mhurhangee/ep-ind-claims huggingface dataset:
A display bag comprising: a housing formed from a flexible material and having a first end, a second end, and an inner volume extending between the first end and the second end; the housing including a front panel and side panels and wherein the first end is closed by a first seal and the second end is closed by a second seal; a hanging device disposed proximate to the first end; a first panel disposed proximate to the second end and movable from a closed state closing a first opening formed in the housing and restricting access to the inner volume and an open state permitting access to the inner volume via the first opening; characterized in than the first opening extending across an entire width of the front panel and into the side panels. a housing formed from a flexible material and having a first end, a second end, and an inner volume extending between the first end and the second end; the housing including a front panel and side panels and wherein the first end is closed by a first seal and the second end is closed by a second seal; a hanging device disposed proximate to the first end; a first panel disposed proximate to the second end and movable from a closed state closing a first opening formed in the housing and restricting access to the inner volume and an open state permitting access to the inner volume via the first opening; characterized in than the first opening extending across an entire width of the front panel and into the side panels.
A binding machine comprising: a main body, a curl guide (21, 22) configured to guide a wire in a loop shape around a binding target, and a twisting part configured to bind the binding target by twisting the wire guided in the loop shape around the binding target, wherein the twisting part includes a twisting mechanism having a shaft extending in a front and back direction and an electric motor configured to rotatively drive the shaft of the twisting mechanism, the curl guide (21, 22) has a tapered protrusion at a tip end-side, wherein the protrusion is detachable to the curl guide (21, 22) or to the binding machine main body supporting the curl guide (21, 22), and the protrusion includes: a pointed tip end; a guide part which is provided on an outer periphery-side of the protrusion and which is arranged substantially perpendicularly to an extension line of the shaft of the twisting mechanism; and an inclined guide part which is provided at an inner periphery-side that is opposite to the guide part and which is configured to guide the binding target from a tip end-side toward a base end-side. a main body, a curl guide (21, 22) configured to guide a wire in a loop shape around a binding target, and a twisting part configured to bind the binding target by twisting the wire guided in the loop shape around the binding target, wherein the twisting part includes a twisting mechanism having a shaft extending in a front and back direction and an electric motor configured to rotatively drive the shaft of the twisting mechanism, the curl guide (21, 22) has a tapered protrusion at a tip end-side, wherein the protrusion is detachable to the curl guide (21, 22) or to the binding machine main body supporting the curl guide (21, 22), and the protrusion includes: a pointed tip end; a guide part which is provided on an outer periphery-side of the protrusion and which is arranged substantially perpendicularly to an extension line of the shaft of the twisting mechanism; and an inclined guide part which is provided at an inner periphery-side that is opposite to the guide part and which is configured to guide the binding target from a tip end-side toward a base end-side. a pointed tip end; a guide part which is provided on an outer periphery-side of the protrusion and which is arranged substantially perpendicularly to an extension line of the shaft of the twisting mechanism; and an inclined guide part which is provided at an inner periphery-side that is opposite to the guide part and which is configured to guide the binding target from a tip end-side toward a base end-side.
Bus module with a controller (μC) for controlling a sensor or actuator, with a bus input (BUS IN) and a bus output (BUS OUT), wherein the bus module is cascadable via the bus input (BUS IN) and the bus output (BUS OUT) and the bus input (BUS IN) and the bus output (BUS OUT) are connected via a switchable connection, in particular a switchable connection comprising a bidirectional switch based on semiconductors, wherein - the controller (μC) is designed, upon receipt of a predetermined bus input signal (BUS IN) via the bus input (BUS IN) or upon application of the module voltage to the bus input (BUS IN), to perform an initialisation routine, preferably after a predetermined time interval, and to initiate the closure of the switchable connection only after termination of the initialisation routine and - the controller (μC) is designed by itself to assign the bus module an incremented address; characterised in that - the controller (μC) is designed to initialise the bus module in the context of the initialisation routine with a predetermined start address and the controller (μC) is designed to increment the incremented address starting from the predetermined start address, if the bus module, after initialisation with the predetermined start address, receives no address signal of a connected bus module and the controller (μC) is designed, if the bus module receives an address signal of a connected bus module after initialisation with the predetermined start address, to increment the incremented address starting from an address corresponding to the address signal. - the controller (μC) is designed, upon receipt of a predetermined bus input signal (BUS IN) via the bus input (BUS IN) or upon application of the module voltage to the bus input (BUS IN), to perform an initialisation routine, preferably after a predetermined time interval, and to initiate the closure of the switchable connection only after termination of the initialisation routine and - the controller (μC) is designed by itself to assign the bus module an incremented address; characterised in that - the controller (μC) is designed to initialise the bus module in the context of the initialisation routine with a predetermined start address and the controller (μC) is designed to increment the incremented address starting from the predetermined start address, if the bus module, after initialisation with the predetermined start address, receives no address signal of a connected bus module and the controller (μC) is designed, if the bus module receives an address signal of a connected bus module after initialisation with the predetermined start address, to increment the incremented address starting from an address corresponding to the address signal.
A method for managing an international mobile subscriber identity, IMSI, status of a terminal device, comprising: receiving, by a core network node, a first activation request message sent by a first terminal device, wherein the first activation request message carries an IMSI of a second terminal device and an IMSI status indication of the second terminal device, the first activation request message is used to request the core network node to set the IMSI of the second terminal device to a deactivated state, and the IMSI status indication is used to indicate that an IMSI status is the deactivated state; setting, by the core network node based on subscription information of the second terminal device, the IMSI of the second terminal device to the deactivated state, and updating the IMSI status indication of the second terminal device; and sending, by the core network node, an activation response message to the first terminal device, wherein the activation response message carries the IMSI of the second terminal device and an updated IMSI status indication of the second terminal device. receiving, by a core network node, a first activation request message sent by a first terminal device, wherein the first activation request message carries an IMSI of a second terminal device and an IMSI status indication of the second terminal device, the first activation request message is used to request the core network node to set the IMSI of the second terminal device to a deactivated state, and the IMSI status indication is used to indicate that an IMSI status is the deactivated state; setting, by the core network node based on subscription information of the second terminal device, the IMSI of the second terminal device to the deactivated state, and updating the IMSI status indication of the second terminal device; and sending, by the core network node, an activation response message to the first terminal device, wherein the activation response message carries the IMSI of the second terminal device and an updated IMSI status indication of the second terminal device.
A data transmission method, comprising: detecting, by a first device, data that is transmitted by a second device on an unlicensed carrier, by using a physical downlink shared channel (PDSCH) or a physical uplink shared channel (PUSCH); and sending, by the first device, channel state information CSI to the second device on an N th subframe that is after the first device starts to receive the data that is transmitted by the second device on the unlicensed carrier, wherein N is a positive integer less than 4, characterised in that the CSI comprises a transmission interruption indicator, and the transmission interruption indicator is used to instruct the second device to stop transmitting the data to the first device on the unlicensed carrier. detecting, by a first device, data that is transmitted by a second device on an unlicensed carrier, by using a physical downlink shared channel (PDSCH) or a physical uplink shared channel (PUSCH); and sending, by the first device, channel state information CSI to the second device on an N th subframe that is after the first device starts to receive the data that is transmitted by the second device on the unlicensed carrier, wherein N is a positive integer less than 4, characterised in that the CSI comprises a transmission interruption indicator, and the transmission interruption indicator is used to instruct the second device to stop transmitting the data to the first device on the unlicensed carrier.
A process for treating cellulosic fibres which process comprises: - pre-treating the fibres with an enzyme in a first enzymatic treatment where the enzyme during the first enzymatic treatment has an activity of 0,01-250 nkat/g, followed by - mechanically pre-treating the fibres in a first mechanical treatment, thereafter -treating the fibres with an enzyme in a second enzymatic treatment where the enzyme during the second enzymatic treatment has an activity of 50-300nkat/g and the activity of the enzyme in the second enzymatic treatment is higher than in the first enzymatic treatment and thereafter - mechanically treating the fibres in a second mechanical treatment to form microfibrillated cellulose. - pre-treating the fibres with an enzyme in a first enzymatic treatment where the enzyme during the first enzymatic treatment has an activity of 0,01-250 nkat/g, followed by - mechanically pre-treating the fibres in a first mechanical treatment, thereafter -treating the fibres with an enzyme in a second enzymatic treatment where the enzyme during the second enzymatic treatment has an activity of 50-300nkat/g and the activity of the enzyme in the second enzymatic treatment is higher than in the first enzymatic treatment and thereafter - mechanically treating the fibres in a second mechanical treatment to form microfibrillated cellulose.
Firearm comprising a barrel comprising a gas opening, and a gas system, which gas system comprises a gas block, a gas piston, a force transmitter assembly comprising at least one force transmitter, gas openings located on the gas piston, which gas block is fixedly attached to the barrel, in which gas system gas is configured to pass through the gas opening of the barrel via the gas openings of the gas system into the gas block and to set the gas piston to movement, in which gas system the gas piston during its movement backwards is configured to close the gas opening of the barrel for a defined time period and that the gas piston is not transmitting power/energy from combustion gas to the force transmitter assembly unless the gas openings of the gas system are closed, which gas system comprises an exhaust opening in the gas block and after a certain period of time the exhaust opening connected to ambient pressure is opened, characterized in that the gas system comprises an indexing part comprising beveled surfaces and an indexing groove, and an indexing counterpart with an indexing protrusion corresponding to the indexing groove of the indexing part of the gas piston, to keep the gas openings of the gas piston aligned with gas openings in the barrel and the gas block, and wherein the gas piston is positioned by the indexing part, and that the gas piston is connected via a spring-loaded pin or bushing (14; 14B) to at least one force transmitter of the force transmitter assembly.
A method for extrusion blow-molding a container from a thermoplastics material, having at least one conduit through a wall of the container, said method comprising the following method steps: - providing an insert part from a thermoplastics material, said insert part having a conduit; - incorporating a preform from a thermoplastics material into a blow-molding tool having a mold cavity which defines the contour of the container; - molding the preform within the mold cavity, wherein the preform on the mold cavity side encloses the insert part and is welded to the insert part; - producing an opening in the wall of the container by means of a tool which is guided from the outside through the conduit of the insert part; characterized in that the insert part comprises a first and a second thermoplastics material, wherein the first thermoplastics material in terms of weldability is compatible with the thermoplastics material of the wall of the container. - providing an insert part from a thermoplastics material, said insert part having a conduit; - incorporating a preform from a thermoplastics material into a blow-molding tool having a mold cavity which defines the contour of the container; - molding the preform within the mold cavity, wherein the preform on the mold cavity side encloses the insert part and is welded to the insert part; - producing an opening in the wall of the container by means of a tool which is guided from the outside through the conduit of the insert part;
A computer-implemented method for providing a security engine, comprising: first detecting that a first process has launched a second process and placed the second process in a suspended state, comprising identifying a create-suspend flag, and further comprising detecting that no "resume" instruction has been issued for the process; second detecting that after placing the second process in the suspended state, the first process has modified or attempted to modify the second process, characterized by: the second detecting comprises detecting that the first process has modified an import address table; classifying the first process as potentially malicious, based at least in part on the first detecting in combination with the second detecting; and taking a remedial action. first detecting that a first process has launched a second process and placed the second process in a suspended state, comprising identifying a create-suspend flag, and further comprising detecting that no "resume" instruction has been issued for the process; second detecting that after placing the second process in the suspended state, the first process has modified or attempted to modify the second process, characterized by: the second detecting comprises detecting that the first process has modified an import address table; classifying the first process as potentially malicious, based at least in part on the first detecting in combination with the second detecting; and taking a remedial action. the second detecting comprises detecting that the first process has modified an import address table; classifying the first process as potentially malicious, based at least in part on the first detecting in combination with the second detecting; and taking a remedial action.
Container with at least one box-shaped lower part and a lid part connected to the lower part by a pivoting means to be pivotable between a closed position and an open position, the pivoting means comprising a first bolt assigned to the lid part and a second bolt assigned to the lower part, which are pivotally connected to each other, wherein the second bolt is slidably supported in a longitudinal direction in the lower part between an inserted position and an extracted position, characterized in that the second bolt is slidably supported in the longitudinal direction in an outer sleeve between the inserted position and the extracted position, the receiving sleeve being supported in the lower part to be releasable from the side of the lid part.
An energy storage device for a medical device comprising: a cell assembly; a case that houses the cell assembly, the case including an aperture for introducing an electrolyte into the case, the aperture including an inner surface; and a sealing member with an outer surface that is frictionally fit within the aperture, wherein a substantially hermetic seal is formed between the sealing member and the case only by the frictional fit between the outer surface of the sealing member and the inner surface of the aperture; and characterised in that the sealing member has a greater hardness than that of the case. a cell assembly; a case that houses the cell assembly, the case including an aperture for introducing an electrolyte into the case, the aperture including an inner surface; and a sealing member with an outer surface that is frictionally fit within the aperture, wherein a substantially hermetic seal is formed between the sealing member and the case only by the frictional fit between the outer surface of the sealing member and the inner surface of the aperture; and characterised in that the sealing member has a greater hardness than that of the case.
Transportation vehicle equipment for performing on-roadway localization, the equipment comprising: at least one LiDAR sensor, wherein the at least one LiDAR sensor is a Frequency Modulated Continuous Wave LiDAR sensor which provides coherent LiDAR using a continuously-emitting laser that varies frequency through a range and compares the frequency of returned signals with corresponding local reference signal to determine distance to a target; means for generating LiDAR point cloud data based on data received from said at least one LiDAR sensor, wherein the LiDAR point cloud data comprise speckle characteristics for samples of the generated data; means for analyzing said LiDAR point cloud data to detect at least one road wear reference line in a roadway on which the transportation vehicle is travelling, wherein speckle patterning analysis is utilized to provide information for detecting road wear based on a variation of the road surface roughness; and means, coupled to the means for analyzing the LiDAR point cloud data, for facilitating alignment of a center of at least one wheel surface of a transportation vehicle wheel with the detected center of the road wear reference line. at least one LiDAR sensor, wherein the at least one LiDAR sensor is a Frequency Modulated Continuous Wave LiDAR sensor which provides coherent LiDAR using a continuously-emitting laser that varies frequency through a range and compares the frequency of returned signals with corresponding local reference signal to determine distance to a target; means for generating LiDAR point cloud data based on data received from said at least one LiDAR sensor, wherein the LiDAR point cloud data comprise speckle characteristics for samples of the generated data; means for analyzing said LiDAR point cloud data to detect at least one road wear reference line in a roadway on which the transportation vehicle is travelling, wherein speckle patterning analysis is utilized to provide information for detecting road wear based on a variation of the road surface roughness; and means, coupled to the means for analyzing the LiDAR point cloud data, for facilitating alignment of a center of at least one wheel surface of a transportation vehicle wheel with the detected center of the road wear reference line.
A signaling event triggering system, comprising: an association data structure associating tunnel identifiers and respective user or cell identifiers; a determiner configured to inspect headers of transmissions passing in tunnels between a first element in a radio access network and a second element in a core network of a mobile network, from a location between the first and second elements, to determine a tunnel identifier of the transmissions, and to search the association data structure for a user or cell identifier corresponding to the tunnel identifier determined from the inspected transmissions; and an error indication sender, operatively connected to at least one element in any of the radio access network or core network, the sender configured, responsive to a determination that the corresponding user or cell identifier is not available in the association data structure, to send an error indication in a user plane of the mobile network from a location between the first element in the radio access network and the second element in the core network, to at least one of the first element and second element, wherein the error indication is designed to trigger the first element or second element to initiate a signaling event in a control plane of the mobile network. an association data structure associating tunnel identifiers and respective user or cell identifiers; a determiner configured to inspect headers of transmissions passing in tunnels between a first element in a radio access network and a second element in a core network of a mobile network, from a location between the first and second elements, to determine a tunnel identifier of the transmissions, and to search the association data structure for a user or cell identifier corresponding to the tunnel identifier determined from the inspected transmissions; and an error indication sender, operatively connected to at least one element in any of the radio access network or core network, the sender configured, responsive to a determination that the corresponding user or cell identifier is not available in the association data structure, to send an error indication in a user plane of the mobile network from a location between the first element in the radio access network and the second element in the core network, to at least one of the first element and second element, wherein the error indication is designed to trigger the first element or second element to initiate a signaling event in a control plane of the mobile network.
A pharmaceutical composition for the treatment of a human patient, comprising a bispecific single chain antibody which comprises (i) a first binding domain binding to a non-chimpanzee primate CD3, and (ii) a second binding domain binding to a cell surface antigen, wherein said first binding domain binds to an epitope of human and non-chimpanzee primate CD3 epsilon, wherein the epitope comprises the amino acid sequence "FSEXE" (SEQ ID NO. 204), wherein "X" represents L (Leucine) or M (Methionine), and wherein the non-chimpanzee primate CD3-epsilon comprises or consists of an amino acid sequence shown in SEQ IN NO: 135 or 136. (i) a first binding domain binding to a non-chimpanzee primate CD3, and (ii) a second binding domain binding to a cell surface antigen, wherein said first binding domain binds to an epitope of human and non-chimpanzee primate CD3 epsilon, wherein the epitope comprises the amino acid sequence "FSEXE" (SEQ ID NO. 204), wherein "X" represents L (Leucine) or M (Methionine), and wherein the non-chimpanzee primate CD3-epsilon comprises or consists of an amino acid sequence shown in SEQ IN NO: 135 or 136.