mhurhangee/ep-ind-claims huggingface dataset:
A staple cartridge for a surgical stapLer, comprising: a cartridge body, comprising: a deck configured to support tissue; a first longitudinal row of staple cavities; a second longitudinal row of stapLe cavities; and a plurality of first staples, wherein each of said first staples comprises a first asymmetrical configuration, and wherein said first staples are positioned in said first longitudinal row of staple cavities; characterised in that the staple cartridge also comprises a plurality of second staples(4830"), wherein each of said second staples comprises a second asymmetrical configuration, wherein said second asymmetrical configuration is different than said first asymmetrical configuration, and wherein said second staples are positioned in said second longitudinal row of staple cavities. a cartridge body, comprising: a deck configured to support tissue; a first longitudinal row of staple cavities; a second longitudinal row of stapLe cavities; a deck configured to support tissue; a first longitudinal row of staple cavities; a second longitudinal row of stapLe cavities; and a plurality of first staples, wherein each of said first staples comprises a first asymmetrical configuration, and wherein said first staples are positioned in said first longitudinal row of staple cavities; characterised in that the staple cartridge also comprises a plurality of second staples(4830"), wherein each of said second staples comprises a second asymmetrical configuration, wherein said second asymmetrical configuration is different than said first asymmetrical configuration, and wherein said second staples are positioned in said second longitudinal row of staple cavities.
A method comprising: receiving, by a wireless communication device, a first radio resource control, RRC, message including a conditional handover, CHO, configuration, wherein the CHO configuration includes a CHO configuration index, a CHO candidate cell configuration, and a CHO execution condition; selecting, by the wireless communication device responsive to receiving the first RRC message and based on the CHO execution condition, a special cell, SpCell, of a wireless communication node to perform a random access procedure, RAP; and transmitting, by the wireless communication device to the wireless communication node, a second RRC message to inform the wireless communication node that the wireless communication device selected the SPCell to perform the RAP. receiving, by a wireless communication device, a first radio resource control, RRC, message including a conditional handover, CHO, configuration, wherein the CHO configuration includes a CHO configuration index, a CHO candidate cell configuration, and a CHO execution condition; selecting, by the wireless communication device responsive to receiving the first RRC message and based on the CHO execution condition, a special cell, SpCell, of a wireless communication node to perform a random access procedure, RAP; and transmitting, by the wireless communication device to the wireless communication node, a second RRC message to inform the wireless communication node that the wireless communication device selected the SPCell to perform the RAP.
A method of forming a through-wafer interconnect, the method comprising: forming a blind aperture through a bond pad on a first surface of a substrate and into the substrate; depositing a first electrically conductive layer on a portion of the bond pad; depositing a first dielectric layer on an inner surface of the aperture; depositing a second electrically conductive layer on the first electrically conductive layer, and over the first dielectric layer, and partially over the first surface of the substrate in a manner circumscribing the aperture; depositing a second dielectric layer over the second electrically conductive layer; and forming an interconnecting pad by exposing a portion of the second electrically conductive layer through a second, opposing surface of the substrate. forming a blind aperture through a bond pad on a first surface of a substrate and into the substrate; depositing a first electrically conductive layer on a portion of the bond pad; depositing a first dielectric layer on an inner surface of the aperture; depositing a second electrically conductive layer on the first electrically conductive layer, and over the first dielectric layer, and partially over the first surface of the substrate in a manner circumscribing the aperture; depositing a second dielectric layer over the second electrically conductive layer; and forming an interconnecting pad by exposing a portion of the second electrically conductive layer through a second, opposing surface of the substrate.
A Tactile sensor with a circuit board support for surface mounting, a circuit board mounted on the circuit board support, on which at least one switching element and at least two light sources (5.1, 5. 2) are arranged, and with at least one operating rocker for actuating the switching element at wherein the at least one operating rocker has at least one light guide, via which light generated by the light sources (5.1, 5.2) is guided to an operating surface of the operating rocker, characterized in that the light guide has a first light entry surface and a second light entry surface separated from the first light entry surface, wherein light generated by a first of the light sources (5.1, 5.2) is coupled into the light guide through the first light entrance surface, and wherein light generated by a second of the light sources (5.1, 5.2) is coupled into the light guide through the second light entry surface, a first reflector being mounted in front of the first light entry surface of the light guide and a second reflector being mounted in front of the second light entry surface for the light coupling into the light guide, and wherein each of the two reflectors is a reflecting boundary wall of a separate light mixing chamber, wherein the light generated by a first of the light sources (5.1, 5.2) is coupled into a first of the two separate light mixing chambers and the light generated by a second of the light sources (5.1, 5.2) is coupled into a second of the two separate light mixing chambers, wherein a rocker receiver is arranged between the board and the at least one operating rocker, to which receiver the at least one operating rocker is pivotably attached.
A compound for reinforcing surface treatment, in particular a compound for waterproof reinforcing surface treatment of concrete containing water glass, characterized in that it contains 1 to 10 wt% of bis (γ-triethoxysilylpropyl) tetrasulphide, 89.9 to 98 wt% of an aqueous solution of lithium silicate, and 0.1 to 1 wt% water glass stabiliser.
A photoelectric converting element comprising on a substrate: a first semiconductor region of first conductivity type; a second semiconductor region of the first conductivity type provided on said first semiconductor region, said second semiconductor region having an impurity concentration lower than said first semiconductor region; a fourth semiconductor region of said first conductivity type provided on the second semiconductor region; an insulating film provided on the fourth semiconductor region; an electrode region of second conductivity type opposite to the first type provided in a surface portion of said second semiconductor region; and an electrode connected to said electrode region via a contact hole of the insulating film, wherein said electrode is connected with an amplifier element of a read circuit, and said photoelectric converting element further comprises a third semiconductor region of said second conductivity type surrounding said electrode region and, thus, separating said electrode region from said second semiconductor region, said third semiconductor region having an impurity concentration lower than said electrode region; characterized in that said electrode has a width in the direction of a principal surface of the substrate which is wider than the width of the third semiconductor region such that it covers a portion where a depletion layer build around the third semiconductor region at a junction surface between the second semiconductor region and the third semiconductor region comes into contact with the insulating film. a first semiconductor region of first conductivity type; a second semiconductor region of the first conductivity type provided on said first semiconductor region, said second semiconductor region having an impurity concentration lower than said first semiconductor region; a fourth semiconductor region of said first conductivity type provided on the second semiconductor region; an insulating film provided on the fourth semiconductor region; an electrode region of second conductivity type opposite to the first type provided in a surface portion of said second semiconductor region; and an electrode connected to said electrode region via a contact hole of the insulating film, wherein said electrode is connected with an amplifier element of a read circuit, and said photoelectric converting element further comprises a third semiconductor region of said second conductivity type surrounding said electrode region and, thus, separating said electrode region from said second semiconductor region, said third semiconductor region having an impurity concentration lower than said electrode region; characterized in that said electrode has a width in the direction of a principal surface of the substrate which is wider than the width of the third semiconductor region such that it covers a portion where a depletion layer build around the third semiconductor region at a junction surface between the second semiconductor region and the third semiconductor region comes into contact with the insulating film.
A baby carriage, comprising a frame, a seat disposed on the frame, and a front wheel assembly and a rear wheel assembly arranged at the bottom of the frame, the frame comprising a push rod, a front wheel bracket with an upper portion being rotatably connected with the push rod and a lower end being provided with the front wheel assembly, a rear wheel bracket with a lower end being provided with the rear wheel assembly, and a seat rod with a front portion being connected with the front wheel bracket and a rear portion being rotatably connected with the rear wheel bracket, the seat being disposed on the seat rod; wherein a sliding element is disposed on the push rod, which is slidable along the push rod and rotatably connected with the rear wheel bracket, the push rod having a first working position and a second working position between which the push rod can convert by means of it's rotation relative to the front wheel bracket, an upper portion of the push rod is located above the seat at it's back side when the push rod is in the first working position, and the upper portion of the push rod is located above the seat at it's front side when the push rod is in the second working position, characterized in that the sliding element is located above the connection location of the push rod and the front wheel bracket.
An apparatus for detecting a mass of material that has a magnetic permeability different to that of the surrounding environment within a tubular, the apparatus comprising: at least one primary magnetic field source adapted to be mounted to an external surface of a tubular wall and establish a magnetic field in a portion of the tubular wall, the magnetic field, in use, reducing the magnetic permeability of the tubular wall portion; at least one secondary magnetic field source adapted to be located externally of the tubular wall portion, the/each secondary magnetic field source being adapted to establish a magnetic field within a throughbore defined by the tubular wall; and at least one sense coil, the/each sense coil being adapted to measure a rate of change of the magnetic field within the tubular throughbore. at least one primary magnetic field source adapted to be mounted to an external surface of a tubular wall and establish a magnetic field in a portion of the tubular wall, the magnetic field, in use, reducing the magnetic permeability of the tubular wall portion; at least one secondary magnetic field source adapted to be located externally of the tubular wall portion, the/each secondary magnetic field source being adapted to establish a magnetic field within a throughbore defined by the tubular wall; and at least one sense coil, the/each sense coil being adapted to measure a rate of change of the magnetic field within the tubular throughbore.
A method of signalling in a wireless communication system comprising a first network element serving a wireless communication unit with a plurality of packet data network, PDN, connections to one or more PDNs, providing, for each PDN connection, one or more non-Guaranteed Bit Rate bearers for a wireless communication unit uplink PDN transmission, the method comprising: transmitting, by the first network element to the wireless communication unit, a signalling message relating to the wireless communication unit uplink PDN transmission wherein the signalling message comprises a parameter indicative of an Aggregate Maximum Bit Rate, AMBR, value for each of the one or more PDNs, and an absolute priority of each of the one or more PDNs, each AMBR value being provided for one or more of the plurality of PDN connections for the uplink wireless communication unit PDN transmission via the non-Guaranteed Bit Rate bearers for a corresponding one of the one or more PDNs and each of the AMBR values is associated with an identifier of the corresponding PDN, and communicating data packets, from the wireless communication unit to the PDN connections via the first network element via the one or more non-Guaranteed Bit Rate bearers of each of the one or more PDNs by scheduling uplink resource in accordance with a priority determined from the absolute priority of each of the one or more PDNs, wherein a sum of the bit rate of the non-Guaranteed Bit Rate bearers for the PDN connections to the one or more PDNs is limited based on the Aggregate Maximum Bit Rate value for the PDN connection associated with the identifier of the PDN. transmitting, by the first network element to the wireless communication unit, a signalling message relating to the wireless communication unit uplink PDN transmission wherein the signalling message comprises a parameter indicative of an Aggregate Maximum Bit Rate, AMBR, value for each of the one or more PDNs, and an absolute priority of each of the one or more PDNs, each AMBR value being provided for one or more of the plurality of PDN connections for the uplink wireless communication unit PDN transmission via the non-Guaranteed Bit Rate bearers for a corresponding one of the one or more PDNs and each of the AMBR values is associated with an identifier of the corresponding PDN, and communicating data packets, from the wireless communication unit to the PDN connections via the first network element via the one or more non-Guaranteed Bit Rate bearers of each of the one or more PDNs by scheduling uplink resource in accordance with a priority determined from the absolute priority of each of the one or more PDNs, wherein a sum of the bit rate of the non-Guaranteed Bit Rate bearers for the PDN connections to the one or more PDNs is limited based on the Aggregate Maximum Bit Rate value for the PDN connection associated with the identifier of the PDN.
3D calibration plate for an optical system including at least one stable fluorescent cluster, the intensity and the spectrum of which enable definition of the features of a calibration test chart for checking at least one of the following features of a measurement optical system corresponding to response functions of an optical system: • the levels of fluorescence intensity; • the uniformity of the field of view; • the colour response; • the time response function through the calibration of the dynamics of the sensors. • the levels of fluorescence intensity; • the uniformity of the field of view; • the colour response; • the time response function through the calibration of the dynamics of the sensors.
Suspension device for suspending a piece of furniture from a wall, comprising - a counter bearing fixed to a wall, - a housing which can be fixed to a furniture wall of the piece of furniture, - a supporting element which is arranged on the housing so as to be pivotable out of a plane parallel to a base surface of the housing, - wherein the supporting element has a base body from which extends a hook part which can be suspended from the counter bearing, - a spring plate element (4, 140) fastened to the supporting element for preventing unintentional detachment of the supporting element from the counter bearing, - wherein a locking region (46, 146) of the spring plate element (4, 140) engages under the counter bearing in the suspended state of the hook part, characterized in that - the spring plate element (4, 140) has a plurality of spring legs (41, 43, 141, 143), wherein a contact surface of the spring plate element is designed as a section of a first spring leg (41, 141) and the locking region (46, 146) is designed as a section of at least one second spring leg (43, 143), wherein the locking region (46, 146) is designed as a projection which can be sprung in relative to the first spring leg (41, 141). - a counter bearing fixed to a wall, - a housing which can be fixed to a furniture wall of the piece of furniture, - a supporting element which is arranged on the housing so as to be pivotable out of a plane parallel to a base surface of the housing, - wherein the supporting element has a base body from which extends a hook part which can be suspended from the counter bearing, - a spring plate element (4, 140) fastened to the supporting element for preventing unintentional detachment of the supporting element from the counter bearing, - wherein a locking region (46, 146) of the spring plate element (4, 140) engages under the counter bearing in the suspended state of the hook part, - the spring plate element (4, 140) has a plurality of spring legs (41, 43, 141, 143), wherein a contact surface of the spring plate element is designed as a section of a first spring leg (41, 141) and the locking region (46, 146) is designed as a section of at least one second spring leg (43, 143), wherein the locking region (46, 146) is designed as a projection which can be sprung in relative to the first spring leg (41, 141).
A sewn glove including finger pockets formed by sewing finger-back members for covering a back surface of the fingers and the finger-palm members having widths wide enough to cover the palm surfaces and the right and left sides of the fingers, the finger pockets being bent toward the palm side, wherein the finger-palm members are divided into a plurality of divided finger-palm members (12X, 12Y, 12Z) at a position corresponding to each interphalangeal joint (Fa) of the fingers, divided portion edges of each of the divided finger-palm members 12X, 12Y, 12Z) are cut edges (15a, 15b) extending from the left side covering portions corresponding to the left side of the fingers through the palm surface covering portions corresponding to the palm surface of the fingers to the right side covering portions corresponding to the right side of the fingers, characterized in that the cut edge (15a,15b) of each of the divided finger-palm members (12X, 12Y, 12Z) is formed into such a recessed shape that inclined straight edges (15a1, 15a3, 15b1, 15b3) extend continuously from right and left ends of a straight edge (15a2, 15b2) of the palm surface covering portion parallel to the interphalangeal joint (Fa) of the finger, the divided finger-palm members are sewn together along the cut edges (15a, 15b) to bend the entire finger pocket including the finger-back member toward the palm side.
A mobile manufacturing and delivery platform that is adapted to provide in a blasthole an explosive composition comprising a liquid energetic material and sensitizing voids, the sensitizing voids being present in the liquid energetic material with a non-random distribution, wherein the mobile manufacturing and delivery platform comprises: a storage tank for the liquid energetic material; at least two delivery lines for conveying respective streams of the liquid energetic material from the storage tank; a void delivery system for producing sensitizing voids in at least one of the streams of liquid energetic material; a mixer for mixing the streams of liquid energetic material to produce the explosive composition; and a blasthole loading hose. a storage tank for the liquid energetic material; at least two delivery lines for conveying respective streams of the liquid energetic material from the storage tank; a void delivery system for producing sensitizing voids in at least one of the streams of liquid energetic material; a mixer for mixing the streams of liquid energetic material to produce the explosive composition; and a blasthole loading hose.
A direct-current plasma system for processing of a substrate, comprising: a DC plasma reaction chamber configured to contain a DC plasma that is generated between an anode and a cathode of the DC plasma reaction chamber; an adjustable DC voltage source having an output that is electrically coupled to the anode; anode; a DC current source that is electrically coupled to the cathode; and a substrate support stage arranged in a region of the DC plasma reaction chamber that contains a positive column of the DC plasma, wherein the adjustable DC voltage source and the DC current source are electrically coupled to a reference ground, and the adjustable DC voltage source is configured to adjust, during processing of the substrate, an electrical potential at the anode to set a floating potential at a surface of the substrate support stage to a potential of the reference ground. a DC plasma reaction chamber configured to contain a DC plasma that is generated between an anode and a cathode of the DC plasma reaction chamber; an adjustable DC voltage source having an output that is electrically coupled to the anode; anode; a DC current source that is electrically coupled to the cathode; and a substrate support stage arranged in a region of the DC plasma reaction chamber that contains a positive column of the DC plasma, wherein the adjustable DC voltage source and the DC current source are electrically coupled to a reference ground, and the adjustable DC voltage source is configured to adjust, during processing of the substrate, an electrical potential at the anode to set a floating potential at a surface of the substrate support stage to a potential of the reference ground.