attached, and the scaffold has a grid form, wherein a space between grids of the scaffold have a size larger than a size of the graphene . a driver configured to output sound based on an input sound signal; an enclosure surrounding a rear side of the driver ; and an air adsorption member comprising graphene provided in the enclosure , characterized in that : the air adsorption member comprises a scaffold to which the graphene is attached, and the scaffold has a grid form, wherein a space between grids of the scaffold have a size larger than a size of the graphene . the air adsorption member comprises a scaffold to which the graphene is attached, and the scaffold has a grid form, wherein a space between grids of the scaffold have a size larger than a size of the graphene .
A method for detecting and/or quantifying the presence of a target nucleic acid sequence of a microorganism in a sample obtained from a subject, wherein the sample is a blood plasma or blood serum sample; wherein the sample comprises cell free DNAs (cfDNAs); and wherein said method comprises amplifying a target sequence in a CpG island of the nucleic acid of the microorganism, irrespective of the methylation status of the CpG island, and wherein the target nucleic acid sequence of the microorganism is cfDNA.
A semi-finished product suitable for processing into floor and wall covering comprising a carrier comprising non-woven glass fibers embedded in polyvinyl chloride (PVC) and a top layer comprising a flat woven cloth made of composite yarn wherein carrier and flat woven cloth are fused together and form one whole, characterized in that the composite yarn is composed of a spun glass fiber core and a polyvinyl chloride coating .
A mold for injection molding, the mold comprising: three or more cavity rows , each cavity row having a plurality of cavities ; and a cooling flow path configured to allow a cooling medium to flow through the cooling flow path, the cooling medium cooling the cavities , the cooling flow path including: at least one supply port ; a distribution conduit communicated with the supply port ; a supply conduit communicated with the distribution conduit ; a cavity cooling portion communicated with the supply conduit and provided to an outer periphery of the cavities; a discharge conduit communicated with the cavity cooling portion; a collecting conduit communicated with the discharge conduit; and at least one discharge port communicated with the collecting conduit, characterized in that the supply conduit and the discharge conduit are parallel to the cavity rows, and at least one supply conduit and at least one discharge conduit are provided for each cavity row. three or more cavity rows , each cavity row having a plurality of cavities ; and a cooling flow path configured to allow a cooling medium to flow through the cooling flow path, the cooling medium cooling the cavities , the cooling flow path including: at least one supply port ; a distribution conduit communicated with the supply port ; a supply conduit communicated with the distribution conduit ; a cavity cooling portion communicated with the supply conduit and provided to an outer periphery of the cavities; a discharge conduit communicated with the cavity cooling portion; a collecting conduit communicated with the discharge conduit; and at least one discharge port communicated with the collecting conduit, at least one supply port ; a distribution conduit communicated with the supply port ; a supply conduit communicated with the distribution conduit ; a cavity cooling portion communicated with the supply conduit and provided to an outer periphery of the cavities; a discharge conduit communicated with the cavity cooling portion; a collecting conduit communicated with the discharge conduit; and at least one discharge port communicated with the collecting conduit, characterized in that the supply conduit and the discharge conduit are parallel to the cavity rows, and at least one supply conduit and at least one discharge conduit are provided for each cavity row.
A teat for a drinking bottle , comprising: a nipple portion located at one end of a teat axis ; and a nipple opening located in the nipple portion, wherein the nipple opening comprises a slit arrangement comprising at least one slit, the slit arrangement having end points each terminating a respective end portion, wherein at least one end portion forms a curved path having a first minimum radius of curvature and forming an open shape, wherein the slit arrangement has a straighter section before each end portion, with a smooth transition from the straighter section to the end portion, the straighter section having a length equal at least to said first minimum radius of curvature and the straighter section having a second minimum radius of curvature at least 2 times the first minimum radius of curvature. a nipple portion located at one end of a teat axis ; and a nipple opening located in the nipple portion, wherein the nipple opening comprises a slit arrangement comprising at least one slit, the slit arrangement having end points each terminating a respective end portion, wherein at least one end portion forms a curved path having a first minimum radius of curvature and forming an open shape, wherein the slit arrangement has a straighter section before each end portion, with a smooth transition from the straighter section to the end portion, the straighter section having a length equal at least to said first minimum radius of curvature and the straighter section having a second minimum radius of curvature at least 2 times the first minimum radius of curvature.
A method of a first vehicle for vehicle-to-vehicle, V2V communication, comprising: receiving, within a transmission area of second vehicle , a first message from a second vehicle comprising first channel quality information, CQI, related to a first position indicated in the message; comparing the first CQI with a second CQI related to a second position, wherein the second CQI is determined by the first vehicle ; and selectively transmitting a second message comprising the first CQI and/or the second CQI to a third vehicle in accordance with the comparison of the first CQI and the second CQI, wherein the second position is identical to the first position or within a predetermined range about the first position. receiving, within a transmission area of second vehicle , a first message from a second vehicle comprising first channel quality information, CQI, related to a first position indicated in the message; comparing the first CQI with a second CQI related to a second position, wherein the second CQI is determined by the first vehicle ; and selectively transmitting a second message comprising the first CQI and/or the second CQI to a third vehicle in accordance with the comparison of the first CQI and the second CQI, wherein the second position is identical to the first position or within a predetermined range about the first position.
A dynamic adaptive streaming over hypertext transfer protocol, HTTP, aware, DASH-aware, network application function, D-NAF, on a server, comprising: a network application function, NAF for authenticating a client ; and a DASH proxy for delivering DASH content and authentication information for the client , wherein the D-NAF is further configured to: receive a user authentication policy for the client ; receive a DASH-specific authentication policy for DASH content from a DASH service provider to be enforced by a content provider; override a generic authentication architecture-based, GAA-based, authentication procedure via a bootstrapping server function, BSF, or home subscriber subsystem, HSS; authorize the client for access to the DASH content based on the user authentication policy and the DASH-specific authentication policy for DASH content; and indicate the enforced DASH-specific authentication policy in the DASH MPD. a network application function, NAF for authenticating a client ; and a DASH proxy for delivering DASH content and authentication information for the client , wherein the D-NAF is further configured to: receive a user authentication policy for the client ; receive a DASH-specific authentication policy for DASH content from a DASH service provider to be enforced by a content provider; override a generic authentication architecture-based, GAA-based, authentication procedure via a bootstrapping server function, BSF, or home subscriber subsystem, HSS; authorize the client for access to the DASH content based on the user authentication policy and the DASH-specific authentication policy for DASH content; and indicate the enforced DASH-specific authentication policy in the DASH MPD. receive a user authentication policy for the client ; receive a DASH-specific authentication policy for DASH content from a DASH service provider to be enforced by a content provider; override a generic authentication architecture-based, GAA-based, authentication procedure via a bootstrapping server function, BSF, or home subscriber subsystem, HSS; authorize the client for access to the DASH content based on the user authentication policy and the DASH-specific authentication policy for DASH content; and indicate the enforced DASH-specific authentication policy in the DASH MPD.
A method for providing a flight path of an unmanned aerial vehicle, UAV, comprising: Receiving , by first access network equipment, a radio resource control, RRC, connection resumption request sent by the UAV in an inactive state; and sending , by the first access network equipment, flight path information of the UAV to the UAV. Receiving , by first access network equipment, a radio resource control, RRC, connection resumption request sent by the UAV in an inactive state; and sending , by the first access network equipment, flight path information of the UAV to the UAV.
A system for transmitting data to a first and a second user device within a user's premises , the system comprising a distribution point having an aggregation device comprising a plurality of access network modems and having a plurality of lines connected thereto, a splitter device connected to the aggregation point via one of the lines connected thereto and being located within the user's premises, a first connection between the splitter device and a first customer premises equipment modem , the first customer premises equipment modem being connected to the first user device, and a second connection between the splitter device and a second customer premises equipment modem , the second customer premises equipment modem being connected to the second user device , wherein the aggregation device is operable to transmit data for the first device via a first one of the plurality of modems in the aggregation device, the splitter device and the first customer premises equipment modem using a Digital Subscriber Line protocol, wherein the aggregation device is operable to transmit data for the second device via the first one of the plurality of modems in the aggregation device, the splitter device and the second customer premises equipment modem using the Digital Subscriber Line protocol.
A razor handle in the form of an elongated body, comprising: a razor head end with a connecting structure , to connect the razor handle to a razor head having a plurality of blades with respective cutting edges which lie in a shaving plane and which exert a cutting action when moved across a user's skin in a shaving direction; a free end opposite the razor head end ; a lower surface on the same side as the cutting edges of the blades when the razor head is connected to the razor handle ; an upper surface opposite the lower surface ; a first gripping area on the upper surface , to provide a first gripping position for a finger or thumb of the user; and a second gripping area on the upper surface , to provide a second gripping position for the finger or thumb of the user, wherein the first and second gripping areas are each provided as a plurality of arcuate protrusions and are separated from one another by a smooth area of the upper surface , the plurality of arcuate protrusions being in the form of at least partial circles concentric with each other, at least one of the plurality of arcuate protrusions forming a complete circle, wherein the first and second gripping areas are closer to the razor head end than the free end , characterized in that the upper surface is comprised of an elastomeric material that is integral with the first and second gripping areas . a razor head end with a connecting structure , to connect the razor handle to a razor head having a plurality of blades with respective cutting edges which lie in a shaving plane and which exert a cutting action when moved across a user's skin in a shaving direction; a free end opposite the razor head end ; a lower surface on the same side as the cutting edges of the blades when the razor head is connected to the razor handle ; an upper surface opposite the lower surface ; a first gripping area on the upper surface , to provide a first gripping position for a finger or thumb of the user; and a second gripping area on the upper surface , to provide a second gripping position for the finger or thumb of the user, wherein the first and second gripping areas are each provided as a plurality of arcuate protrusions and are separated from one another by a smooth area of the upper surface , the plurality of arcuate protrusions being in the form of at least partial circles concentric with each other, at least one of the plurality of arcuate protrusions forming a complete circle, wherein the first and second gripping areas are closer to the razor head end than the free end , characterized in that the upper surface is comprised of an elastomeric material that is integral with the first and second gripping areas .
A dispensing device 310, comprising: a housing 312; a fan 366; and a refill 326, wherein the refill 326 comprises an annular reservoir 328 having a compound 330 disposed therein; and an annular permeable substrate 332 in fluid communication with the compound 330 disposed in said annular reservoir 328 and configured to release the compound 330 in a first passive state, wherein the compound 330 is released from the permeable substrate 332 according to a uniform diffusion profile, and wherein the fan 366 is configured such that rotation of the fan 366 causes air to pass over the permeable substrate 332 to release the compound 330 in a second, active state; characterised in that said fan is a centrifugal fan 366; and in that the permeable substrate 332 includes a horizontal surface 334 having at least one wick 336 extending from the horizontal surface 334 into the compound 330 disposed in the reservoir 328, wherein the horizontal surface 334 and the at least one wick 336 have a T-shaped cross-section in radial direction. a housing 312; a fan 366; and a refill 326, wherein the refill 326 comprises an annular reservoir 328 having a compound 330 disposed therein; and an annular permeable substrate 332 in fluid communication with the compound 330 disposed in said annular reservoir 328 and configured to release the compound 330 in a first passive state, wherein the compound 330 is released from the permeable substrate 332 according to a uniform diffusion profile, and an annular reservoir 328 having a compound 330 disposed therein; and an annular permeable substrate 332 in fluid communication with the compound 330 disposed in said annular reservoir 328 and configured to release the compound 330 in a first passive state, wherein the compound 330 is released from the permeable substrate 332 according to a uniform diffusion profile, and wherein the fan 366 is configured such that rotation of the fan 366 causes air to pass over the permeable substrate 332 to release the compound 330 in a second, active state; characterised in that said fan is a centrifugal fan 366; and in that the permeable substrate 332 includes a horizontal surface 334 having at least one wick 336 extending from the horizontal surface 334 into the compound 330 disposed in the reservoir 328, wherein the horizontal surface 334 and the at least one wick 336 have a T-shaped cross-section in radial direction.
Sensor for determining at least one parameter of a fluid medium flowing through a measurement channel , in particular an intake air mass flow of an internal combustion engine, wherein the sensor has a sensor housing , in particular a plug-in sensor which is inserted or able to be inserted into a flow pipe and in which the measurement channel is formed, and at least one sensor chip , arranged in the measurement channel , for determining the parameter of the fluid medium, wherein the sensor housing has an electronics compartment for receiving an electronics module and has an electronics compartment cover for closing off the electronics compartment , wherein the electronics module is inserted into the electronics compartment , wherein the electronics compartment cover at least partially has electrically conductive properties, wherein the electronics module is electrically conductively connected to an inside of the electronics compartment cover , wherein the electronics module has a base plate , wherein the base plate is electrically conductively connected to the inside of the electronics compartment cover , characterized in that the base plate is connected to the inside of the electronics compartment cover such that it is combined with an at least partial material removal from a surface of the electronics compartment cover , whereby either - the electronics compartment cover has a projection provided with a hole and the base plate has a contact pin , wherein the diameter of the contact pin is greater than the diameter of the hole and the contact pin scratches an injection-moulded skin or surface of the electronics compartment cover , or - the electronics compartment cover has a projection and the base plate has a sharp-edged groove , wherein a width of the groove is less than or equal to a width of the projection and the projection is contacted into the groove by means of a press fit and the sharp-edged groove scratches the outside of the projection , or - the electronics compartment cover has a projection and the base plate has a sharp-edged punched edge , wherein the sharp-edged punched edge scratches a side surface of the projection . - the electronics compartment cover has a projection provided with a hole and the base plate has a contact pin , wherein the diameter of the contact pin is greater than the diameter of the hole and the contact pin scratches an injection-moulded skin or surface of the electronics compartment cover , or - the electronics compartment cover has a projection and the base plate has a sharp-edged groove , wherein a width of the groove is less than or equal to a width of the projection and the projection is contacted into the groove by means of a press fit and the sharp-edged groove scratches the outside of the projection , or - the electronics compartment cover has a projection and the base plate has a sharp-edged punched edge , wherein the sharp-edged punched edge scratches a side surface of the projection .
A surge protector device, comprising a plurality of graphite sheets and insulation gaps , and a structure for fixing the graphite sheets and insulation gaps , said structure comprising an insulating housing and electrodes ; the plurality of graphite sheets and insulation gaps are stacked in combination to form a stack, said stack is to be placed within the insulating housing ; the electrodes are to be located at both ends of the stack of graphite sheets and insulation gaps ; characterized in that the structure further comprises springs , insulating fixing caps and fixing clips ; the fixing clips are evenly distributed around the stack of graphite sheets and insulation gaps ; the springs are to be mounted between the electrodes and the insulating fixing caps , both ends of the insulating housing are provided with threads, and the insulating fixing caps are to match with the insulating housing and are to be screwed tight onto the insulating housing .
A method for classifying the binding interaction of an antibody of the human IgG1 subclass with a multimeric antigen, for which the antibody is bivalent, to be affinity-driven or avidity-driven, comprising the following steps: 1) determining the binding affinity of the antibody for the multimeric antigen, 2) incubating a mixture comprising the antibody, the antigen and lysine-gingipain of Porphyromonas gingivalis or an enzymatically active fragment thereof at a pH of 7.5 to 8.5, in the presence of a reducing agent, at a temperature of 30 °C to 42 °C, for a time of 10 min. to 240 min. to cleave the antibody into Fabs and Fc-region, whereby the concentration of the antibody is higher than the concentration of the antigen, and determining the binding affinity of the Fabs of the antibody for the multimeric antigen, and determining the binding affinity of the antibody to the multimeric antigen to be affinity-driven if the binding affinity determined in both steps is comparable and to be avidity-driven if the binding affinity determined in both steps is different, whereby the binding affinities determined in step 1) and 2) of the antibody to the multimeric antigen are comparable if the binding affinities determined in both steps differ by a factor of 2 or less (the smaller value is set to 100 %) and is different if the binding affinities determined in both steps differ by more than a factor of 2 (the smaller value is set to 100 %). 1) determining the binding affinity of the antibody for the multimeric antigen, 2) incubating a mixture comprising the antibody, the antigen and lysine-gingipain of Porphyromonas gingivalis or an enzymatically active fragment thereof at a pH of 7.5 to 8.5, in the presence of a reducing agent, at a temperature of 30 °C to 42 °C, for a time of 10 min. to 240 min. to cleave the antibody into Fabs and Fc-region, whereby the concentration of the antibody is higher than the concentration of the antigen, and determining the binding affinity of the Fabs of the antibody for the multimeric antigen,