mhurhangee/ep-ind-claims huggingface dataset:
A shaving razor cartridge (10, 100, 200) comprising: a housing (12, 102, 202) having a primary guard (14,103, 203) at a front of the housing and a secondary cap (16, 105, 205) at a rear of the housing; a bridge member (26, 104, 204) having a primary cap surface (28, 112, 208) and a secondary guard surface (30, 114, 210) positioned between the primary guard and the secondary cap; a first blade having a cutting edge, the first blade mounted to the housing between the primary guard and the primary cap surface; a second blade having a cutting edge extending in the same direction as the cutting edge of the first blade, the second blade mounted to the housing between the secondary guard surface and the secondary cap, wherein a width (W2, W3, W5) of the bridge member is greater than 50% of an interblade span between the cutting edge of the first blade and the cutting edge of the second blade and the interblade span is greater than 3mm, and wherein the position of the bridge member (26, 104, 204) is fixed relative to the housing (12, 102, 202), characterized in that the first and second blades (18, 20) are mounted on a pair of respective spring members (60, 62, 64, 66, 124, 126, 128, 130, 216, 218, 220, 222) within the housing. a housing (12, 102, 202) having a primary guard (14,103, 203) at a front of the housing and a secondary cap (16, 105, 205) at a rear of the housing; a bridge member (26, 104, 204) having a primary cap surface (28, 112, 208) and a secondary guard surface (30, 114, 210) positioned between the primary guard and the secondary cap; a first blade having a cutting edge, the first blade mounted to the housing between the primary guard and the primary cap surface; a second blade having a cutting edge extending in the same direction as the cutting edge of the first blade, the second blade mounted to the housing between the secondary guard surface and the secondary cap, wherein a width (W2, W3, W5) of the bridge member is greater than 50% of an interblade span between the cutting edge of the first blade and the cutting edge of the second blade and the interblade span is greater than 3mm, and wherein the position of the bridge member (26, 104, 204) is fixed relative to the housing (12, 102, 202), characterized in that the first and second blades (18, 20) are mounted on a pair of respective spring members (60, 62, 64, 66, 124, 126, 128, 130, 216, 218, 220, 222) within the housing.
A method of evaluating whether to handover a terminal device from communicating with a first network infrastructure element associated with a first communication cell to communicating with a second network infrastructure element associated with a second communication cell in a wireless telecommunications system, wherein the method comprises: establishing an indication of a first measurement of radio conditions associated with a communication path between the terminal device and the first network infrastructure element; establishing, at the first network infrastructure element, a configuration setting to be used by the terminal device for a measurement of radio conditions associated with a communication path between the terminal device and the second network infrastructure element, wherein the configuration setting is established based on communication between the first network infrastructure element and the second network infrastructure element; conveying an indication of the configuration setting from the first network infrastructure element to the terminal device; establishing an indication of a second measurement of radio conditions associated with a communication path between the terminal device and the second network infrastructure element, wherein the second measurement of radio conditions is made in accordance with the configuration setting; and determining whether to handover the terminal device from communicating with the first network infrastructure element to the second network infrastructure element based on a comparison of the indication of the first measurement of radio conditions and the indication of the second measurement of radio conditions. establishing an indication of a first measurement of radio conditions associated with a communication path between the terminal device and the first network infrastructure element; establishing, at the first network infrastructure element, a configuration setting to be used by the terminal device for a measurement of radio conditions associated with a communication path between the terminal device and the second network infrastructure element, wherein the configuration setting is established based on communication between the first network infrastructure element and the second network infrastructure element; conveying an indication of the configuration setting from the first network infrastructure element to the terminal device; establishing an indication of a second measurement of radio conditions associated with a communication path between the terminal device and the second network infrastructure element, wherein the second measurement of radio conditions is made in accordance with the configuration setting; and determining whether to handover the terminal device from communicating with the first network infrastructure element to the second network infrastructure element based on a comparison of the indication of the first measurement of radio conditions and the indication of the second measurement of radio conditions.
Pulse generator P for ultrasonic flowmeters, consisting of a control logic unit SL, which controls a switch SR using control pulses, said switch SR being a field effect transistor, which is connected on the input side with a power supply unit S and supplies a pulse voltage on the output side, characterized in that a capacitor C01 is switched between the control logic unit SL and the switch SR, said capacitor reducing the pulse voltage if the pulse frequencies of the control pulses are too low, and in that an RC element is arranged between the power supply unit S and the switch SR, said RC element reducing the pulse voltages if the repetition rates of the control pulses are too high in order to enable safe operation in explosion protected areas in the event of a malfunction of the control logic unit SL.
A method of automatically provisioning a Machine-Type-Communication, MTC, device in a 3GPP network, said method performed by a Home Subscriber Sever, HSS, that stores user subscriptions for the 3GPP network and comprising: receiving a subscription update request from an MTC Server, said subscription update request including a root identifier and one or more external identifiers, or said subscription update request requesting the creation of one or more external identifiers, said one or more external identifiers representing MTC devices or applications that are associated with the root identifier; identifying a user subscription that is associated with the root identifier, based on stored information indicating the association between the root identifier and the user subscription; updating the identified user subscription, wherein updating the identified user subscription comprises provisioning the identified user subscription according to the one or more external identifiers included in or created from the subscription update request, and any associated modification indications, as included in the subscription update request; and sending a subscription update confirmation to the MTC Server. receiving a subscription update request from an MTC Server, said subscription update request including a root identifier and one or more external identifiers, or said subscription update request requesting the creation of one or more external identifiers, said one or more external identifiers representing MTC devices or applications that are associated with the root identifier; identifying a user subscription that is associated with the root identifier, based on stored information indicating the association between the root identifier and the user subscription; updating the identified user subscription, wherein updating the identified user subscription comprises provisioning the identified user subscription according to the one or more external identifiers included in or created from the subscription update request, and any associated modification indications, as included in the subscription update request; and sending a subscription update confirmation to the MTC Server.
An artificial bone (20,120), comprising: (a) an outer wall (22,122,322) defining an inner cavity (24,124,324); and (b) an inner core (26,126,326) disposed within at least a portion of the inner cavity (24,124), wherein the inner core (26,126,326) includes a porous material having stiffness within a range of stiffness properties for mammalian cancellous bone and strength within a range of strength properties for mammalian cancellous bone, wherein the inner core (26,126,326) includes a barrier layer to separate the outer wall from the porous material. (a) an outer wall (22,122,322) defining an inner cavity (24,124,324); and (b) an inner core (26,126,326) disposed within at least a portion of the inner cavity (24,124), wherein the inner core (26,126,326) includes a porous material having stiffness within a range of stiffness properties for mammalian cancellous bone and strength within a range of strength properties for mammalian cancellous bone, wherein the inner core (26,126,326) includes a barrier layer to separate the outer wall from the porous material.
A stroller comprising: a frame member; a suspension block coupled to the frame member and a wheel mounted on an axle, the axle supported by the suspension block; characterized in that the suspension block includes: a body; a suspension mechanism coupled to the body and disposed at an acute angle from a vertical axis of the body, the suspension mechanism including an aperture defined by sidewalls extending from sides of the suspension block, the aperture having a lower forward end and a rearward upper portion (140"); and the axle passing through the aperture, the suspension mechanism configured and capable of absorbing an impact force applied to the wheel with components in both a horizontal direction and a vertical direction by the axle travelling in a rearward and upward direction through a portion of the aperture. a frame member; a suspension block coupled to the frame member and a wheel mounted on an axle, the axle supported by the suspension block; characterized in that the suspension block includes: a body; a suspension mechanism coupled to the body and disposed at an acute angle from a vertical axis of the body, the suspension mechanism including an aperture defined by sidewalls extending from sides of the suspension block, the aperture having a lower forward end and a rearward upper portion (140"); and the axle passing through the aperture, the suspension mechanism configured and capable of absorbing an impact force applied to the wheel with components in both a horizontal direction and a vertical direction by the axle travelling in a rearward and upward direction through a portion of the aperture. a body; a suspension mechanism coupled to the body and disposed at an acute angle from a vertical axis of the body, the suspension mechanism including an aperture defined by sidewalls extending from sides of the suspension block, the aperture having a lower forward end and a rearward upper portion (140"); and the axle passing through the aperture, the suspension mechanism configured and capable of absorbing an impact force applied to the wheel with components in both a horizontal direction and a vertical direction by the axle travelling in a rearward and upward direction through a portion of the aperture.
A method of forming a bearing element comprising: selecting a high tensile steel layer having bearing properties sufficient to carry a desired bearing load; selecting a mild steel base layer with at least an enhanced ductility relative to the high tensile steel layer; fusing the high tensile steel layer to the mild base layer, said fusing creating a fusion zone between the layers and defining a plurality of bearing segments with said segments being joined together to define a composite bearing assembly having an inside circumference and an outside circumference; machining at least a portion of the high tensile steel layer into an annular groove adapted to engage a plurality of roller balls, wherein the annular groove is located between the inside circumference and the outside circumference of the composite bearing assembly; and machining the mild steel base layer into a configuration adapted to support the high tensile steel layer upon a base surface of an external machine which further comprises a plurality of open-ended cavities through which a plurality of threaded fasteners are received to secure each of the plurality of bearing segments to the base surface. selecting a high tensile steel layer having bearing properties sufficient to carry a desired bearing load; selecting a mild steel base layer with at least an enhanced ductility relative to the high tensile steel layer; fusing the high tensile steel layer to the mild base layer, said fusing creating a fusion zone between the layers and defining a plurality of bearing segments with said segments being joined together to define a composite bearing assembly having an inside circumference and an outside circumference; machining at least a portion of the high tensile steel layer into an annular groove adapted to engage a plurality of roller balls, wherein the annular groove is located between the inside circumference and the outside circumference of the composite bearing assembly; and machining the mild steel base layer into a configuration adapted to support the high tensile steel layer upon a base surface of an external machine
Road surface material comprising a hot bituminous mixture comprising bitumen as hydrocarbon binder, an aggregate having a particle size between 6 to 9 mm, sand having a particle size of 0.5 to 4 mm, and a filler having a particle size between 0.060 to 0.070 mm and wherein the hot bituminous mixture has the following composition: - 45 to 65% in weight of aggregate; - 30 to 46% in weight of sand; - 6 to 8% in weight of filler; and - Bitumen in a percentage over aggregate of 5.30 to 5.60%, being the sum of the percentages corresponding to the aggregate, the sand, the filler and the bitumen of 100%. - 45 to 65% in weight of aggregate; - 30 to 46% in weight of sand; - 6 to 8% in weight of filler; and - Bitumen in a percentage over aggregate of 5.30 to 5.60%,
A method for updating SIM card settings of a Narrow Band Internet of Things device, acting as user equipment, UE, remotely over the air from a configuration data-providing entity, comprising the steps performed by said Narrow Band Internet of Things device: - initiating an update session for configuration data stored on the SIM card; - establishing a communication channel between a configuration data-providing entity and the SIM card; - performing data exchange between the SIM card and the configuration data-providing entity for updating the configuration data over the established communication channel, characterized in that - the communication channel is operated according to a User Datagram Protocol, UDP, whereby the SIM card is an MSISDN-less SIM card, whereby the SIM card is read out and written by the configuration data-providing entity using an interface provided by said Narrow Band Internet of Things device. - initiating an update session for configuration data stored on the SIM card; - establishing a communication channel between a configuration data-providing entity and the SIM card; - performing data exchange between the SIM card and the configuration data-providing entity for updating the configuration data over the established communication channel, characterized in that - the communication channel is operated according to a User Datagram Protocol, UDP, whereby the SIM card is an MSISDN-less SIM card, whereby the SIM card is read out and written by the configuration data-providing entity using an interface provided by said Narrow Band Internet of Things device.
A method for obtaining an atomic number of each material contained in an object being scanned by a covert mobile inspection vehicle comprising: a backscatter X-ray scanning system comprising an X-ray source and a plurality of detectors for obtaining a radiographic image of the object; at least one sensor for determining a distance from at least one of the plurality of detectors to points on a surface of the object; and a processor for processing the obtained radiographic image by using the determined distance of the object to obtain an atomic number of each material contained in the object; wherein the method comprises a. measuring the energy of the X-rays after they are scattered by the object wherein the method is characterized by further comprising the steps of: b. determining a true extent of each region of the radiographic image by using a statistical filter; c. calculating a standard deviation of the measured scattered X-ray energies of pixels present in each region; d. calculating a product of the obtained standard deviation and a mean of the measured scattered X-ray energies of pixels present in each region; and e. comparing the calculated product to a pre-determined scale where a low value of the product corresponds to a low Z material and a high value of the product corresponds to a high Z material. a. measuring the energy of the X-rays after they are scattered by the object wherein the method is characterized by further comprising the steps of: b. determining a true extent of each region of the radiographic image by using a statistical filter; c. calculating a standard deviation of the measured scattered X-ray energies of pixels present in each region; d. calculating a product of the obtained standard deviation and a mean of the measured scattered X-ray energies of pixels present in each region; and e. comparing the calculated product to a pre-determined scale where a low value of the product corresponds to a low Z material and a high value of the product corresponds to a high Z material.
An inductive table comprising: - a first tabletop, - a first electrical coil, having two ends and housed around the lateral surface of the tabletop, - an external power electrical device, and - a connector, adapted to connect the two ends of the electrical coil to the external power electrical device. - a first tabletop, - a first electrical coil, having two ends and housed around the lateral surface of the tabletop, - an external power electrical device, and - a connector, adapted to connect the two ends of the electrical coil to the external power electrical device.
An antibody capable of binding to human DLL4, which antibody comprises (a) a light chain CDR 1 comprising the amino acid sequence RASSSVSFMH (SEQ ID NO; 6); (b) a light chain CDR 2 comprising the amino acid sequence ATSNLTS (SEQ ID NO: 7); (c) a light chain CDR3 comprising the amino acid sequence QQWSSNPFT (SEQ ID NO: 8); (d) a heavy chain CDR1 comprising the amino acid sequence SYVMH (SEQ ID NO. 3); (e) a heavy chain CDR2 comprising the amino acid sequence YIIPYNDGTKYNEKFKG (SEQ ID NO. 4); and (f) a heavy chain CDR3 comprising the amino acid sequence SEDYDHFDY (SEQ ID NO: 5). (a) a light chain CDR 1 comprising the amino acid sequence RASSSVSFMH (SEQ ID NO; 6); (b) a light chain CDR 2 comprising the amino acid sequence ATSNLTS (SEQ ID NO: 7); (c) a light chain CDR3 comprising the amino acid sequence QQWSSNPFT (SEQ ID NO: 8); (d) a heavy chain CDR1 comprising the amino acid sequence SYVMH (SEQ ID NO. 3); (e) a heavy chain CDR2 comprising the amino acid sequence YIIPYNDGTKYNEKFKG (SEQ ID NO. 4); and (f) a heavy chain CDR3 comprising the amino acid sequence SEDYDHFDY (SEQ ID NO: 5).
Sensor container having an interior which is defined by a container body and subdivided into a fluid region and a dry region, wherein a reference fluid comprising an alcohol/water mixture is provided in the fluid region, in which reference fluid at least one temperature sensor is arranged for measuring the temperature at at least one location in the reference fluid, and wherein an electronics unit for evaluating and transmitting the measurement signals from the at least one temperature sensor is provided in the dry region.
A first receiving device for a Wireless Local Area Network, WLAN, system, the first receiving device comprising: a transceiver configured to receive a protocol data unit including a preamble and a payload from a transmitting device and to decode the payload based on the preamble; and a processor configured to control the transceiver, wherein a data field of the payload comprises a trigger frame in a Single- Medium Access Control, MAC, Protocol Data Unit, S-MPDU, form, wherein the trigger frame comprises a MAC header and a frame body, wherein the frame body comprises a first common information field and a first user information field applied to the first receiving device, and further comprises second common information field, a second user information field, and a padding field applied to a second receiving device that supports a standard different from the standard supported by the first receiving device, wherein the second common information field and the second user information field applied to the second receiving device are allocated before the padding field, and wherein the first common information field and the first user information field applied to the first receiving device are allocated after the padding field. a transceiver configured to receive a protocol data unit including a preamble and a payload from a transmitting device and to decode the payload based on the preamble; and a processor configured to control the transceiver, wherein a data field of the payload comprises a trigger frame in a Single- Medium Access Control, MAC, Protocol Data Unit, S-MPDU, form, wherein the trigger frame comprises a MAC header and a frame body, wherein the frame body comprises a first common information field and a first user information field applied to the first receiving device, and further comprises second common information field, a second user information field, and a padding field applied to a second receiving device that supports a standard different from the standard supported by the first receiving device, wherein the second common information field and the second user information field applied to the second receiving device are allocated before the padding field, and wherein the first common information field and the first user information field applied to the first receiving device are allocated after the padding field.
A method for a user equipment, UE, communicating with eNB, evolved NodeB, over Uu interface while communicating with other UEs directly over PC5 interface, and operating in a wireless communication system, the method comprising: receiving an uplink grant while one or more Scheduling Requests, briefly SRs, are pending; generating a Medium Access Control Protocol Data Unit, briefly MAC PDU, based upon the uplink grant; and canceling all of the one or more pending SRs when all of the one or more pending SRs are triggered by a sidelink Buffer Status Report, briefly BSR, procedure, and the MAC PDU includes a sidelink BSR MAC Control Element, briefly CE, wherein sidelink corresponds to the PC5 interface, wherein the sidelink BSR informs a buffer status of sidelink data. receiving an uplink grant while one or more Scheduling Requests, briefly SRs, are pending; generating a Medium Access Control Protocol Data Unit, briefly MAC PDU, based upon the uplink grant; and canceling all of the one or more pending SRs when all of the one or more pending SRs are triggered by a sidelink Buffer Status Report, briefly BSR, procedure, and the MAC PDU includes a sidelink BSR MAC Control Element, briefly CE, wherein sidelink corresponds to the PC5 interface, wherein the sidelink BSR informs a buffer status of sidelink data.