mhurhangee/ep-ind-claims huggingface dataset:
Polypropylene mono-layer films produced with blown film or cast film technology comprising a blend of a) 85 to 98.0 wt%, based on the blend, of a random propylene copolymer, wherein said random propylene copolymer consists of units derived from propylene and ethylene, and b) 2.0 to 15.0 wt%, based on the blend, of an ethylene based plastomer having a density according to ISO 1183D of 0.915 g/cm 3 or below and an MFR 2 according to ISO 1133 (190°C; 2.16kg) in the range of 2.0 to 30 g/10 min, wherein the amounts of a) and b) sum to 100 wt%; wherein the film has i) a haze according to ASTM D1003 for a film thickness of 50 μm of at most 2.0% ii) a gloss (20°) according to ASTM D2457 for a film thickness of 50 μm of at least 80% and iii) a relative tear resistance in machine direction [cN/μm] according to Elmendorf method (ISO 6383-2) for a film thickness of 50 μm of at least 0.70 cN/μm and a relative tear resistance in transverse direction [cN/μm] according to Elmendorf method (ISO 6383-2) for a film thickness of 50 μm of at least 1.80 cN/μm. a) 85 to 98.0 wt%, based on the blend, of a random propylene copolymer, wherein said random propylene copolymer consists of units derived from propylene and ethylene, and b) 2.0 to 15.0 wt%, based on the blend, of an ethylene based plastomer having a density according to ISO 1183D of 0.915 g/cm 3 or below and an MFR 2 according to ISO 1133 (190°C; 2.16kg) in the range of 2.0 to 30 g/10 min, wherein the amounts of a) and b) sum to 100 wt%; i) a haze according to ASTM D1003 for a film thickness of 50 μm of at most 2.0% ii) a gloss (20°) according to ASTM D2457 for a film thickness of 50 μm of at least 80% and iii) a relative tear resistance in machine direction [cN/μm] according to Elmendorf method (ISO 6383-2) for a film thickness of 50 μm of at least 0.70 cN/μm and a relative tear resistance in transverse direction [cN/μm] according to Elmendorf method (ISO 6383-2) for a film thickness of 50 μm of at least 1.80 cN/μm.
A chip package, comprising: the horizontal direction a set of semiconductor dies the semiconductor dies being a arranged in a vertical stack in a vertical direction, which is substantially perpendicular to the horizontal direction, wherein each semiconductor die, after the first semiconductor die, is offset in a horizontal direction by an offset value from an immediately preceding semiconductor die in the vertical stack, thereby defining a stepped terrace at one side of the vertical stack; and a ramp component, electrically and rigidly mechanically coupled to the semiconductor dies, wherein the ramp component is positioned on the one side of the vertical stack, wherein the ramp component is approximately parallel to a direction along the stepped terrace, which is between the horizontal direction and the vertical direction, and wherein each of the semiconductor dies includes a static bend so that an end segment of each of the semiconductor dies is parallel to the direction along the stepped terrace and is mechanically coupled to the ramp component.
A mesoporous silica material having pores in range of 2 to 50 nm for use as a pharmaceutical or medicament, wherein the average pore size of the pores in range of 2 to 50 nm is in the range of 7 to 15 nm, and the pore size distribution of the pores in range of 2 to 50 nm is such that at least 80% of the pores fall within the range of 2 to 25 nm, wherein the silica material is not administered with other pharmaceutical active compounds.
Method for providing mobile connectivity in a vehicle with a cellular connectivity unit using a first subscriber identification module associated with a first subscription for a first Mobile Network Operator and at least a second subscriber identification module (207, 208) associated with a second subscription for a second Mobile Network Operator, comprising the following steps performed by the cellular connectivity unit: - configuring in a cellular unit of the cellular connectivity unit a first Access Point Name interface and at least one further Access Point Name interface, wherein both the first Access Point Name interface and the at least one further Access Point Name interface are related to the first subscriber identification module; - using the first Access Point Name interface for network registration and data transport of the cellular connectivity unit assigned to the first subscriber identification module; and - using the at least one further Access Point Name interface for network registration and data transport of the cellular connectivity unit assigned to the second subscriber identification module. - configuring in a cellular unit of the cellular connectivity unit a first Access Point Name interface and at least one further Access Point Name interface, wherein both the first Access Point Name interface and the at least one further Access Point Name interface are related to the first subscriber identification module; - using the first Access Point Name interface for network registration and data transport of the cellular connectivity unit assigned to the first subscriber identification module; and - using the at least one further Access Point Name interface for network registration and data transport of the cellular connectivity unit assigned to the second subscriber identification module.
A method for storing and accessing an application database, the method comprising: in a signaling message routing node having a distributed internal processing architecture: dividing the application database associated with a single telecommunications application into a plurality of different database segments, wherein the database segments correspond to different ranges of subscriber identifiers; storing the database segments on a plurality of different processing modules; receiving a signaling message at a link interface module (310, 312) of the signaling message routing node, the signaling message requiring local number portability, LNP, translation service; identifying a segment of the database associated with the telecommunications application for processing the signaling message, wherein identifying a segment includes determining the range of subscriber identifiers corresponding to one of the database segments into which a subscriber identifier in the signaling message falls; and forwarding the signaling message to the processing module containing the segment of the database for processing the signaling message. in a signaling message routing node having a distributed internal processing architecture: dividing the application database associated with a single telecommunications application into a plurality of different database segments, wherein the database segments correspond to different ranges of subscriber identifiers; storing the database segments on a plurality of different processing modules; receiving a signaling message at a link interface module (310, 312) of the signaling message routing node, the signaling message requiring local number portability, LNP, translation service; identifying a segment of the database associated with the telecommunications application for processing the signaling message, wherein identifying a segment includes determining the range of subscriber identifiers corresponding to one of the database segments into which a subscriber identifier in the signaling message falls; and forwarding the signaling message to the processing module containing the segment of the database for processing the signaling message. dividing the application database associated with a single telecommunications application into a plurality of different database segments, wherein the database segments correspond to different ranges of subscriber identifiers; storing the database segments on a plurality of different processing modules; receiving a signaling message at a link interface module (310, 312) of the signaling message routing node, the signaling message requiring local number portability, LNP, translation service; identifying a segment of the database associated with the telecommunications application for processing the signaling message, wherein identifying a segment includes determining the range of subscriber identifiers corresponding to one of the database segments into which a subscriber identifier in the signaling message falls; and forwarding the signaling message to the processing module containing the segment of the database for processing the signaling message.
A control apparatus of a vibration actuator including a vibrator and a driven member, the control apparatus comprising: means configured to obtain a relative position between the vibrator and the driven member, and to output a first deviation which is a difference between the relative position and a command value of the relative position; gain control means configured to output a gain based on a second deviation which is a difference between the relative position and a target position of the relative position; and control amount calculation means configured to receive the first deviation and the gain, and calculate a control amount for controlling the vibrator using both the first deviation and the gain. means configured to obtain a relative position between the vibrator and the driven member, and to output a first deviation which is a difference between the relative position and a command value of the relative position; gain control means configured to output a gain based on a second deviation which is a difference between the relative position and a target position of the relative position; and control amount calculation means configured to receive the first deviation and the gain, and calculate a control amount for controlling the vibrator using both the first deviation and the gain.
An electronic device comprising: a flexible display with at least one extendable display section (6, 7) and a further display section; a main body, with a body area supporting part of the display and with electronics of the device and with electrical and mechanical connections of the display; a hold out mechanism (3, 4) for supporting the extendable display section (6, 7) the display being movable with respect to the main body between a normal position, where the display is fully located in or adjacent to the body, and an extended position, where the extendable display section extends outwardly from the body area, supported by the hold out mechanism (3, 4), wherein the display comprises at least two extendable sections (6, 7), each being movable to an extended position and supported by an associated hold out mechanism (3, 4), such that the respective extendable sections (6, 7) extend outwardly from the main body from different sides of the body area and forming one continuous display panel with the further section; characterized in that the hold out mechanism (3, 4) comprises a roll mechanism and a slide or wrap mechanism (15; 16), each at a side of the main body, wherein the slide or wrap mechanism (15; 16) is adapted to move the display to a single extended position and the roll mechanism is adapted to move the display to a double extended position where the slide and roll or wrap mechanisms are locked and the display panel with the display sections (6, 7) is flat; and wherein the display is supported in the area of the slide or wrap mechanism and the main body. a flexible display with at least one extendable display section (6, 7) and a further display section; a main body, with a body area supporting part of the display and with electronics of the device and with electrical and mechanical connections of the display; a hold out mechanism (3, 4) for supporting the extendable display section (6, 7) the display being movable with respect to the main body between a normal position, where the display is fully located in or adjacent to the body, and an extended position, where the extendable display section extends outwardly from the body area, supported by the hold out mechanism (3, 4), wherein the display comprises at least two extendable sections (6, 7), each being movable to an extended position and supported by an associated hold out mechanism (3, 4), such that the respective extendable sections (6, 7) extend outwardly from the main body from different sides of the body area and forming one continuous display panel with the further section; characterized in that the hold out mechanism (3, 4) comprises a roll mechanism and a slide or wrap mechanism (15; 16), each at a side of the main body, wherein the slide or wrap mechanism (15; 16) is adapted to move the display to a single extended position and the roll mechanism is adapted to move the display to a double extended position where the slide and roll or wrap mechanisms are locked and the display panel with the display sections (6, 7) is flat; and wherein the display is supported in the area of the slide or wrap mechanism and the main body.
An apparatus for non-invasively measuring a material in blood, comprising: a metering device configured to obtain information representative of an amount of a first material relating to skin tissue of a subject; a processor configured to determine information regarding a second material in blood of the subject, based on the information regarding the first material; wherein the second material comprises an analyte present in blood of the subject; the metering device is configured to obtain raw data comprising the information representative of an amount of fibrous protein from skin of a subject; and the processor is configured to determine information representative of an amount of an analyte present in blood of the subject based on the obtained information representative of an amount of the fibrous protein; and wherein the processor is configured to relate the obtained information representative of the amount of the fibrous protein to an amount of adiponectin. a metering device configured to obtain information representative of an amount of a first material relating to skin tissue of a subject; a processor configured to determine information regarding a second material in blood of the subject, based on the information regarding the first material; wherein the second material comprises an analyte present in blood of the subject; the metering device is configured to obtain raw data comprising the information representative of an amount of fibrous protein from skin of a subject; and the processor is configured to determine information representative of an amount of an analyte present in blood of the subject based on the obtained information representative of an amount of the fibrous protein; and wherein the processor is configured to relate the obtained information representative of the amount of the fibrous protein to an amount of adiponectin.
A mixed ink used for printing, containing a pigment blend mixed with a powdered far infrared radiant material, characterised in that the far infrared radiant material is mixed in 3 weight% to 10 weight% relative to an overall weight of the mixed ink, and wherein the far infrared radiant material has a diameter range from 1 μ m to 5 μ m; and wherein the pigment blend is prepared by adding an ink binder and an ink adjuvant to a pigment, wherein where the pigment blend is yellow, the pigment blend is prepared of the pigment of 10 weight% to 13 weight%, the ink binder of 70 weight% to 75 weight%, and the ink adjuvant of 5 weight% to 10 weight%, and unless the pigment blend is yellow, the pigment blend is prepared of the pigment of 18 weight% to 22 weight%, the ink binder of 65 weight% to 70 weight%, and the ink adjuvant of 5 weight% to 10 weight%. the far infrared radiant material is mixed in 3 weight% to 10 weight% relative to an overall weight of the mixed ink, and wherein the far infrared radiant material has a diameter range from 1 μ m to 5 μ m; and wherein the pigment blend is prepared by adding an ink binder and an ink adjuvant to a pigment, wherein where the pigment blend is yellow, the pigment blend is prepared of the pigment of 10 weight% to 13 weight%, the ink binder of 70 weight% to 75 weight%, and the ink adjuvant of 5 weight% to 10 weight%, and unless the pigment blend is yellow, the pigment blend is prepared of the pigment of 18 weight% to 22 weight%, the ink binder of 65 weight% to 70 weight%, and the ink adjuvant of 5 weight% to 10 weight%.
Method for using recuperation power of an on-board electrical system in a motor vehicle, wherein the on-board electrical system comprises a generator, which is driven by a drive unit, a battery, a first control unit and a plurality of connected loads and an energy storage unit connected in parallel with the battery, wherein the generator is regulated by means of the first control unit in such a way that the charge status of the battery is kept within prescribable limits and the on-board electrical system voltage is kept substantially constant, characterized by the following steps: provision of a second control unit, influencing of the on-board voltage by the second control unit in such a way that excess recuperation power is stored in the energy storage unit and is delivered from said energy storage unit back into the on-board electrical system as required, operation of the second control unit independently of the first control unit, and connection of the energy storage unit as a semi-active load to the on-board electrical system by the second control unit. provision of a second control unit, influencing of the on-board voltage by the second control unit in such a way that excess recuperation power is stored in the energy storage unit and is delivered from said energy storage unit back into the on-board electrical system as required, operation of the second control unit independently of the first control unit, and connection of the energy storage unit as a semi-active load to the on-board electrical system by the second control unit.
Operating unit for an earthing switch drive of air-insulated switchgear, the operating unit at least having a shaft (3.1, 3.2) which is rotatably mounted in a bearing and has a socket for a manually operable crank at a first end and an eccentric at a second end for the transmission of a rotational movement of the shaft (3.1, 3.2) to the earthing switch drive, wherein the shaft (3.1, 3.2) additionally has at least one pin which projects radially away from the shaft (3.1, 3.2), and wherein the operating unit has a first stop and a second stop for the at least one pin, wherein the first stop and the second stop are arranged relative to the shaft (3.1, 3.2) in such a way that the shaft (3.1, 3.2) is rotatable between a first shaft position, in which the at least one pin strikes the first stop, and a second shaft position, in which the at least one pin strikes the second shaft, characterized by a carrier for at least one status indicator, wherein the carrier is arranged relative to the shaft (3.1, 3.2) in such a way that in a first indicator position the carrier is held by the at least one pin in the first shaft position and that in a second indicator position the carrier is held by the at least one pin in the second shaft position.
A fluid pump comprising: a flow channel containing an fluid inlet and a fluid outlet and bounded by two side walls, a substantially planar flap positioned inside the flow channel, and an actuator capable of transmitting an oscillating force or torque to the flap, the fluid pump being characterised in that the side walls extend from the inlet to the outlet and are substantially planar and parallel to the flap and extend beyond the downstream end of the flap towards the outlet by a distance, l d, such that l d ≥ l f / 2, where l f is the length of the flap, and where the side wall separation, h, length, l w, and width, w w, satisfy the relationships: l w > h and w w > h, whereby in use, the actuator drives oscillatory motion of the flap in a direction substantially perpendicular to the side walls with motion of the flap having larger amplitude near the outlet than near the inlet. a flow channel containing an fluid inlet and a fluid outlet and bounded by two side walls, a substantially planar flap positioned inside the flow channel, and an actuator capable of transmitting an oscillating force or torque to the flap, the fluid pump being characterised in that the side walls extend from the inlet to the outlet and are substantially planar and parallel to the flap and extend beyond the downstream end of the flap towards the outlet by a distance, l d, such that l d ≥ l f / 2, where l f is the length of the flap, and where the side wall separation, h, length, l w, and width, w w, satisfy the relationships: l w > h and w w > h, whereby in use, the actuator drives oscillatory motion of the flap in a direction substantially perpendicular to the side walls with motion of the flap having larger amplitude near the outlet than near the inlet.
Sealing arrangement comprising a housing and a shaft which is mounted in the housing such that it can be rotated about an axis of rotation, and a sealing unit for sealing a sealing gap formed between the housing and the shaft with respect to the outside A of the housing, wherein the sealing unit comprises: - a sealing ring having a retaining section and having a sealing lip which extends outwardly away from the retaining section in a radial direction and which dynamically sealingly rests against a sealing surface of the housing in an axial direction; and - an internally tensioning clamping ring which is arranged embedded in the material of the sealing ring and secures the axial position of the retaining section in a retaining groove and ensures that the retaining section is circumferentially pretensioned and statically sealingly rests against the shaft, wherein the retaining section of the sealing ring has on the inner circumferential side a circumferential sealing flange which engages in the retaining groove, characterized in that the clamping ring has a plurality of tool engagements (44, 46, 64) which are accessible from the outside A. wherein the sealing unit comprises: - a sealing ring having a retaining section and having a sealing lip which extends outwardly away from the retaining section in a radial direction and which dynamically sealingly rests against a sealing surface of the housing in an axial direction; and - an internally tensioning clamping ring which is arranged embedded in the material of the sealing ring and secures the axial position of the retaining section in a retaining groove and ensures that the retaining section is circumferentially pretensioned and statically sealingly rests against the shaft, - a sealing ring having a retaining section and having a sealing lip which extends outwardly away from the retaining section in a radial direction and which dynamically sealingly rests against a sealing surface of the housing in an axial direction; and - an internally tensioning clamping ring which is arranged embedded in the material of the sealing ring and secures the axial position of the retaining section in a retaining groove and ensures that the retaining section is circumferentially pretensioned and statically sealingly rests against the shaft, wherein the retaining section of the sealing ring has on the inner circumferential side a circumferential sealing flange which engages in the retaining groove, characterized in that the clamping ring has a plurality of tool engagements (44, 46, 64) which are accessible from the outside A.