mhurhangee/ep-ind-claims huggingface dataset:
A bicycle trailer, preferably a 2-in-1 stroller-bicycle trailer, with a frame and a wheel suspension, wherein the frame forms a passenger compartment and a seat having a back rest is disposed in the passenger compartment, wherein the back rest has a front and a back, wherein the back rest divides the passenger compartment into a first region and a second region, wherein the front of the back rest faces the first region of the passenger compartment and the back of the back rest faces the second region of the passenger compartment, wherein the entirety of a dimensionally stable transport container is disposed in the second region of the passenger compartment and is releasably attached to the frame, characterized in that the transport container fits exactly into and fills the second region of the passenger compartment.
A curvature detection system comprising: a base member having a longitudinal direction; a first linear member extending in the longitudinal direction; and a second linear member extending in the longitudinal direction; wherein: the first linear member is fixed to the base member at a first fixed position, and is relatively movable with respect to the base member in the longitudinal direction, on one side of the first fixed position in the longitudinal direction; the second linear member is fixed to the base member at a second fixed position different from the first fixed position, and is relatively movable with respect to the base member in the longitudinal direction, on the one side of the second fixed position in the longitudinal direction; characterized in that the curvature detection system is capable of detecting curvature of the base member between the first fixed position and the second fixed position based on change in a relative position between the first linear member and the second linear member. a base member having a longitudinal direction; a first linear member extending in the longitudinal direction; and a second linear member extending in the longitudinal direction; wherein: the first linear member is fixed to the base member at a first fixed position, and is relatively movable with respect to the base member in the longitudinal direction, on one side of the first fixed position in the longitudinal direction; the second linear member is fixed to the base member at a second fixed position different from the first fixed position, and is relatively movable with respect to the base member in the longitudinal direction, on the one side of the second fixed position in the longitudinal direction; characterized in that the curvature detection system is capable of detecting curvature of the base member between the first fixed position and the second fixed position based on change in a relative position between the first linear member and the second linear member. the first linear member is fixed to the base member at a first fixed position, and is relatively movable with respect to the base member in the longitudinal direction, on one side of the first fixed position in the longitudinal direction; the second linear member is fixed to the base member at a second fixed position different from the first fixed position, and is relatively movable with respect to the base member in the longitudinal direction, on the one side of the second fixed position in the longitudinal direction; characterized in that the curvature detection system is capable of detecting curvature of the base member between the first fixed position and the second fixed position based on change in a relative position between the first linear member and the second linear member.
A method of forming a soft magnetic bulk material of a predetermined shape from a magnetic material and a non-magnetic material, wherein the magnetic material comprises coated iron particles, the method comprising: providing a reservoir adapted to contain the soft magnetic bulk material of the predetermined shape; providing a heat source; and heating the magnetic material and the non-magnetic material in the reservoir to an ignition temperature of a thermite reaction thus forming the soft magnetic bulk material of a predetermined shape wherein the soft magnetic bulk material of a predetermined shape has domains formed from the magnetic material with insulating boundaries formed from the reaction. providing a heat source; and heating the magnetic material and the non-magnetic material in the reservoir to an ignition temperature of a thermite reaction thus forming the soft magnetic bulk material of a predetermined shape wherein the soft magnetic bulk material of a predetermined shape has domains formed from the magnetic material with insulating boundaries formed from the reaction.
Blanking punch, which extends from a first section to a second section along a punching direction, wherein the second section has a cutting edge, characterized in that an engagement section for an extraction tool to be screwed on is provided/formed between the first section and the second section, which permits the blanking punch to be removed from a workpiece counter to the punching direction, wherein the engagement section is formed as a thread, and wherein the first section has an engagement region for the arrangement of a tool. which extends from a first section to a second section along a punching direction, wherein the second section has a cutting edge, characterized in that an engagement section for an extraction tool to be screwed on is provided/formed between the first section and the second section, which permits the blanking punch to be removed from a workpiece counter to the punching direction, wherein the engagement section is formed as a thread, and wherein the first section has an engagement region for the arrangement of a tool.
A sliding component for use in internal combustion engines, provided with a ferrous base covered with a protective surface layer comprising at least one nitride, applied by the process of physical vapor deposition or a nitrided layer, on whose sliding peripheral surface a coating of carbon of the diamond-like carbon type is applied, characterized in that the coating comprises from the base towards the exterior: - a layer of metallic chromium of crystalline structure (bcc - body-centered cubic), - at least one transition layer comprising WC 1-x, - an intermediate layer comprising a nanocrystalline phase of carbides in a multilayer structure (a-C:H:W) and (a-C:H), - an outer layer of amorphous carbon of the type (a-C:H). - a layer of metallic chromium of crystalline structure (bcc - body-centered cubic), - at least one transition layer comprising WC 1-x, - an intermediate layer comprising a nanocrystalline phase of carbides in a multilayer structure (a-C:H:W) and (a-C:H), - an outer layer of amorphous carbon of the type (a-C:H).
A system for determining the outer diameter of a metallic object within a well structure (10, 12), the system comprising: a spool connectable in line with said well structure (10, 12), said spool having an inner surface and an outer surface, said inner surface defining a central bore therethrough along a central axis corresponding to a central bore of said well structure (10, 12), said spool including a plurality of blind bores extending radially inwards from said outer surface towards said inner surface; one or more than one ferromagnetic body (50, 102) being locatable within one or more than one of said plurality of blind bores; one or more than one sensor being operable to output a signal representing the outer diameter of said metallic object located within said central bore; wherein the system is characterized in that: one or more than one magnets are provided; and the one or each of the more than one sensor is located at or within the one or one of the more than one ferromagnetic body (50, 102), with the one or one of the more than one magnets located at an end of the one or one of the more than one ferromagnetic body (50, 102). a spool connectable in line with said well structure (10, 12), said spool having an inner surface and an outer surface, said inner surface defining a central bore therethrough along a central axis corresponding to a central bore of said well structure (10, 12), said spool including a plurality of blind bores extending radially inwards from said outer surface towards said inner surface; one or more than one ferromagnetic body (50, 102) being locatable within one or more than one of said plurality of blind bores; one or more than one sensor being operable to output a signal representing the outer diameter of said metallic object located within said central bore; wherein the system is characterized in that: one or more than one magnets are provided; and the one or each of the more than one sensor is located at or within the one or one of the more than one ferromagnetic body (50, 102), with the one or one of the more than one magnets located at an end of the one or one of the more than one ferromagnetic body (50, 102). one or more than one magnets are provided; and the one or each of the more than one sensor is located at or within the one or one of the more than one ferromagnetic body (50, 102), with the one or one of the more than one magnets located at an end of the one or one of the more than one ferromagnetic body (50, 102).
A mobile terminal device (1 to 3) comprising: a housing (11, 31, 41) that includes a housing body and side walls (112a to 112d, 412a) provided around the housing body; a display panel (14, 44) provided on the side walls; a resin wall part that is positioned on an outer face of at least one of the side walls (112a to 112d, 412a), the at least one of the side walls (112a to 112d, 412a) being made of sheet metal and standing from the housing body toward the display panel (14, 44), wherein an end portion of the sheet metal that faces the display panel (14, 44) is bonded with an adhesive to a surface of the display panel (14, 44) that faces the housing body, and a clearance in the resin wall part that is formed between the resin wall part and the outer face of the at least one of the side walls such that a surplus of the adhesive is pushed into the clearance (112a to 112d, 412a). a housing (11, 31, 41) that includes a housing body and side walls (112a to 112d, 412a) provided around the housing body; a display panel (14, 44) provided on the side walls; a resin wall part that is positioned on an outer face of at least one of the side walls (112a to 112d, 412a), the at least one of the side walls (112a to 112d, 412a) being made of sheet metal and standing from the housing body toward the display panel (14, 44), wherein an end portion of the sheet metal that faces the display panel (14, 44) is bonded with an adhesive to a surface of the display panel (14, 44) that faces the housing body, and a clearance in the resin wall part that is formed between the resin wall part and the outer face of the at least one of the side walls such that a surplus of the adhesive is pushed into the clearance (112a to 112d, 412a).
A method for precharging an application bus (150, 350) through a battery module system (110, 310) comprising a first and a second bypassable battery modules (120, 320) connected in series with a precharge circuit (140, 340), each of the bypassable modules (120, 320) being capable of being in an active state, where a voltage of said bypassable battery module (120, 320) may contribute to an output voltage of the bypassable battery module system (110, 310), or a bypassed state, where a voltage of said bypassable battery module (120, 320) may not contribute to an output voltage of the bypassable battery module system (110, 310), the method comprising: activating the first bypassable battery module (120, 320), to precharge the application bus (150, 350) through the precharge circuit (140, 340); and activating the second bypassable battery module (120, 320), to precharge the application bus (150, 350) through the precharge circuit (140, 340), based on the first bypassable battery module (120, 320) being in the active state, wherein the method further comprises determining that a first voltage difference between a first output voltage of the bypassable battery module system (110, 310) and a first application bus voltage, based on the first bypassable battery module (120, 320) being in the active state, is less than a threshold voltage difference; and wherein activating the second bypassable battery module (120, 320) comprises: activating the second bypassable battery module (120, 320) based on the first bypassable battery module (120, 320) being in the active state and based on determining that the first voltage difference is less than the threshold voltage difference. activating the first bypassable battery module (120, 320), to precharge the application bus (150, 350) through the precharge circuit (140, 340); and activating the second bypassable battery module (120, 320), to precharge the application bus (150, 350) through the precharge circuit (140, 340), based on the first bypassable battery module (120, 320) being in the active state, wherein the method further comprises determining that a first voltage difference between a first output voltage of the bypassable battery module system (110, 310) and a first application bus voltage, based on the first bypassable battery module (120, 320) being in the active state, is less than a threshold voltage difference; and wherein activating the second bypassable battery module (120, 320) comprises: activating the second bypassable battery module (120, 320) based on the first bypassable battery module (120, 320) being in the active state and based on determining that the first voltage difference is less than the threshold voltage difference.
A method comprising: providing a first executable environment, the first executable environment for execution within an operating system environment of a host computer system; providing a software application in a form for installation and execution within the operating system environment absent the first executable environment; characterized in that the method comprises installing the software application within the first executable environment, the software application installed within a removable peripheral memory storage device for execution within the first executable environment which, during execution, interrogates the host computer system to determine its capabilities, both software and hardware; wherein an installation process for the software application interrogates the first executable environment and installs the software application within that environment, wherein the first executable environment intercepts application specific system library calls and translates the application specific system library calls into at least one of system library calls and instruction codes compatible with the operating system, such that the software application does not need modifications to install properly within the first executable environment, and wherein the first executable environment is designed for supporting a plurality of software applications for execution therein without modifications to the plurality of software applications from their form configured for installation and execution within the operation system environment, absent the first executable environment. providing a first executable environment, the first executable environment for execution within an operating system environment of a host computer system; providing a software application in a form for installation and execution within the operating system environment absent the first executable environment; characterized in that the method comprises installing the software application within the first executable environment, the software application installed within a removable peripheral memory storage device for execution within the first executable environment which, during execution, interrogates the host computer system to determine its capabilities, both software and hardware; wherein an installation process for the software application interrogates the first executable environment and installs the software application within that environment, wherein the first executable environment intercepts application specific system library calls and translates the application specific system library calls into at least one of system library calls and instruction codes compatible with the operating system, such that the software application does not need modifications to install properly within the first executable environment, and wherein the first executable environment is designed for supporting a plurality of software applications for execution therein without modifications to the plurality of software applications from their form configured for installation and execution within the operation system environment, absent the first executable environment.
A method of producing a dental restoration, comprising the steps of: - calculating a pressure distribution on the oral mucosa through the dental restoration based on a three-dimensional data set (103-DS) of the dental restoration and a three-dimensional data set (103-MS) of the oral mucosa; and - determining a spatial region for an elastic production material within the dental restoration based on the calculated pressure distribution. - calculating a pressure distribution on the oral mucosa through the dental restoration based on a three-dimensional data set (103-DS) of the dental restoration and a three-dimensional data set (103-MS) of the oral mucosa; and - determining a spatial region for an elastic production material within the dental restoration based on the calculated pressure distribution.
A peptide comprising the amino acid sequence X 1 DGRX 5 GF, wherein the peptide is no longer than 10 amino acids in length and binds to bladder cancer cells, wherein X 1 is Gln, Gly or Ala and/or X 5 is Met, Lys, Gly or Ala.
A method for multi-wire signaling, comprising: converting a sequence of data bits into a plurality of M transition numbers; converting the M transition numbers into a sequence of symbols, wherein each of the sequence of symbols is selected based on a corresponding one of the M transition numbers and a value of a preceding one of the sequence of symbols; and transmitting the sequence of symbols over N wires using N single-ended drivers, wherein a clock signal is effectively embedded in the sequence of symbols. converting a sequence of data bits into a plurality of M transition numbers; converting the M transition numbers into a sequence of symbols, wherein each of the sequence of symbols is selected based on a corresponding one of the M transition numbers and a value of a preceding one of the sequence of symbols; and transmitting the sequence of symbols over N wires using N single-ended drivers, wherein a clock signal is effectively embedded in the sequence of symbols.
An implantable prosthetic device, which is a tissue prosthesis derived from animal or human origin comprising a collagen-based decellularized tissue matrix, intended for use in the human body characterized by a coating comprising CCN1 as an extracellular matrix-associated protein mediating cell adhesion or cell migration or a fragment of CCN1 or a construct with CCN1 with corresponding function with respect to cell adhesion deposited on a surface of the device.
A ballistic collar comprising: a base having a body with a first side portion and a second side portion; a first arm extending along a first longitudinal contour towards the first side portion, the first arm comprising a first upper segment and a first lower segment, a first connection between the first upper segment and the first lower segment extends along a central connection; and a second arm extending along a second longitudinal contour towards the second side portion, the second arm comprising a second upper segment and a second lower segment, a second connection between the second proximal segment and the second distal segment extends along the central connection, each of the first arm, the second arm, and the base being movable relative to each other, wherein the central connection extends along a third connection between the first arm, the second arm, and the base; wherein the angles between: the first upper segment and the first lower segment; the second upper segment and the second lower segment; and the base and one or more of the segments (112, 114, 116, 118) change based on a relative movement of one or more of the first upper segment, the first lower segment, the second upper segment, the second lower segment, and the base. a base having a body with a first side portion and a second side portion; a first arm extending along a first longitudinal contour towards the first side portion, the first arm comprising a first upper segment and a first lower segment, a first connection between the first upper segment and the first lower segment extends along a central connection; and a second arm extending along a second longitudinal contour towards the second side portion, the second arm comprising a second upper segment and a second lower segment, a second connection between the second proximal segment and the second distal segment extends along the central connection, each of the first arm, the second arm, and the base being movable relative to each other, wherein the central connection extends along a third connection between the first arm, the second arm, and the base; wherein the angles between: the first upper segment and the first lower segment; the second upper segment and the second lower segment; and the base and one or more of the segments (112, 114, 116, 118) change based on a relative movement of one or more of the first upper segment, the first lower segment, the second upper segment, the second lower segment, and the base.