mhurhangee/ep-ind-claims huggingface dataset:
Rescue tool, comprising - a power cylinder having a cylindrical cylinder housing and a piston with a piston rod extending out of the housing; - a transmission connected to the piston; - at least one rotatably drivable arm (5,6); - a structure accommodating at least the cylinder housing; and - a yoke, which defines a passage for any one or more than one of the cylinder housing, the piston and the transmission and which is connected to the structure to define a rotation point for the at least one rotatably driveable arm, - an end-cap, which is arranged on the cylinder housing to close an internal pressure chamber of the cylinder, wherein the yoke and the end-cap form an integral component, characterized in that the yoke has a bus shaped connector for connection to the cylinder. - a power cylinder having a cylindrical cylinder housing and a piston with a piston rod extending out of the housing; - a transmission connected to the piston; - at least one rotatably drivable arm (5,6); - a structure accommodating at least the cylinder housing; and - a yoke, which defines a passage for any one or more than one of the cylinder housing, the piston and the transmission and which is connected to the structure to define a rotation point for the at least one rotatably driveable arm, - an end-cap, which is arranged on the cylinder housing to close an internal pressure chamber of the cylinder,
A method to request an emergency services connection via an untrusted wireless local area network, WLAN, for a wireless communication device, the method comprising: by the wireless communication device: detecting a request to establish the emergency services connection via the untrusted WLAN; de-registering from an Internet Protocol Multimedia Subsystem, IMS, server for non-emergency services when the wireless communication device is registered for non-emergency services with the IMS server; releasing existing packet data network, PDN, connections via the untrusted WLAN; obtaining an Internet Protocol, IP, address for an evolved packet data gateway, ePDG, that supports emergency services; sending to the ePDG an IKEv2 CFG REQUEST message that includes in its configuration payload an indication for emergency services to establish a PDN connection with the ePDG; receiving from the ePDG an IKEv2 CFG REPLY message that includes in its configuration payload an indication of support for emergency services to establish the PDN connection with the ePDG; and establishing the PDN connection with the ePDG without authentication of the wireless communication device. by the wireless communication device: detecting a request to establish the emergency services connection via the untrusted WLAN; de-registering from an Internet Protocol Multimedia Subsystem, IMS, server for non-emergency services when the wireless communication device is registered for non-emergency services with the IMS server; releasing existing packet data network, PDN, connections via the untrusted WLAN; obtaining an Internet Protocol, IP, address for an evolved packet data gateway, ePDG, that supports emergency services; sending to the ePDG an IKEv2 CFG REQUEST message that includes in its configuration payload an indication for emergency services to establish a PDN connection with the ePDG; receiving from the ePDG an IKEv2 CFG REPLY message that includes in its configuration payload an indication of support for emergency services to establish the PDN connection with the ePDG; and establishing the PDN connection with the ePDG without authentication of the wireless communication device. detecting a request to establish the emergency services connection via the untrusted WLAN; de-registering from an Internet Protocol Multimedia Subsystem, IMS, server for non-emergency services when the wireless communication device is registered for non-emergency services with the IMS server; releasing existing packet data network, PDN, connections via the untrusted WLAN; obtaining an Internet Protocol, IP, address for an evolved packet data gateway, ePDG, that supports emergency services; sending to the ePDG an IKEv2 CFG REQUEST message that includes in its configuration payload an indication for emergency services to establish a PDN connection with the ePDG; receiving from the ePDG an IKEv2 CFG REPLY message that includes in its configuration payload an indication of support for emergency services to establish the PDN connection with the ePDG; and establishing the PDN connection with the ePDG without authentication of the wireless communication device.
A medical implant component comprising a composite biotextile, which biotextile comprises • A polyolefin fibrous construct comprises at least one strand with titer of 2-250 dtex, tensile strength of at least 10 cN/dtex and comprising high molar mass polyolefin fibers; and • A coating comprising a biocompatible and biostable polyurethane elastomer comprising a polysiloxane in soft segments and/or having at least one hydrophobic endgroup; wherein the polyurethane coating has been applied to at least part of the surface of the fibrous construct, and is present in an amount of 2.5-90 mass% based on composite biotextile. • A polyolefin fibrous construct comprises at least one strand with titer of 2-250 dtex, tensile strength of at least 10 cN/dtex and comprising high molar mass polyolefin fibers; and • A coating comprising a biocompatible and biostable polyurethane elastomer comprising a polysiloxane in soft segments and/or having at least one hydrophobic endgroup;
A wind-based power generating system comprising: a wind turbine for converting wind energy into another form of energy; and a shroud having a ring-like shape having an airfoil cross-section and defining an interior volume for containing a lighter-than-air gas, the shroud including a central opening oriented along a longitudinal axis of the shroud, and the shroud configured to produce an asymmetric moment of left and right lateral sections thereof, which asymmetric moment yields a restoring moment that automatically orients the longitudinal axis of the shroud substantially optimally relative to a prevailing wind direction, wherein the shroud defines a top airfoil section, a bottom airfoil section, a high pressure surface, a low pressure surface and a chord, with the high-pressure surface being oriented towards the shroud exterior and the low pressure surface being oriented towards the shroud interior and the chord being oriented in the direction of an air flow through the shroud at a geometric angle of attack (α geometrical) equal to or greater than 0, and wherein the airfoil sectional thickness is in the range of from approximately 12% to approximately 30%, while the chord/radius ratio is approximately 1-5. a wind turbine for converting wind energy into another form of energy; and a shroud having a ring-like shape having an airfoil cross-section and defining an interior volume for containing a lighter-than-air gas, the shroud including a central opening oriented along a longitudinal axis of the shroud, and the shroud configured to produce an asymmetric moment of left and right lateral sections thereof, which asymmetric moment yields a restoring moment that automatically orients the longitudinal axis of the shroud substantially optimally relative to a prevailing wind direction, wherein the shroud defines a top airfoil section, a bottom airfoil section, a high pressure surface, a low pressure surface and a chord, with the high-pressure surface being oriented towards the shroud exterior and the low pressure surface being oriented towards the shroud interior and the chord being oriented in the direction of an air flow through the shroud at a geometric angle of attack (α geometrical) equal to or greater than 0, and wherein the airfoil sectional thickness is in the range of from approximately 12% to approximately 30%, while the chord/radius ratio is approximately 1-5.
Packaging unit (2, 102, 202, 302) from a moulded pulp material for products like eggs, comprising: - a cover part comprising top, front, side and rear surfaces; and - a bottom part comprising a number of compartments for individual products, and a number of cones that are positioned between adjacent compartments; wherein the bottom part comprising a number of ribs extending between at least some of the compartments, characterized in that the bottom part further comprises a groove between adjacent compartments, and wherein each groove is configured to receive part of the ribs of another similar packaging unit in a stack of packaging units. - a cover part comprising top, front, side and rear surfaces; and - a bottom part comprising a number of compartments for individual products, and a number of cones that are positioned between adjacent compartments;
A nonwoven composite comprising: a first nonwoven web containing a plurality of fibers formed from a first polyolefin composition, wherein the first polyolefin composition contains at least one ethylene polymer; and a second nonwoven web positioned adjacent to the first nonwoven web, the second nonwoven web containing a plurality of fibers formed from a second polyolefin composition, wherein the second polyolefin composition contains at least one rigid propylene polymer, at least one ductile propylene polymer, and at least one fatty acid derivative; wherein the rigid propylene polymer has a modulus of elasticity of from about 800 to about 4,000 MPa, as determined in accordance with ASTM D638-10; and wherein the ductile propylene polymer has a modulus of elasticity of from about 1 to about 500 MPa, as determined in accordance with ASTM D638-10. a first nonwoven web containing a plurality of fibers formed from a first polyolefin composition, wherein the first polyolefin composition contains at least one ethylene polymer; and a second nonwoven web positioned adjacent to the first nonwoven web, the second nonwoven web containing a plurality of fibers formed from a second polyolefin composition, wherein the second polyolefin composition contains at least one rigid propylene polymer, at least one ductile propylene polymer, and at least one fatty acid derivative; wherein the rigid propylene polymer has a modulus of elasticity of from about 800 to about 4,000 MPa, as determined in accordance with ASTM D638-10; and wherein the ductile propylene polymer has a modulus of elasticity of from about 1 to about 500 MPa, as determined in accordance with ASTM D638-10.
Expandable methyl methacrylate resin particles comprising: a base resin including, as constitutional units, a methyl methacrylate unit and an acrylic ester unit; and a blowing agent, a content of the methyl methacrylate unit being not less than 91 parts by weight and not more than 99 parts by weight and a content of the acrylic ester unit being not less than 1 part by weight and not more than 9 parts by weight, relative to 100 parts by weight of a total content of the methyl methacrylate unit and the acrylic ester unit in the base resin, the expandable methyl methacrylate resin particles having (a) an average particle diameter of 0.6 mm to 1.0 mm and (b) a particle diameter variation coefficient of not more than 20%, wherein the average particle diameter and the particle diameter variation coefficient are determined according to the methods mentioned in the specification. a base resin including, as constitutional units, a methyl methacrylate unit and an acrylic ester unit; and a blowing agent, a content of the methyl methacrylate unit being not less than 91 parts by weight and not more than 99 parts by weight and a content of the acrylic ester unit being not less than 1 part by weight and not more than 9 parts by weight, relative to 100 parts by weight of a total content of the methyl methacrylate unit and the acrylic ester unit in the base resin, the expandable methyl methacrylate resin particles having (a) an average particle diameter of 0.6 mm to 1.0 mm and (b) a particle diameter variation coefficient of not more than 20%, wherein the average particle diameter and the particle diameter variation coefficient are determined according to the methods mentioned in the specification.
Planar inductive unit having at least one operating frequency, comprising: at least one inductor winding having a first width and a center and being arranged in a first plane, and at least one ground path having a first section extending in the first plane, characterised by at least a second section with a second width extending in at least a second plane, the second width of the second section of the ground path and/or an offset of the second section of the ground path from the center of the at least one inductor winding is selected such that the mutual inductance (Msg) of the at least one winding and the ground path equals a negative inductance (Lg) of the ground path at the at least one operating frequency. at least one inductor winding having a first width and a center and being arranged in a first plane, and at least one ground path having a first section extending in the first plane, characterised by at least a second section with a second width extending in at least a second plane, the second width of the second section of the ground path and/or an offset of the second section of the ground path from the center of the at least one inductor winding is selected such that the mutual inductance (Msg) of the at least one winding and the ground path equals a negative inductance (Lg) of the ground path at the at least one operating frequency.
A method of operating a server to evaluate an attribute of a point of interest, comprising: obtaining position data (154,156,158) representative of the variation in position of a plurality of remote devices (4a-4e) over time, each remote device being associated with a user; associating a region with the point of interest; and determining the users entering the region from a comparison of the obtained position data (154,156,158) with position data defining the associated region, characterised by: the region having a shape and/or size in dependence on the nature of the goods and/or services at the point of interest, and the method further comprising: evaluating the attribute for the point of interest according to at least one of: the number of users entering the associated region; the speed in the associated region of each user entering the associated region; and the length of time spent in the associated region for each user entering the associated region; and sending the attribute from the server to a remote device (4a-4e) for display to a user. obtaining position data (154,156,158) representative of the variation in position of a plurality of remote devices (4a-4e) over time, each remote device being associated with a user; associating a region with the point of interest; and determining the users entering the region from a comparison of the obtained position data (154,156,158) with position data defining the associated region, characterised by: the region having a shape and/or size in dependence on the nature of the goods and/or services at the point of interest, and the method further comprising: evaluating the attribute for the point of interest according to at least one of: the number of users entering the associated region; the speed in the associated region of each user entering the associated region; and the length of time spent in the associated region for each user entering the associated region; and sending the attribute from the server to a remote device (4a-4e) for display to a user. the region having a shape and/or size in dependence on the nature of the goods and/or services at the point of interest, and the method further comprising: evaluating the attribute for the point of interest according to at least one of: the number of users entering the associated region; the speed in the associated region of each user entering the associated region; and the length of time spent in the associated region for each user entering the associated region; and sending the attribute from the server to a remote device (4a-4e) for display to a user. evaluating the attribute for the point of interest according to at least one of: the number of users entering the associated region; the speed in the associated region of each user entering the associated region; and the length of time spent in the associated region for each user entering the associated region; and sending the attribute from the server to a remote device (4a-4e) for display to a user.
A rear pre-crash system, RPCS, of a subject vehicle comprising a judgement logic adapted to trigger an RPCS warning signal in response to a detected radar signal reflected by a target vehicle approaching the subject vehicle from behind, wherein said judgement logic is configured to modify the triggering of the RPCS warning signal in detected specific traffic scenarios, characterized in that the judgement logic is adapted to suppress the RPCS warning signal, if the distance between the subject vehicle and the target vehicle is smaller than a threshold distance (D < DTH) and the relative velocity is smaller than a threshold relative velocity (VR < VRTH) and if the acceleration (aTV) of the target vehicle is smaller than a threshold acceleration (aTV < aTH).
A battery comprising: a winding-type power generating element formed by winding a band-shaped electrode sheet (S1, S2) and a separator; a battery outer covering including a box-shaped outer covering main body, having an open portion, and a lid body, for closing the open portion, to house the power generating element; an external terminal disposed outside the battery outer covering; and a current collecting member disposed in the battery outer covering, fixed to the lid body, and electrically connected to the power generating element and the external terminal, wherein the current collecting member includes a pair of pinching pieces (52a, 52b) for pinching end portion of the electrode sheet (S1, S2) and is electrically connected to the power generating element by using the pair of pinching pieces (52a, 52b), wherein the power generating element includes a winding core having rigidity at a winding center and at least one end of the winding core is supported on an inner wall face of the outer covering main body. a winding-type power generating element formed by winding a band-shaped electrode sheet (S1, S2) and a separator; a battery outer covering including a box-shaped outer covering main body, having an open portion, and a lid body, for closing the open portion, to house the power generating element; an external terminal disposed outside the battery outer covering; and a current collecting member disposed in the battery outer covering, fixed to the lid body, and electrically connected to the power generating element and the external terminal, wherein the current collecting member includes a pair of pinching pieces (52a, 52b) for pinching end portion of the electrode sheet (S1, S2) and is electrically connected to the power generating element by using the pair of pinching pieces (52a, 52b), wherein the power generating element includes a winding core having rigidity at a winding center and at least one end of the winding core is supported on an inner wall face of the outer covering main body.
A method of controlling combustion for an internal combustion engine with at least one cylinder, at each of which at least one spark providing device for ignition is provided, wherein, in connection to a start procedure of the engine, the engine is operated in a controlled self-ignition mode comprising at least one controlled combustion without spark ignition, characterised in that, before the controlled self-ignition mode, a throttle valve of the engine is controlled so as to assume a not fully open position being less than twenty percent open.
A treatment device (104; 800; 810) for removing heat from subcutaneous lipid-rich cells of a subject having skin, comprising: a vacuum device having a wall defining a reservoir configured to receive the subject's skin and subcutaneous tissue under vacuum, the subcutaneous tissue comprising lipid-rich cells, wherein the vacuum device is configured to provide mechanical energy to the lipid-rich cells by alternating between different vacuum levels inside the reservoir to massage the tissue, and wherein the different vacuum levels are greater than 3386.39 Pa (one inch of mercury); and two treatment units (408a; 408b) affixed to the vacuum device, for transferring heat to/from the subject, the treatment units having a heat exchanging interface and a thermoelectric cooler, characterised in that the treatment units (408a; 408b) are positioned at opposite sides of said reservoir. a vacuum device having a wall defining a reservoir configured to receive the subject's skin and subcutaneous tissue under vacuum, the subcutaneous tissue comprising lipid-rich cells, wherein the vacuum device is configured to provide mechanical energy to the lipid-rich cells by alternating between different vacuum levels inside the reservoir to massage the tissue, and wherein the different vacuum levels are greater than 3386.39 Pa (one inch of mercury); and two treatment units (408a; 408b) affixed to the vacuum device, for transferring heat to/from the subject, the treatment units having a heat exchanging interface and a thermoelectric cooler, characterised in that the treatment units (408a; 408b) are positioned at opposite sides of said reservoir.
A negative-pressure sponge system comprising - a negative-pressure sponge unit for use in a human or animal body, comprising a fluid collecting element (10, 10a, 30) in the form of a sponge unit and a fluid communication element in the form of a drainage tube, which is at least partially arranged in the fluid collecting element and connected to the fluid collecting element (10, 10a, 30) such that fluid is conducted, wherein the fluid collecting element (10, 10a, 30) comprises a channel for guiding a guide element through the fluid collecting element, in order to guide the fluid collecting element along the guide element and into position, and - a guide element, in particular a guide wire, and/or a treatment element, in particular a probe unit and/or an endoscope, characterised in that the fluid communication element is placed in the fluid collecting element (10, 10a, 30) at a distance from the channel for guiding the guide element and/or the treatment element, and in that a vacuum pump is provided which is connected to the fluid communication element in a fluid-conducting manner, and which is designed to apply a negative pressure of up to 200 mmHg to the fluid collecting element. - a negative-pressure sponge unit for use in a human or animal body, comprising a fluid collecting element (10, 10a, 30) in the form of a sponge unit and a fluid communication element in the form of a drainage tube, which is at least partially arranged in the fluid collecting element and connected to the fluid collecting element (10, 10a, 30) such that fluid is conducted, wherein the fluid collecting element (10, 10a, 30) comprises a channel for guiding a guide element through the fluid collecting element, in order to guide the fluid collecting element along the guide element and into position, and - a guide element, in particular a guide wire, and/or a treatment element, in particular a probe unit and/or an endoscope,
Machine frame for a roller press, comprising an axial frame for absorbing axial forces generated during operation and at least two radial frames for absorbing radial forces generated during operation, the elements of the radial frame which absorb the radial forces being elastically mounted in the machine frame, characterised in that the long sides of the radial frame comprise a belt system (31, 32) which has at least one upper belt or one lower belt, and the short sides of the radial frame comprise vertical struts which are arranged in pairs, the radial forces being directed to the belts (311, 321) of the belt system (31, 32) via the vertical struts, and the belts (311, 321) of the belt system (31, 32) being elastically mounted in elastic damping elements.