mhurhangee/ep-ind-claims huggingface dataset:
A system for measuring and transmitting functional values of a patient's body, especially of blood sugar values, wherein at least one functional value of the body can be measured by a measuring instrument or a measured value of a body function can be acquired, wherein the measuring instrument is designed to transmit information specific to the measured value via a wireless interface to a mobile transmitter and receiver device, preferably to a mobile phone, and wherein the mobile transmitter and receiver device is designed to transmit the information specific to the measured value in the form of an electronic message of a telecommunication service in a standard protocol to a mobile radio network and wherein the information specific to the measured value can be transmitted by the mobile transmitter and receiver device via the mobile radio network to at least one evaluation device, which makes a target-actual value comparison of the measured value, characterized in that the evaluation device is designed, depending on the measured value to generate a therapy recommendation for the treatment of a malfunction of the body function, wherein to generate the therapy recommendation the target value-actual value comparison of the measured value is made and wherein the therapy recommendation is automatically created with the measurement of the pathological functional value of the body, and wherein the therapy recommendation is designed to permit a medication dosage.
A monoclonal antibody or antigen binding fragment thereof comprising an antigen binding site that binds specifically to a PSCA protein comprising the amino acid sequence of SEQ ID NO:2, and wherein the monoclonal antibody comprises the amino acid sequence of the V H region of SEQ ID NO: 47 and the V L region of SEQ ID NO: 51.
Method for optimizing the fuel consumption of a two-stroke, preferably turbocharged and/or slow running, diesel engine with a plurality of cylinders, wherein at least one exhaust content parameter selected from: Carbon Monoxide, Carbon Dioxide (CO 2), Dioxygen (O 2), Hydrocarbon, Total Hydrocarbon, Nitrogen Oxide (NO X), Sulphur Oxide (SO X) is measured, preferably continuously, when performing the method, including the following steps: a) comparing the measured parameter(s) with reference values, preferably of a characteristic curve,setting the fuel consumption and the exhaust content parameter(s) into relationship and determining a deviation from an optimal value of the reference values; b) changing the compression pressure; c) determining a difference (ΔEP) between the determined deviation before and after the changing step b); d) re-triggering the changing step b) dependent on the difference (ΔEP) determined in the determining step c). a) comparing the measured parameter(s) with reference values, preferably of a characteristic curve,setting the fuel consumption and the exhaust content parameter(s) into relationship and determining a deviation from an optimal value of the reference values; b) changing the compression pressure; c) determining a difference (ΔEP) between the determined deviation before and after the changing step b); d) re-triggering the changing step b) dependent on the difference (ΔEP) determined in the determining step c).
A manufacturing method for preparing finished leather for covering components with leather, wherein the following process steps for treating a leather hide are performed on a raw hide as an initial product for producing the finished leather as an end product of the method: • mechanical process steps in which the leather hide is treated using mechanical tools, and • chemical process steps in which the leather hide is treated with chemicals, wherein both mechanical and chemical modes of action are combined in individual process steps, characterized in that, in a process step of retanning, synthetic and/or vegetable tanning materials, fattening agents, microencapsulated auxiliary agents based on ammonium, phosphate, phosphorus and the ester compounds thereof and natural additives based on rubber and milk products are used, and, in a process step of reducing the thickness of the leather hide, the leather thickness of the leather hide is reduced by splitting and/or scraping without reducing the physical authenticity, and in a process step of flame retardant application, an application material consisting of acrylic-, polyurethane-, vinyl acetate dispersion and having a flame retardant based on cyclic di- and triphosphates and organic ammonium with sulphur and phosphorus compounds is applied on the flesh side of the leather hide. • mechanical process steps in which the leather hide is treated using mechanical tools, and • chemical process steps in which the leather hide is treated with chemicals, wherein both mechanical and chemical modes of action are combined in individual process steps, characterized in that,
An analyte indicator comprising: a base; a polymer unit polymerized onto or out of the base; and an analyte sensing element attached to the polymer unit or copolymerized with the polymer unit, wherein the analyte sensing element includes an indicator polymer chain attached or polymerized onto or out of the polymer unit and indicator molecules attached to the indicator polymer chain, characterized in that the base is porous and in that the polymer unit is a polyethylene glycol unit. a base; a polymer unit polymerized onto or out of the base; and an analyte sensing element attached to the polymer unit or copolymerized with the polymer unit, wherein the analyte sensing element includes an indicator polymer chain attached or polymerized onto or out of the polymer unit and indicator molecules attached to the indicator polymer chain, characterized in that the base is porous and in that the polymer unit is a polyethylene glycol unit.
A power management method comprising: sending a power management command to a network access module through a general purpose input output (GPIO) pin, such that enables the network access module to perform switching between a working state and a low power consumption state according to the power management command; and receiving one of the working state and the low power consumption state after switching fed back by the network access module through a GPIO pin. sending a power management command to a network access module through a general purpose input output (GPIO) pin, such that enables the network access module to perform switching between a working state and a low power consumption state according to the power management command; and receiving one of the working state and the low power consumption state after switching fed back by the network access module through a GPIO pin.
An eNB (106, 202) comprising: device-to-device circuitry (110, 210) configured to allocate a plurality of periodic discovery zones for device-to-device discovery, wherein: each of the plurality of periodic discovery zones includes a first plurality of resource blocks and a second plurality of subframes; the device-to-device circuitry (110, 210) is further configured to configure a user equipment (206, 208, 710) to utilize the at least one periodic discovery zone for transmitting a discovery message; the plurality of periodic discovery zones are partitioned such that the plurality of periodic discovery zones comprise at least one non-contention based discovery zone that is available to device-to-device user equipments (206, 208, 710) in connected mode with an eNB, and at least one contention based discovery zone that is available to all device-to-device user equipments (206, 208, 710); and wherein the eNB (106, 202) is configured to signal the partitioning of the plurality of periodic discovery zones using RRC signaling. device-to-device circuitry (110, 210) configured to allocate a plurality of periodic discovery zones for device-to-device discovery, wherein: each of the plurality of periodic discovery zones includes a first plurality of resource blocks and a second plurality of subframes; the device-to-device circuitry (110, 210) is further configured to configure a user equipment (206, 208, 710) to utilize the at least one periodic discovery zone for transmitting a discovery message; the plurality of periodic discovery zones are partitioned such that the plurality of periodic discovery zones comprise at least one non-contention based discovery zone that is available to device-to-device user equipments (206, 208, 710) in connected mode with an eNB, and at least one contention based discovery zone that is available to all device-to-device user equipments (206, 208, 710); and wherein the eNB (106, 202) is configured to signal the partitioning of the plurality of periodic discovery zones using RRC signaling. each of the plurality of periodic discovery zones includes a first plurality of resource blocks and a second plurality of subframes; the device-to-device circuitry (110, 210) is further configured to configure a user equipment (206, 208, 710) to utilize the at least one periodic discovery zone for transmitting a discovery message; the plurality of periodic discovery zones are partitioned such that the plurality of periodic discovery zones comprise at least one non-contention based discovery zone that is available to device-to-device user equipments (206, 208, 710) in connected mode with an eNB, and at least one contention based discovery zone that is available to all device-to-device user equipments (206, 208, 710); and wherein the eNB (106, 202) is configured to signal the partitioning of the plurality of periodic discovery zones using RRC signaling.
An impact attenuator, comprising a plurality of damping elements arranged at least partially on a plate that is secured relative to a roadway so as to be movable about a pivot point, characterized in that an anchor plate secured to the roadway base is provided which determines the pivot point for the plate with the plurality of damping elements.
Highly abrasion-resistant, hand-tearable technical adhesive tape, in particular an adhesive tape that can be wound on itself to form a roll of adhesive tape, preferably a cable wrapping tape, having a strip-like double-layer carrier bearing on one side a pressure-sensitive adhesive coating, wherein the carrier comprises a first textile layer consisting of a woven fabric and a second textile layer, the two being fully and firmly joined to one another by an adhesive bonding layer, wherein the second textile layer consists of a woven fabric, the woven fabric of the first textile layer and the woven fabric of the second textile layer each having a basis weight in the range of 50 g/m 2 to 300 g/m 2, wherein the adhesive bonding layer has a basis weight in the range of 50 g/m 2 to 300 g/m 2 and wherein the adhesive tape has a thickness in the range of 0.55 mm to 1.0 mm and at least one tape edge in the form of a pattern differing from a straight line, said pattern being structured by means of a cutting process, by a cutting device which has micro-serrations with a tooth height in the range of 0.1 mm to <1.0 mm and macro-serrations with a tooth height in the range of 1.0 mm to 3.0 mm, such that a tear strength is less than 125 N/cm when tested according to DIN EN 14410, where an elongation at break is at least 20 percent and a force to continue tearing according to the Elmendorf test is less than 10,000 mN.
A tile system comprising: at least one tile (2,3) having an upper surface, an underside and a plurality of side edges, wherein: the underside of the tile (2,3) comprises a plurality of cells, adjacent cells being interconnected to form a plurality of channels (18,19) parallel to the upper surface, wherein the channels (18,19) are open underneath and at least some of the channels (18,19) end in openings at the side edges of the tile (2,3); the channels comprise a first set of channels that extend between one pair of opposite side edges and a second set of channels that extend between a second pair of opposite side edges; and at least one of the side edges comprises engagement means suitable for securing the tile (2,3) to an adjacent, similar tile; characterized in that each engagement means comprises a flexure that extends from the side edge of the tile (2,3) and terminates in a boss, the flexure extending into an opening at a side edge of the adjacent tile, and the boss fitting into a cell on the underside of the adjacent tile. the underside of the tile (2,3) comprises a plurality of cells, adjacent cells being interconnected to form a plurality of channels (18,19) parallel to the upper surface, wherein the channels (18,19) are open underneath and at least some of the channels (18,19) end in openings at the side edges of the tile (2,3); the channels comprise a first set of channels that extend between one pair of opposite side edges and a second set of channels that extend between a second pair of opposite side edges; and at least one of the side edges comprises engagement means suitable for securing the tile (2,3) to an adjacent, similar tile; characterized in that each engagement means comprises a flexure that extends from the side edge of the tile (2,3) and terminates in a boss, the flexure extending into an opening at a side edge of the adjacent tile, and the boss fitting into a cell on the underside of the adjacent tile.
Refrigeration appliance with a housing which surrounds an interior of the refrigeration appliance, and with an evaporator arranged in the interior, wherein a concave section is embodied in an inner wall of the housing and the evaporator is fastened on the housing via a guide body which is arranged in the concave section of the inner wall, characterised in that the concave section has an end stop, that the guide body has an end stop element and that the end stop and the end stop element interact in such a manner that an axial movement of the guide body out from the concave section is restricted by the end stop element striking against the end stop.
A cutting tool comprising a tip, a body and a shank for attaching the cutting tool to a tool holder, - the tip having a tip radius and a tip length between a first end of the tip and a second end of the tip along a longitudinal axis of the tip, - the body having a body radius (41, 42, 43) and a body length between the shank and a recess portion along a longitudinal axis of the body, the recess portion comprising a wall which forms a recess with a depth into the body for retaining a major part of the tip length within the recess such that the longitudinal axis of the tip substantially coincides with the longitudinal axis of the body, characterized in that the body radius at half the depth of the recess is less than two times the tip radius, that the tip is made of a hard metal alloy with a hardness of at least 1300 HV50 and that the body is made of a steel alloy with a hardness of at least 450 HV30. - the tip having a tip radius and a tip length between a first end of the tip and a second end of the tip along a longitudinal axis of the tip, - the body having a body radius (41, 42, 43) and a body length between the shank and a recess portion along a longitudinal axis of the body, the recess portion comprising a wall which forms a recess with a depth into the body for retaining a major part of the tip length within the recess such that the longitudinal axis of the tip substantially coincides with the longitudinal axis of the body,
A motorcycle comprising: a body frame; a frame cover (100; 200) mounted to the body frame; and an intake air temperature sensor (120; 220) comprising a rod-shaped sensor main unit (122; 222) configured to measure the temperature of air, wherein: the frame cover (100; 200) has a cover main body (102; 202) having a surface; and the intake air temperature sensor (120; 220) is mounted to the frame cover (100; 200) so that the axis of the sensor main unit (122; 222) is substantially parallel to the surface of the cover main body (102; 202). a body frame; a frame cover (100; 200) mounted to the body frame; and an intake air temperature sensor (120; 220) comprising a rod-shaped sensor main unit (122; 222) configured to measure the temperature of air, wherein: the frame cover (100; 200) has a cover main body (102; 202) having a surface; and the intake air temperature sensor (120; 220) is mounted to the frame cover (100; 200) so that the axis of the sensor main unit (122; 222) is substantially parallel to the surface of the cover main body (102; 202). the frame cover (100; 200) has a cover main body (102; 202) having a surface; and the intake air temperature sensor (120; 220) is mounted to the frame cover (100; 200) so that the axis of the sensor main unit (122; 222) is substantially parallel to the surface of the cover main body (102; 202).
Pultrusion method for manufacturing a fibre-reinforced composite product comprising reinforcing fibres embedded in a thermoplastic matrix material, wherein along a path of pultrusion, the following steps are performed: - providing a preform; - further downstream, introducing the preform into a first die and pre-compacting the preform by means of the first die while the preform passes through the first die; - further downstream, heating the pre-compacted preform to a processing temperature of the thermoplastic matrix material, the processing temperature being suitable for subsequent consolidation of the preform, wherein the heat for heating the preform up to the processing temperature is introduced in a non-contact manner; and - further downstream, introducing the preform into a second die and consolidating the preform by means of the second die while the preform passes through the second die, in order to form the composite product, wherein the second die is not actively heated or is actively cooled. - providing a preform; - further downstream, introducing the preform into a first die and pre-compacting the preform by means of the first die while the preform passes through the first die; - further downstream, heating the pre-compacted preform to a processing temperature of the thermoplastic matrix material, the processing temperature being suitable for subsequent consolidation of the preform, wherein the heat for heating the preform up to the processing temperature is introduced in a non-contact manner; and - further downstream, introducing the preform into a second die and consolidating the preform by means of the second die while the preform passes through the second die, in order to form the composite product, wherein the second die is not actively heated or is actively cooled.
An interconnection device for retractable sliding doors which are associable with a casing which comprises at least one upper lintel and a pair of vertical posts which can be covered by means of transverse trim elements and vertical trim elements, the interconnection device comprising a box-like body provided with a first solid portion having an axial seat, and a second portion that is U-shaped in transverse cross-section so as to form a flat base and two lateral wings (12a, 12b) which thus form an opening on one side, and that is provided with a slot contiguous and contoured with respect to the axial seat to constitute an extension of the axial seat, said slot being provided axially in said flat base, the interconnection device further comprising at least one L-shaped bolt that is associated slideably with the box-like body at the axial seat and at the slot, and which can be associated proximate to at least one end of said upper lintel and is adapted to be connected selectively and temporarily to at least one of said vertical posts.
Lining tube for rehabilitating a defective sewer manhole having a first section with a first diameter and an adjoining second section with an increased diameter, the lining tube comprising an inner film tube and a radially expandable layer of fibrous material arranged around it, which is impregnated with a curable reaction resin, the inner film tube having a connecting section extending in the longitudinal direction of the inner film tube, which connecting section connects two mutually parallel circumferential sections, of the inner film tube to form a circumferentially closed inner film tube having a defined nominal diameter, and wherein the connecting section has a predetermined breaking point which extends along the inner film tube and can be opened in the peripheral direction by introducing a pressure medium into the inner film tube, in order to expand the inner film tube and the layer of fibrous material arranged thereon radially beyond the nominal diameter.
An apparatus for wireless communication, the apparatus comprising: a non-transitory memory (130, 132) including instructions stored thereon for performing reception of an initial access signal in the wireless communication; and a processor, operably coupled to the non-transitory memory, capable of executing the instructions of: receiving a downlink, DL, sweeping subframe, the DL sweeping subframe comprising a beam reference signal at a fixed location within the DL sweeping subframe and a plurality of beam sweeping blocks, each beam sweeping block carrying a first synchronization signal and a second synchronization signal, determining, based on the first synchronization signal and the second synchronization signal of a beam sweeping block, a cell identity, determining a frame timing using locations of the beam reference signal and the beam sweeping block, and after determining the cell identity, determining a beam identity associated with the beam sweeping block based on a relative location of the beam sweeping block within the DL sweeping subframe. a non-transitory memory (130, 132) including instructions stored thereon for performing reception of an initial access signal in the wireless communication; and a processor, operably coupled to the non-transitory memory, capable of executing the instructions of: receiving a downlink, DL, sweeping subframe, the DL sweeping subframe comprising a beam reference signal at a fixed location within the DL sweeping subframe and a plurality of beam sweeping blocks, each beam sweeping block carrying a first synchronization signal and a second synchronization signal, determining, based on the first synchronization signal and the second synchronization signal of a beam sweeping block, a cell identity, determining a frame timing using locations of the beam reference signal and the beam sweeping block, and after determining the cell identity, determining a beam identity associated with the beam sweeping block based on a relative location of the beam sweeping block within the DL sweeping subframe.
An electric actuator comprising a threaded rod rotated by a motorized means, said threaded rod being moved in a helical movement, and having a drive zone extended on either side by two threaded zones (4, 6), one of said threaded zones cooperating with a stationary nut, characterized in that the other of said threaded zones cooperates with a nut integral with a control member movable in translation, along an axis parallel to the axis of said threaded zone.
Forming tool for a device for rounding a back area and shaping a fold area (6, 6') bordering on both sides respectively on the back area of book covers lying stretched out according to the shape of the back of a book block subsequently forming a book together with a book cover, characterised in that the forming tool (10, 10') has a fixed convex middle shaping projection and two outer shaping strips (22, 22') that are also convex and adjustable sideways according to the necessary roundness and width of the back area of the book cover, which are connected to it sideways, as well as a tool bar connected to the middle shaping projection and the outer shaping strips (22, 22') in a force fitting or form fitting way, in which the sideways adjustment of the outer shaping strips (22, 22') is suitable for changing the distance between the outer shaping strips (22, 22').