mhurhangee/ep-ind-claims huggingface dataset:
Glass guide seal arrangement (1; 3) for the upper side of a window opening of a motor vehicle, comprising a bearing structure shaped like an inverted channel, which is provided in said upper side of the window opening and which defines a downwardly open recess or receptacle, between two opposite side walls (4, 5); and a seal comprising a profile member of an elastomeric or thermoplastic material, whose cross section includes two anchoring terminal portions (8, 9) intended to mate with the lower edges of the side walls (4, 5) of said bearing structure, and an intermediate portion, likewise shaped as an inverted channel, intended to be positioned in said recess or receptacle and having a terminal buffer wall the ends of which join with respective, opposite, side walls (12, 13), between which a movable glass window pane can extend, the upper edge of which in the nominal closed position extends adjacent to said terminal buffer wall; said side walls (12, 13) of the intermediate portion having respective portions or parts (12a, 13a) which have a reduced cross section; characterized in that the arrangement (1; 3) is such that when, in use, the upper edge of the glass window pane goes beyond the nominal closed position and urges said terminal buffer wall upwards, said portions or parts of reduced cross section (12a, 13a) are mainly stressed in traction, extend resiliently like springs and allow an increased resilient extension of the intermediate portion of the seal.
Arrangement of an electrical terminal strip and a stationary receptacle for one end of the terminal strip, which end is formed by an end side of the terminal strip, wherein the terminal strip, in the region of the end side of the terminal strip, is mounted in the receptacle such that it can be inserted, and the terminal strip, with respect to its insertion direction, in the region of a front side, has a plurality of contacts for being plug-mounted onto electrical bars during insertion of the terminal strip, and the terminal strip has, in the region of this end of the terminal strip, electrical outgoers laterally in the insertion direction, which electrical outgoers are in the form of plug-in contacts, and an adapter which is provided with electrical contacts on the terminal strip side, and the adapter is provided with electrical outgoers which are electrically connected to the electrical contacts of the adapter, wherein the adapter is arranged so as to face the end side of the terminal strip, and the plug-in contacts of the terminal strip are arranged in the region of the end side of the terminal strip, and the electrical contacts of the adapter are arranged on that side of the adapter which faces the end side of the terminal strip, characterized in that the stationary receptacle accommodates the adapter, wherein the plug-in contacts are plug-mounted onto the electrical contacts of the adapter during insertion of the terminal strip.
Method for determining a state of ageing of a battery, in particular a lithium-ion battery, comprising the steps: detecting at least one section of a characteristic curve of the battery at a first point in time, establishing and/or determining at least one significant portion or point in the section of the characteristic curve of the battery, detecting the corresponding significant portion or point in the section of the characteristic curve of the battery at a second point in time after the first point in time, determining a measure of the change of the significant portion or point in the section of the characteristic curve of the battery at the first and second points in time (t1, t2), wherein the measure of the change is representative of an extent of the change in the significant portion or point in the section of the characteristic curve of the battery at the first and second points in time (t1, t2), and generating a measure of the ageing that is representative of a state of ageing of the battery on the basis of the measure of the change. detecting at least one section of a characteristic curve of the battery at a first point in time, establishing and/or determining at least one significant portion or point in the section of the characteristic curve of the battery, detecting the corresponding significant portion or point in the section of the characteristic curve of the battery at a second point in time after the first point in time, determining a measure of the change of the significant portion or point in the section of the characteristic curve of the battery at the first and second points in time (t1, t2), wherein the measure of the change is representative of an extent of the change in the significant portion or point in the section of the characteristic curve of the battery at the first and second points in time (t1, t2), and generating a measure of the ageing that is representative of a state of ageing of the battery on the basis of the measure of the change.
A medical system comprising: a medical instrument including a shaft coupled to a grip (27a, 27b) adapted to be grasped by a user, an end effector located at a distal end of the shaft, a moving joint adapted for adjusting an angle of the end effector relative to the shaft, and a driver adapted for driving the moving joint; a trocar having an insertion opening adapted for insertion of the medical instrument therethrough; a sensor assembly adapted for producing a sensor signal including at least an angle of the shaft in a reference coordinate system; a direction input portion adapted to produce an operation signal based on operation of the direction input portion by a practitioner; and a controller adapted to enable a follow-up mode for driving the driver such that, based on the sensor signal produced out of a sensor of the sensor assembly, the angle of the end effector traces up a follow-up criterion set relative to the reference coordinate system and the controller is adapted to enable an operation mode for driving the driver based on an operation signal from the direction input portion such that the driver is driven to adjust the angle of the end effector, and changeover means are provided for making a changeover between the follow-up mode for implementing follow-up processing and the operation mode for implementing the operation mode. a medical instrument including a shaft coupled to a grip (27a, 27b) adapted to be grasped by a user, an end effector located at a distal end of the shaft, a moving joint adapted for adjusting an angle of the end effector relative to the shaft, and a driver adapted for driving the moving joint; a trocar having an insertion opening adapted for insertion of the medical instrument therethrough; a sensor assembly adapted for producing a sensor signal including at least an angle of the shaft in a reference coordinate system; a direction input portion adapted to produce an operation signal based on operation of the direction input portion by a practitioner; and a controller adapted to enable a follow-up mode for driving the driver such that, based on the sensor signal produced out of a sensor of the sensor assembly, the angle of the end effector traces up a follow-up criterion set relative to the reference coordinate system and the controller is adapted to enable an operation mode for driving the driver based on an operation signal from the direction input portion such that the driver is driven to adjust the angle of the end effector, and changeover means are provided for making a changeover between the follow-up mode for implementing follow-up processing and the operation mode for implementing the operation mode.
A multicarrier transmission apparatus that carries out radio communication by spreading a plurality of symbols in a frequency domain, the apparatus comprising: an acquisition section that acquires assignment presence/absence information indicating whether transmission power is assigned to each subcarrier or not; and an assignment section that assigns transmission power for subcarriers with no transmission power assigned, to subcarriers with transmission power assigned, based on said assignment presence/absence information acquired by said acquisition section; characterised in that said subcarriers assigned with no transmission power are a preset number of subcarriers which have relatively low reception quality for each of the plurality of symbols, among a predetermined number of subcarriers to which chips are respectively assigned, the chips being obtained by spreading each of the plurality of symbols with a predetermined spreading factor in the frequency domain. an acquisition section that acquires assignment presence/absence information indicating whether transmission power is assigned to each subcarrier or not; and an assignment section that assigns transmission power for subcarriers with no transmission power assigned, to subcarriers with transmission power assigned, based on said assignment presence/absence information acquired by said acquisition section;
An industrial truck with a driver's cab, which comprises a seat carrier which is detachably connected to at least one side wall of the driver's cab, which seat carrier can be fastened at two different heights at least to the at least one side wall and which carries a driver's seat for an operator, characterized by: a. a seat carrier detachably connected to two different side walls (26, 28) of the driver's cab, and b. a fastening means which is fastened to the two side walls (26, 28) of the driver's cab and which is configured such that the seat carrier can be fastened to the side walls at two different heights at least, wherein the fastening means comprises a first fastening means which has an insertion element protruding from the seat carrier, wherein one of the side walls (26, 28) comprises two receptacles (74a, 74b), provided at a different height, for the protruding insertion element, and the seat carrier has a cross member which is equipped at the end with a second fastening means which has a cross member fastening plate having fastening bores and the second of the two side walls (26, 28) comprises means for attaching the cross member fastening plate, wherein fastening bores and the means for attaching the cross member to the second side wall are arranged at different heights. a. a seat carrier detachably connected to two different side walls (26, 28) of the driver's cab, and b. a fastening means which is fastened to the two side walls (26, 28) of the driver's cab and which is configured such that the seat carrier can be fastened to the side walls at two different heights at least, wherein the fastening means comprises a first fastening means which has an insertion element protruding from the seat carrier, wherein one of the side walls (26, 28) comprises two receptacles (74a, 74b), provided at a different height, for the protruding insertion element, and the seat carrier has a cross member which is equipped at the end with a second fastening means which has a cross member fastening plate having fastening bores and the second of the two side walls (26, 28) comprises means for attaching the cross member fastening plate, wherein fastening bores and the means for attaching the cross member to the second side wall are arranged at different heights.
A method of treating a gaseous feed stream, comprising: providing a gaseous feed stream having a volume of oil therein, the volume of oil comprising oil droplets and oil vapor; treating a portion of the gaseous feed stream using a selective component removal system having at least one swing adsorption process unit to form a utility stream of a dry seal gas for use in a utility component comprising a dry seal, wherein the at least one swing adsorption process unit includes a structured adsorbent bed comprising a volume of high surface area solid adsorbent materials configured to remove oil droplets and oil vapor from the gaseous feed stream, and wherein the adsorbent materials have a structural relationship to each other such that the structural relationship is maintained even when the adsorbent materials are not contained in the at least one swing adsorption process unit, and wherein the gaseous feed stream to be treated is a high pressure process stream having a pressure of from 100 bar to 500 bar; regenerating the structured adsorbent bed of the at least one swing adsorption process unit in a calcination process; feeding the utility stream into the utility component, wherein the utility stream is compatible with the utility component; and utilizing the utility stream in the dry seal of the utility component. providing a gaseous feed stream having a volume of oil therein, the volume of oil comprising oil droplets and oil vapor; treating a portion of the gaseous feed stream using a selective component removal system having at least one swing adsorption process unit to form a utility stream of a dry seal gas for use in a utility component comprising a dry seal, wherein the at least one swing adsorption process unit includes a structured adsorbent bed comprising a volume of high surface area solid adsorbent materials configured to remove oil droplets and oil vapor from the gaseous feed stream, and wherein the adsorbent materials have a structural relationship to each other such that the structural relationship is maintained even when the adsorbent materials are not contained in the at least one swing adsorption process unit, and wherein the gaseous feed stream to be treated is a high pressure process stream having a pressure of from 100 bar to 500 bar; regenerating the structured adsorbent bed of the at least one swing adsorption process unit in a calcination process; feeding the utility stream into the utility component, wherein the utility stream is compatible with the utility component; and utilizing the utility stream in the dry seal of the utility component.
A power tool assembly comprising: a drop arm assembly movable along a drop path between a first drop arm assembly position whereat a portion of a shaping device supported by the drop arm assembly extends above a workpiece support surface and a second drop arm assembly position whereat the portion of the shaping device does not extend above the workpiece support surface; a cartridge that houses a first actuating device and a second actuating device, wherein the first and second actuating devices (310; 312) are joined by a bridge of the cartridge; an actuator housing configured to house the first actuating device at an active location at which a force from the first actuating device is transferred to the drop arm assembly when the drop arm assembly is at the first drop arm assembly position, the actuator housing including a slit extending from a first end portion of the actuator housing toward a second end portion of the actuator housing, wherein the bridge of the cartridge is received in the slit, so that the first actuating device is positioned at the active location and the second actuating device is positioned at an inactive location; and a control system configured such that when the first actuating device is housed within the actuator housing, the control system controls the first actuating device to transfer the force to the drop arm assembly when an unsafe condition is sensed. a drop arm assembly movable along a drop path between a first drop arm assembly position whereat a portion of a shaping device supported by the drop arm assembly extends above a workpiece support surface and a second drop arm assembly position whereat the portion of the shaping device does not extend above the workpiece support surface; a cartridge that houses a first actuating device and a second actuating device, wherein the first and second actuating devices (310; 312) are joined by a bridge of the cartridge; an actuator housing configured to house the first actuating device at an active location at which a force from the first actuating device is transferred to the drop arm assembly when the drop arm assembly is at the first drop arm assembly position, the actuator housing including a slit extending from a first end portion of the actuator housing toward a second end portion of the actuator housing, wherein the bridge of the cartridge is received in the slit, so that the first actuating device is positioned at the active location and the second actuating device is positioned at an inactive location; and a control system configured such that when the first actuating device is housed within the actuator housing, the control system controls the first actuating device to transfer the force to the drop arm assembly when an unsafe condition is sensed.
An apparatus for collecting medical data comprising: - a medical data collecting device; - an electronic archive; - a transmission device adapted to exchange data in digital format with a remote device; characterised in that it further comprises: - a counter device configured to count the number of medical data acquisitions performed by said collecting device; - an electronic control device connected to said collecting device, to said electronic archive, to said counter device to receive counting data (D1, D2) consisting in the calculation made by said counter device, to said transmission device and configured to transmit, to said electronic archive, medical data in digital format in a mode organised into at least five groups of said medical data, which comprise: ∘ first personal data relating to the operators of said apparatus; ∘ use data, relating to authorisations for use of said apparatus and comprising said counting data (D1, D2) associated with said operators; ∘ second personal data relating to the users of said apparatus; ∘ biological data in digital format; said control device also being configured to: - form packets of digital information, each comprising a plurality of data selected in a predefined manner from the data of said data groups; - transmit said data packets to a remote device by means of the transmission device. - a medical data collecting device; - an electronic archive; - a transmission device adapted to exchange data in digital format with a remote device; - a counter device configured to count the number of medical data acquisitions performed by said collecting device; - an electronic control device connected to said collecting device, to said electronic archive, to said counter device to receive counting data (D1, D2) consisting in the calculation made by said counter device, to said transmission device and configured to transmit, to said electronic archive, medical data in digital format in a mode organised into at least five groups of said medical data, which comprise: ∘ first personal data relating to the operators of said apparatus; ∘ use data, relating to authorisations for use of said apparatus and comprising said counting data (D1, D2) associated with said operators; ∘ second personal data relating to the users of said apparatus; ∘ biological data in digital format; ∘ first personal data relating to the operators of said apparatus; ∘ use data, relating to authorisations for use of said apparatus and comprising said counting data (D1, D2) associated with said operators; ∘ second personal data relating to the users of said apparatus; ∘ biological data in digital format; - form packets of digital information, each comprising a plurality of data selected in a predefined manner from the data of said data groups; - transmit said data packets to a remote device by means of the transmission device.
A method of modifying the rheology of an agricultural composition, the method comprising: providing an agricultural composition and a crosslinked hydrogel; blending a hydrogel in a liquid to produce a hydrogel solution; and adding the hydrogel solution to the agricultural composition, wherein the hydrogel solution modifies the rheology of the agricultural composition; wherein the crosslinked hydrogel comprises a sugar. providing an agricultural composition and a crosslinked hydrogel; blending a hydrogel in a liquid to produce a hydrogel solution; and adding the hydrogel solution to the agricultural composition, wherein the hydrogel solution modifies the rheology of the agricultural composition; wherein the crosslinked hydrogel comprises a sugar.
A nucleic acid molecule for use in treating cancer, wherein the nucleic acid molecule is directed against a gene encoding mouse double minute 2 homolog, wherein the nucleic acid molecule is an isolated double stranded nucleic acid molecule that includes a double stranded region and a single stranded region, wherein the region of the molecule that is double stranded is from 8-15 nucleotides long, wherein the nucleic acid molecule includes a guide strand and a passenger strand, wherein the guide strand contains a single stranded region that is 4-12 nucleotides long, wherein the single stranded region of the guide strand contains 3, 4, 5, 6, 7, 8, 9, 10, 11 or 12 phosphorothioate modifications, and wherein at least 40% of the nucleotides of the isolated double stranded nucleic acid molecule are modified, optionally, wherein the isolated double stranded nucleic acid molecule further comprises a hydrophobic conjugate that is attached to the isolated double stranded nucleic acid molecule, and wherein the nucleic acid molecule comprises at least 12 contiguous nucleotides of SEQ ID NO: 721 and SEQ ID NO: 746.
A connector comprising: a connector housing including a plurality of terminal housing chambers (3, 4) on a plurality of stages; and lances (13, 14) each being supported by a wall of the corresponding terminal housing chamber (3, 4), projecting into the terminal housing chamber (3, 4), and being configured to bend in a direction to retreat from the terminal housing chamber (3, 4) when a terminal is inserted into the terminal housing chamber (3, 4) and to recover from flexural deformation when the terminal is fully inserted into a regular insertion position; wherein the lances (13, 14) are supported by the bottom walls (11b, 12b) of the terminal housing chambers (3, 4), which are located on the same surface side; and each of the bottom walls (11b 12b) includes a cutout portion configured to avoid interference with the corresponding lance (13, 14) when the lance (13, 14) bends in the direction to retreat from the terminal housing chamber (3, 4) characterized in that: the terminal housing chambers (3, 4) on a lower one of the stages and the terminal housing chambers (3, 4) on an upper stage adjacent to the lower one of the stages are arranged in such a way as to be shifted from one another, so that upper end surfaces of side walls of the lower-stage terminal housing chambers (3, 4) are situated below the corresponding cutout portions of the bottom walls (11b, 12b) of the upper-stage terminal housing chambers (3, 4). a connector housing including a plurality of terminal housing chambers (3, 4) on a plurality of stages; and lances (13, 14) each being supported by a wall of the corresponding terminal housing chamber (3, 4), projecting into the terminal housing chamber (3, 4), and being configured to bend in a direction to retreat from the terminal housing chamber (3, 4) when a terminal is inserted into the terminal housing chamber (3, 4) and to recover from flexural deformation when the terminal is fully inserted into a regular insertion position; wherein the lances (13, 14) are supported by the bottom walls (11b, 12b) of the terminal housing chambers (3, 4), which are located on the same surface side; and each of the bottom walls (11b 12b) includes a cutout portion configured to avoid interference with the corresponding lance (13, 14) when the lance (13, 14) bends in the direction to retreat from the terminal housing chamber (3, 4) the terminal housing chambers (3, 4) on a lower one of the stages and the terminal housing chambers (3, 4) on an upper stage adjacent to the lower one of the stages are arranged in such a way as to be shifted from one another, so that upper end surfaces of side walls of the lower-stage terminal housing chambers (3, 4) are situated below the corresponding cutout portions of the bottom walls (11b, 12b) of the upper-stage terminal housing chambers (3, 4).