mhurhangee/ep-ind-claims huggingface dataset:
Attachment point for securing to an object which is to be secured or handled, comprising a lower part having a connection means for connecting the attachment point (1, 1.1) to an object which is to be secured or handled, and having a bearing bush and having an outer casing with spanner flats (15, 15.1) for applying a tool, as well as comprising an upper part, which can rotate relative to the lower part and which engages into the bearing bush of the lower part, and which has an eyelet element, wherein the lower part has a ring flange (12, 12.1), projecting in the radial direction relative to the spanner flats surfaces (15, 15.1), in the end section pointing towards the upper part, characterised in that the ring flange also projects relative to the edge section connecting two adjacent spanner flats which are arranged at an angle to one another.
A paging method, wherein the method is applicable to a terminal device, and comprises: receiving (502, 703, 803, 904) a first message from a first network device, wherein the first message comprises discontinuous reception, DRX, cycle information,, the DRX cycle information is used to configure a DRX cycle T UE used by the terminal device to receive a paging message; and receiving (503, 705, 805, 907) a paging message from a second network device based on the DRX cycle information; characterized in that the DRX cycle information is based on signal coverage cycle information, and the signal coverage cycle information indicates a signal coverage cycle of a second network device running along an orbit around the earth in an orbital period, which is a duration for which the second network device runs along the orbit for one circle, wherein a signal coverage for the terminal device is provided by the second network device and occurs periodically. receiving (502, 703, 803, 904) a first message from a first network device, wherein the first message comprises discontinuous reception, DRX, cycle information,, the DRX cycle information is used to configure a DRX cycle T UE used by the terminal device to receive a paging message; and receiving (503, 705, 805, 907) a paging message from a second network device based on the DRX cycle information; characterized in that the DRX cycle information is based on signal coverage cycle information, and the signal coverage cycle information indicates a signal coverage cycle of a second network device running along an orbit around the earth in an orbital period, which is a duration for which the second network device runs along the orbit for one circle, wherein a signal coverage for the terminal device is provided by the second network device and occurs periodically.
A surgical buttress for use in a surgical stapling apparatus, the surgical buttress comprising: an elongate rectangular body portion defining a width; a neck portion integrally formed with and extending from a distal end of the body portion, the neck portion defining a width; a head portion integrally formed with and connected to a distal end of the neck portion, the head portion defining a width; and a tail portion integrally formed with and extending from a proximal end of the body portion, the tail portion defining a width, wherein the width of the tail portion is less than the width of the body portion, and the surgical buttress is formed from a material having filaments; wherein the width of the neck portion is less than the width of the body portion; characterised in that the width of the neck portion is more than one-half the width of the body portion. an elongate rectangular body portion defining a width; a neck portion integrally formed with and extending from a distal end of the body portion, the neck portion defining a width; a head portion integrally formed with and connected to a distal end of the neck portion, the head portion defining a width; and a tail portion integrally formed with and extending from a proximal end of the body portion, the tail portion defining a width,
Method for inspecting a geometry, the geometry being a weld joint having a surface, which method uses an inspection device having a digital image capturing means and a shape scanning means, which method comprises the steps of a) orienting the inspection device in a first orientation in relation to the surface; b) depicting the surface using said image capturing means to produce a first image; c) measuring a shape of a first part of said geometry using said shape scanning means to produce a first shape; d) moving the inspection device to a second orientation in relation to the surface, which second orientation is not the same as the first orientation; e) depicting the surface using said image capturing means to produce a second image; f) measuring a second part of said geometry using said shape scanning means to produce a second shape; g) using digital image processing based on said first and second images, determining a geometric orientation difference between said first and second orientations, the determining comprising the calculation of a maximum value for a correlation between said first and second images when varying a translational relative position of said first and second images; h) based on said geometric orientation difference, determining a geometric relation between the first and second shapes; and i) producing a data representation of said geometry based on said first shape, said second shape and said geometric relation. a) orienting the inspection device in a first orientation in relation to the surface; b) depicting the surface using said image capturing means to produce a first image; c) measuring a shape of a first part of said geometry using said shape scanning means to produce a first shape; d) moving the inspection device to a second orientation in relation to the surface, which second orientation is not the same as the first orientation; e) depicting the surface using said image capturing means to produce a second image; f) measuring a second part of said geometry using said shape scanning means to produce a second shape; g) using digital image processing based on said first and second images, determining a geometric orientation difference between said first and second orientations, the determining comprising the calculation of a maximum value for a correlation between said first and second images when varying a translational relative position of said first and second images; h) based on said geometric orientation difference, determining a geometric relation between the first and second shapes; and i) producing a data representation of said geometry based on said first shape, said second shape and said geometric relation.
A tourniquet apparatus for measuring a patient's limb occlusion pressure, comprising: an inflatable tourniquet cuff for encircling a limb at a location; a tourniquet instrument releasably connectable to the cuff and including a pressure sensing means for producing a cuff pressure signal indicative of the level of pressure in the cuff, a pressure regulation means (48, 54) communicating with the cuff and responsive to the cuff pressure signal for regulating the pressure in the cuff near a reference pressure level, a blood flow transducer adapted for applying to a portion of the limb distal to the cuff to produce a blood flow signal that is indicative of blood flow in the portion, wherein the apparatus is characterised by comprising: a limb occlusion pressure means responsive to the blood flow signal and the cuff pressure signal and operable for detecting arterial pulsations of blood flow, operable for increasing the reference pressure level by an incremental pressure level shortly after the detection of an arterial pulsation of blood flow and thus in synchrony with the arterial pulsations and operable for producing a limb occlusion pressure value indicative of the lowest level of pressure in the cuff at which the magnitude (306, 308, 310) of the arterial pulsations is less than a minimum detection threshold. an inflatable tourniquet cuff for encircling a limb at a location; a tourniquet instrument releasably connectable to the cuff and including a pressure sensing means for producing a cuff pressure signal indicative of the level of pressure in the cuff, a pressure regulation means (48, 54) communicating with the cuff and responsive to the cuff pressure signal for regulating the pressure in the cuff near a reference pressure level, a blood flow transducer adapted for applying to a portion of the limb distal to the cuff to produce a blood flow signal that is indicative of blood flow in the portion, wherein the apparatus is characterised by comprising: a limb occlusion pressure means responsive to the blood flow signal and the cuff pressure signal and operable for detecting arterial pulsations of blood flow, operable for increasing the reference pressure level by an incremental pressure level shortly after the detection of an arterial pulsation of blood flow and thus in synchrony with the arterial pulsations and operable for producing a limb occlusion pressure value indicative of the lowest level of pressure in the cuff at which the magnitude (306, 308, 310) of the arterial pulsations is less than a minimum detection threshold. a limb occlusion pressure means responsive to the blood flow signal and the cuff pressure signal and operable for detecting arterial pulsations of blood flow, operable for increasing the reference pressure level by an incremental pressure level shortly after the detection of an arterial pulsation of blood flow and thus in synchrony with the arterial pulsations and operable for producing a limb occlusion pressure value indicative of the lowest level of pressure in the cuff at which the magnitude (306, 308, 310) of the arterial pulsations is less than a minimum detection threshold.
A portable roller press comprising: a base frame having a pair of opposing stanchions; a drive roller assembly including an upper roller and a lower roller, wherein said upper roller and lower roller extend between and are rotatably mounted to said stanchions; characterized by at least one wing hingedly coupled to said base frame, said wing being selectively movable between open and closed positions; an idler roller rotatably mounted to said wing; and wherein said wing includes a recessed portion that at least partially encloses said drive roller assembly when said wing is in a generally closed position. a base frame having a pair of opposing stanchions; a drive roller assembly including an upper roller and a lower roller, wherein said upper roller and lower roller extend between and are rotatably mounted to said stanchions; characterized by at least one wing hingedly coupled to said base frame, said wing being selectively movable between open and closed positions; an idler roller rotatably mounted to said wing; and wherein said wing includes a recessed portion that at least partially encloses said drive roller assembly when said wing is in a generally closed position.
An implant comprising: (a) a bone engaging portion positioned at the distal end of the implant, said bone engaging portion comprising: a longitudinally extending distal portion; and an adjoining region positioned at the proximal end of the longitudinally extending distal portion; (b) a transmucosal portion positioned at the proximal end of the adjoining region; and (c) an abutment portion positioned at the proximal end of the transmucosal portion, wherein the exterior surface of the longitudinally extending distal portion comprises a conformal cell structure; wherein the exterior surface of the abutment portion is polished; wherein a portion of the exterior surface of the adjoining region comprises a roughened surface and a portion of the exterior surface of the adjoining region comprises a polished finish at the proximal end of the adjoining region; and wherein the exterior surface of the transmucosal portion comprises a plurality of micro holes. (a) a bone engaging portion positioned at the distal end of the implant, said bone engaging portion comprising: a longitudinally extending distal portion; and an adjoining region positioned at the proximal end of the longitudinally extending distal portion; a longitudinally extending distal portion; and an adjoining region positioned at the proximal end of the longitudinally extending distal portion; (b) a transmucosal portion positioned at the proximal end of the adjoining region; and (c) an abutment portion positioned at the proximal end of the transmucosal portion,
A multilayer structure comprising: a polymer layer which consists of a maleic anhydride functionalized polyolefin applied to a metal containing layer; wherein the maleic anhydride functionalized polyolefin layer is formed from a blend of a maleic anhydride functionalized polyolefin and one or more non-functionalised polyolefins; wherein the one or more polyolefins are selected from the group consisting of polyethylene; wherein the total maleic anhydride functionalized polyolefin comprises from 0.01 to 2 wt% units derived from maleic anhydride; and wherein the polymer layer is formed from a polyethylene which has been post reactor functionalized with maleic anhydride. a polymer layer which consists of a maleic anhydride functionalized polyolefin applied to a metal containing layer; wherein the maleic anhydride functionalized polyolefin layer is formed from a blend of a maleic anhydride functionalized polyolefin and one or more non-functionalised polyolefins; wherein the one or more polyolefins are selected from the group consisting of polyethylene; wherein the total maleic anhydride functionalized polyolefin comprises from 0.01 to 2 wt% units derived from maleic anhydride; and wherein the polymer layer is formed from a polyethylene which has been post reactor functionalized with maleic anhydride.
A method comprising: providing a near and a far memory coupled to a processor, wherein said near memory is faster than said far memory and said near memory is backed by said far memory, said near memory being organized into near memory pages of an allocated near memory page size; upon eviction from a render cache, compressing data to be stored in said near memory using a codec, wherein by compressing cache lines in the near memory are compressed down to a multiple of sub-blocks of a given size and are stored in a buffer between said codec and said near memory, wherein said buffer is arranged to store data as groups of contiguouslv addressed near memorv pages called compaction page groups, a compaction page group size being a multiple of the allocated near memory page size, upon eviction of a compaction page group from said buffer, compacting the compressed cache lines in said compaction page group, wherein by compacting said compressed cache lines are coalesced to fit into a fewer number of near memory pages and are sent to the near memory in a contiguous chunk. providing a near and a far memory coupled to a processor, wherein said near memory is faster than said far memory and said near memory is backed by said far memory, said near memory being organized into near memory pages of an allocated near memory page size; upon eviction from a render cache, compressing data to be stored in said near memory using a codec, wherein by compressing cache lines in the near memory are compressed down to a multiple of sub-blocks of a given size and are stored in a buffer between said codec and said near memory, wherein said buffer is arranged to store data as groups of contiguouslv addressed near memorv pages called compaction page groups, a compaction page group size being a multiple of the allocated near memory page size, upon eviction of a compaction page group from said buffer, compacting the compressed cache lines in said compaction page group, wherein by compacting said compressed cache lines are coalesced to fit into a fewer number of near memory pages and are sent to the near memory in a contiguous chunk.
A microelectromechanical systems, MEMS, gyroscope, comprising: a substrate; a proof mass suspended above the substrate and comprising an array of enclosed openings; and an array of out-of-plane quadrature trim electrodes on the substrate, separated from the proof mass in a direction normal to the proof mass, and laterally positioned to overlap interior edges of the proof mass at the array of openings, wherein the array of out-of-plane quadrature trim electrodes comprises pairs of out-of-plane quadrature trim electrodes, whereby each opening of the array of enclosed openings has a pair of underlying out-of-plane quadrature trim electrodes. a substrate; a proof mass suspended above the substrate and comprising an array of enclosed openings; and an array of out-of-plane quadrature trim electrodes on the substrate, separated from the proof mass in a direction normal to the proof mass, and laterally positioned to overlap interior edges of the proof mass at the array of openings, wherein the array of out-of-plane quadrature trim electrodes comprises pairs of out-of-plane quadrature trim electrodes, whereby each opening of the array of enclosed openings has a pair of underlying out-of-plane quadrature trim electrodes.
Device for sorting parcels, comprising a sorting conveyor, sorting outlets distributed along said conveyor and a control unit which is capable of controlling the sorting conveyor for sorting the parcels in the sorting outlets on the basis of a certain piece of parcel sorting information, each sorting outlet being arranged to store a plurality of sorting receptacles each associated with a piece of parcel sorting information in the memory of the control unit, characterized in that the device also comprises, at each sorting outlet, a device for permutating receptacles comprising a shaft which is rotatable about a first horizontal axis of rotation, the shaft being provided with supports which are each designed to store and vertically rotate about the first axis of rotation a receptacle for parcels, and in that the control unit controls the permutation device for immobilizing a receptacle of which the piece of parcel sorting information associated in the memory of the control unit corresponds to the piece of information regarding sorting the current parcel to be sorted, into a filling position in which the receptacle is positioned under the sorting outlet for receiving a parcel.
Floating surface skimmer comprising a floating body and a capture device for absorbing and collecting impurities floating on a water surface, wherein the capture device comprises a catching lip, a collecting portion for collecting captured impurities, and an ascent connected to the collecting portion and the floating body, characterized in that the collecting portion is connected to the catching lip and the ascent is connected to the collecting portion such that along a path from the outer edge of the catching lip via the collecting portion into the ascent the surface skimmer comprises a surface profile which firstly increases, then declines and subsequently increases again, and wherein the capture device is partially permeable to water.
A method for collecting use and attendance data of an athlete at sports facilities by means of a smart phone carried by said athlete, characterized in that said sports facilities are provided with active WLAN (Wireless Local Area Network) nodes via which identification data are sent; in that one of said active WLAN nodes which is located within a close enough distance for registration is registered via an application program of said smart phone; in that said identification data of the registered WLAN node are sent to the smart phone; in that said identification data are transferred via the smart phone to a server where they are stored and assigned to said athlete; and in that said use and attendance data of said athlete are collected based on the active WLAN nodes registered by the smart phone and can be retrieved by the athlete.
A mobile device for measuring at least one electrical biosignal, the device comprising a first input and a second input, a measuring circuit part for providing an output signal indicating the electrical biosignal to be measured, the measuring circuit part comprising a first input and a second input, a charging circuit part for charging a rechargeable battery inserted in the device, the charging circuit part comprising a first input and a second input, and a microcontroller arranged to execute a firmware arranged to control operations in the mobile device, and that the first input of the charging circuit part is combined with the first input of the measuring circuit part, the first input of the measuring circuit part and the first input of the charging circuit part being connected to the first input of the mobile device, and the second input of the charging circuit part is combined with the second input of the measuring circuit part, the second input of the measuring circuit part and the second input of the charging circuit part being connected to the second input of the mobile device and that the charging circuit part comprises a switching element for switching the charging circuit part to a low-impedance on-state for charging the rechargeable battery inserted in the mobile device and to a high-impedance off-state for the measurement of the at least one electrical biosignal, characterized in that the charging circuit part is arranged to provide a reset signal the state of which is arranged to change when the mobile device is connected to a battery charger device, the reset signal being used to reset and/or stop the microcontroller. a measuring circuit part for providing an output signal indicating the electrical biosignal to be measured, the measuring circuit part comprising a first input and a second input, a charging circuit part for charging a rechargeable battery inserted in the device, the charging circuit part comprising a first input and a second input, and a microcontroller arranged to execute a firmware arranged to control operations in the mobile device, and that the first input of the charging circuit part is combined with the first input of the measuring circuit part, the first input of the measuring circuit part and the first input of the charging circuit part being connected to the first input of the mobile device, and the second input of the charging circuit part is combined with the second input of the measuring circuit part, the second input of the measuring circuit part and the second input of the charging circuit part being connected to the second input of the mobile device and that the charging circuit part comprises a switching element for switching the charging circuit part to a low-impedance on-state for charging the rechargeable battery inserted in the mobile device and to a high-impedance off-state for the measurement of the at least one electrical biosignal, characterized in that the charging circuit part is arranged to provide a reset signal the state of which is arranged to change when the mobile device is connected to a battery charger device, the reset signal being used to reset and/or stop the microcontroller.