mhurhangee/ep-ind-claims huggingface dataset:
Shift securing device for a multi-speed manual gearbox which is shiftable via a shift shaft which is arranged axially parallel to the transmission shafts (2, 3, 5) and which is mounted axially displaceably and rotatably about its longitudinal axis and is selectively couplable in each case via an assigned shift finger (16, 17, 18, 19) to at least one shift fork (7, 9) and/or shift rocker (11, 13) guided on a shift rod (6, 8), with a locking body which is detained axially, fixed with respect to the housing, and is rotatable together with the shift shaft and on which locking elements (42, 43, 44, 45) for the positive detention of a non-coupled shift fork (7, 9) or shift rocker (11, 13) are arranged, the locking body being designed as a box frame with at least two crossmembers (28, 29) and two longitudinal members (30, 31), which box frame has in each case a bearing bore (32, 33) arranged in the crossmembers (28, 29), in which bearing bores the shift shaft is accommodated axially displaceably, which box frame is connected fixedly into rotation to the shift shaft via a dog circumferentially engaging positively into one of the longitudinal members and is detained, fixed with respect to the housing, via an axial bearing arranged on one of the crossmembers, characterized in that the crossmembers (28, 29) and the longitudinal members (30, 31) of the locking body are designed as sheet-metal pressed and sheet-metal stamped parts connected rigidly to one another, the crossmembers (28, 29) and the longitudinal members (30, 31) of the locking body being welded to one another or being plugged one into the other at the end faces and caulked with one another.
Supporting structure, for straightening and repairing vehicle body elements, which consists of a central framework, assembled legs and a central rotating mechanism, characterized by that the at least three assembled legs and the central rotating mechanism are attached to the central framework, which central framework is connected to a right-hand threaded nut of a central locking mechanism together with at least three horizontal main trusses located on the top of one another, and a lower retracting shaft, which is designed with an external spacer backbone, and is connected by means of a threaded lug of the lower retracting shaft to a left-hand threaded nut of the central locking mechanism with a fixing lock, and with at least three horizontal main trusses and an upper retracting shaft provided with the external spacer backbone, by means of the threaded lug of the upper retracting shaft, also containing the assembled legs designed with horizontal supporting elements, with further legs having fixing lugs on their external surface, where the said further legs have supporting arms having spherical supports at their top part, fastened by means of a cartridge fixture in a way that it can be pulled out, and furthermore, the central rotating mechanism consists of a rod fastened in a T-shaped arrangement which is provided with a screw, and a flat bar holder passed through the T-shaped arrangement, where a rod, which has a bar holder fork, is connected to one of the ends of the said flat bar holder through a bar holder sleeve, which is provided with a screw, and at the same time, the horizontal supporting elements of the assembled legs are connected to the horizontal main trusses (7, 37) of the central framework, and furthermore, the rod of the central rotating mechanism is connected to the upper retracting shaft of the central framework with the help of the fixing lock of the central framework.
Self-contained portable electrical apparatus (10; 110); in particular a portable electric tool such as a screwdriver, a bolter or a drill, the apparatus being of the type comprising: - an electrical unit (12; 112); - an electrical supply block (14; 114) comprising accumulators or batteries (15; 115) suitable for electrically supplying the electrical unit (12; 112) in a self-contained manner; the electrical unit (12; 112) comprising a shell (20; 120) provided with a handle (28; 128) that extends in a handle-extension direction Y-Y, said handle comprising a distal end (28B; 128B) comprising first connection means (30; 195), the electrical supply block comprising second connection means (70; 116) suitable for cooperating with a first connection means (30; 195) of the handle (28; 128) in order to removably connect the electrical unit (12; 112) and the electrical supply block (14; 114) in a coupling position, the handle (28; 128) and the electrical supply block (14; 114) further comprising respectively first (36; 136) and second locking means (77; 200), the first locking means (36; 136) being able to move with respect to the second locking means between an idle position and a release position, so that, when the first locking means is in its idle position, the locking means, by mutual engagement, lock the electrical supply block (14; 114) with respect to the handle (28; 128) in the coupling position, and so that, when the first locking means is in its release position, the first (36; 136) and second (77; 200) locking means are released from their mutual engagement, the first locking means (36; 136) being connected to an actuator (62; 252) suitable for bringing the first locking means (36; 136) into its release position, the first locking means (36; 136) being able to rotate between its idle and release positions on a rotation axis Y'-Y' substantially parallel to the handle-extension direction Y-Y, characterised in that the actuator (62; 252) comprises a projecting gripping part (63; 163) disposed through an opening (34; 134) arranged in the handle (28; 128). - an electrical unit (12; 112); - an electrical supply block (14; 114) comprising accumulators or batteries (15; 115) suitable for electrically supplying the electrical unit (12; 112) in a self-contained manner;
A method for the production of Mg 2 nanoparticles by means of polyol mediated synthesis from MgCl 2 or Mg(NO 3) 2 or Mg(CH 3 COO) 2 or their hydrates or aqueous solutions of these salts as Mg-precursors, and alkalimetal hydroxide selected from the group of NaOH, KOH, LiOH or quaternary ammonium hydroxide (NR 4 OH with R=CH 3, C 2 H 5, C 3 H 7, C 4 H 9) or metal alcoholates applying the following method steps: - dissolving the Mg-precursor in a selected polyol, in order to produce a first solution, - producing a second solution in form of an aqueous alkalimetal hydroxide solution optionally mixed with polyol or an aqueous quaternary ammonium hydroxide solution optionally mixed with polyol or a metal alcoholates optionally mixed with polyol, - adding the first solution to the second solution to produce a mixture, - stirring the mixture, - heating the mixture in one stage or multi-stages to a temperature between 30°C and 300°C, - cooling the Mg 2 product suspension formed to ambient temperature, - separating the solid from the suspension by means of suitable solid/liquid separation methods. - dissolving the Mg-precursor in a selected polyol, in order to produce a first solution, - producing a second solution in form of an aqueous alkalimetal hydroxide solution optionally mixed with polyol or an aqueous quaternary ammonium hydroxide solution optionally mixed with polyol or a metal alcoholates optionally mixed with polyol, - adding the first solution to the second solution to produce a mixture, - stirring the mixture, - heating the mixture in one stage or multi-stages to a temperature between 30°C and 300°C, - cooling the Mg 2 product suspension formed to ambient temperature, - separating the solid from the suspension by means of suitable solid/liquid separation methods.
A method for passing a liquid sample through a porous solid matrix, comprising the steps of sealing the liquid sample within a container which comprises a porous solid matrix as at least a part of the container and raising the temperature to increase the pressure inside the container, thereby to cause the liquid to pass through the porous solid matrix.
A handheld backscatter imager, comprising: an X-ray source, configured for generating an X-ray; at least one collimator, configured for collimation of the X-ray, said collimator having a collimating slit and forming a fan beam; a modulator, said modulator having a circular ring shape, configured to surround the X-ray source and capable of rotating around the X-ray source, the modulator being formed with at least one X-ray passing region that allows an X-ray beam to pass therethrough, the rotating axis of said modulator being perpendicular to the plane of the fan beam; a detector, configured to receive a scattered X-ray, which is generated after the X-ray beam modulated by the modulator is scattered by an object to be inspected, and to generate a corresponding scattering signal; and a controller, configured to acquire angular information of the modulator and the scattering signal of the detector; characterized in that the at least one X-ray passing region is designed to have a configuration of a long and narrow column of apertures, formed by a series of apertures connected to one another, to have a configuration of a long and narrow slot with a smaller diameter end, or to have a configuration of a long and narrow column of apertures, formed by a series of apertures connected to one another and including a smaller-diameter aperture, wherein a longitudinal direction of the long and narrow column of apertures or of the long and narrow slot is consistent with a linear speed direction of rotation of the modulator. an X-ray source, configured for generating an X-ray; at least one collimator, configured for collimation of the X-ray, said collimator having a collimating slit and forming a fan beam; a modulator, said modulator having a circular ring shape, configured to surround the X-ray source and capable of rotating around the X-ray source, the modulator being formed with at least one X-ray passing region that allows an X-ray beam to pass therethrough, the rotating axis of said modulator being perpendicular to the plane of the fan beam; a detector, configured to receive a scattered X-ray, which is generated after the X-ray beam modulated by the modulator is scattered by an object to be inspected, and to generate a corresponding scattering signal; and a controller, configured to acquire angular information of the modulator and the scattering signal of the detector; characterized in that the at least one X-ray passing region is designed to have a configuration of a long and narrow column of apertures, formed by a series of apertures connected to one another, to have a configuration of a long and narrow slot with a smaller diameter end, or to have a configuration of a long and narrow column of apertures, formed by a series of apertures connected to one another and including a smaller-diameter aperture, wherein a longitudinal direction of the long and narrow column of apertures or of the long and narrow slot is consistent with a linear speed direction of rotation of the modulator.
A method for testing the effect of a condition on nerve outgrowth, the method comprising: treating an acellular nerve graft segment that comprises an endoneurial tube scaffold, the inner surface of an endoneurial tube in the scaffold comprising laminin, in accordance with a study protocol, wherein the study protocol comprises one or more of: submerging the nerve graft segment in a solution comprising a test compound, dosing the nerve graft segment with radiation or heat, dosing the nerve graft segment with an outgrowth inhibiting agent, mechanically modifying the microstructure or macrostructure of the nerve graft segment, dosing the nerve graft segment with an outgrowth promoting agent, applying an electrical field to the nerve graft segment, and seeding the nerve graft segment with stem cells or Schwann cells; affixing a neuron or group of neurons to a first end of the treated nerve graft segment to form a test construct; culturing the test construct in a medium for a period of time to allow nerve outgrowth from the neuron or group of neurons into the nerve graft segment; performing an analysis of the test construct to determine an amount of outgrowing nerve structure; and determining the effect of the study protocol based on the determined amount of outgrowing nerve structure. treating an acellular nerve graft segment that comprises an endoneurial tube scaffold, the inner surface of an endoneurial tube in the scaffold comprising laminin, in accordance with a study protocol, wherein the study protocol comprises one or more of: submerging the nerve graft segment in a solution comprising a test compound, dosing the nerve graft segment with radiation or heat, dosing the nerve graft segment with an outgrowth inhibiting agent, mechanically modifying the microstructure or macrostructure of the nerve graft segment, dosing the nerve graft segment with an outgrowth promoting agent, applying an electrical field to the nerve graft segment, and seeding the nerve graft segment with stem cells or Schwann cells; submerging the nerve graft segment in a solution comprising a test compound, dosing the nerve graft segment with radiation or heat, dosing the nerve graft segment with an outgrowth inhibiting agent, mechanically modifying the microstructure or macrostructure of the nerve graft segment, dosing the nerve graft segment with an outgrowth promoting agent, applying an electrical field to the nerve graft segment, and seeding the nerve graft segment with stem cells or Schwann cells; affixing a neuron or group of neurons to a first end of the treated nerve graft segment to form a test construct; culturing the test construct in a medium for a period of time to allow nerve outgrowth from the neuron or group of neurons into the nerve graft segment; performing an analysis of the test construct to determine an amount of outgrowing nerve structure; and determining the effect of the study protocol based on the determined amount of outgrowing nerve structure.
An electric appliance for generating a tempered airflow with an electrically operable heating element, a blower device and an air channel; wherein - the heating element is configured - to extract thermal energy from a first area on a side of the heating element facing away from the air channel and to deliver heat to a second area on a side of the heating element facing the air channel; or - to extract thermal energy from the second area and to deliver heat to the first area; and - the blower device is formed - to generate an airflow in the air channel along the side of the heating element facing the air channel; and - to generate a further airflow along the side of the heating element facing away from the air channel, wherein a flow direction of the airflow deviates from a further flow direction of the further airflow. - the heating element is configured - to extract thermal energy from a first area on a side of the heating element facing away from the air channel and to deliver heat to a second area on a side of the heating element facing the air channel; or - to extract thermal energy from the second area and to deliver heat to the first area; and - to extract thermal energy from a first area on a side of the heating element facing away from the air channel and to deliver heat to a second area on a side of the heating element facing the air channel; or - to extract thermal energy from the second area and to deliver heat to the first area; and - the blower device is formed - to generate an airflow in the air channel along the side of the heating element facing the air channel; and - to generate a further airflow along the side of the heating element facing away from the air channel, wherein a flow direction of the airflow deviates from a further flow direction of the further airflow. - to generate an airflow in the air channel along the side of the heating element facing the air channel; and - to generate a further airflow along the side of the heating element facing away from the air channel, wherein a flow direction of the airflow deviates from a further flow direction of the further airflow.
A method of enabling users in the premises of an industrial plant to reach safety in case of an emergency, where said users are being equipped with mobile terminals (32, 34, 36, 38), the method being performed by a safety route guiding device and comprising the steps of: - receiving (60; 80) alarm data concerning an emergency in a clearance zone of the premises, said alarm data being relevant for a user of a mobile terminal in the clearance zone, - obtaining (62; 84) data of a set of other users affected by the emergency, which other users are also in the clearance zone, - guiding (64; 86) the user from the clearance zone to a security zone outside the premises, - obtaining (66; 88) status data concerning the other users in the set comprising positions of users in the set that have failed to reach a security zone, and - presenting (68; 92) the status data to the user via the mobile terminal, where the presenting via the mobile terminal further comprises presenting (72; 96) such a position of a user having failed to reach a security zone. - receiving (60; 80) alarm data concerning an emergency in a clearance zone of the premises, said alarm data being relevant for a user of a mobile terminal in the clearance zone, - obtaining (62; 84) data of a set of other users affected by the emergency, which other users are also in the clearance zone, - guiding (64; 86) the user from the clearance zone to a security zone outside the premises, - obtaining (66; 88) status data concerning the other users in the set comprising positions of users in the set that have failed to reach a security zone, and - presenting (68; 92) the status data to the user via the mobile terminal, where the presenting via the mobile terminal further comprises presenting (72; 96) such a position of a user having failed to reach a security zone.
A sprocket assembly to be mounted on a driver body of a bicycle wheel hub, comprising: a truncated cone shell having a first opening in its small base and a second opening in its large base, both openings being coaxial with a central axis of said truncated cone shell; a plurality of toothed sprockets having different numbers of teeth disposed in the truncated cone shell and extending radially outwardly of the central axis to engage with a bicycle chain; an axial fixing member to fix the truncated cone shell to the driver body; a radial load transmission profile perimetrally supported onto the driver body; the radial load transmission profile is configured as a cylindrical cavity that houses and provides radial support to the driver body a toothed torque transmission profile providing tangential engagement in order to transmit torque from the truncated cone shell towards the driver body, which is provided with a corresponding engaging profile on the outer surface of the driver body; wherein the truncated cone shell, the toothed sprockets, the axial fixing member, the radial load transmission profile and the toothed torque transmission profile are configured in a single piece; wherein the axial fixing member restricts the truncated cone shell position relative to the driver body along the central axis in the direction from the small base towards the large base of the truncated cone shell; and wherein the axial fixing member, the radial load transmission profile and the toothed torque transmission profile are all disposed towards the inside of the truncated cone shell and close to its small base, being the axial fixing member the first one located next to the small base of the truncated cone shell, relative to the central axis in the direction from the small base towards the large base of the truncated cone shell, and being next and axially adjacent to it, is located the radial load transmission profile, and finally and axially adjacent to the latest there is the toothed torque transmission profile adjacent to the axial fixing member.
Blade for motorised farming apparatus, intended to be fitted to a blade shaft, having a cylindrical hole defined according to an axis of revolution to be fitted to a pivot shaft, the said blade being one-piece, a connection portion having a contact surface of the perimeter of the said hole being intended to come into direct contact with the said blade shaft, the said blade having local extra thickness at the said contact surface, the so-called proximal thickness (e p), relative to the thickness of a working portion of the said blade, characterised in that the said connection portion comprises a revolution portion, defined according to the said axis of revolution and connected to the said working portion with a transition portion, the said revolution portion and transition portion forming a clearance.
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the processor, cause the apparatus to at least: detect a rule-copy action at a first device; identify a second device in response to the rule-copy action, wherein the second device is configured to operate according to at least one rule; wherein the at least one rule comprises instructions that direct measurement of a variable, and that direct transmission of a signal when a condition relating to the measured variable is met; and cause the at least one rule to be applied to the first device in response to detection of the rule-copy action, to configure the first device to operate according to the at least one rule at least by measuring the variable and transmitting a signal when the condition relating to the measured variable is met. detect a rule-copy action at a first device; identify a second device in response to the rule-copy action, wherein the second device is configured to operate according to at least one rule; wherein the at least one rule comprises instructions that direct measurement of a variable, and that direct transmission of a signal when a condition relating to the measured variable is met; and cause the at least one rule to be applied to the first device in response to detection of the rule-copy action, to configure the first device to operate according to the at least one rule at least by measuring the variable and transmitting a signal when the condition relating to the measured variable is met.
A flooding compound for a telecommunications cable, said flooding compound comprising: (a) a polyolefin elastomer; and (b) a hydrocarbon oil, characterized in that said polyolefin elastomer has a crystallinity in the range of from 10 to less than 50 weight percent, wherein said polyolefin elastomer has a dynamic viscosity of 50 Pa·s [50,000 centipoise] or less at 177 °C, wherein said hydrocarbon oil has a kinematic viscosity of 0.0002 m 2 /s [200 centistokes] or less at 40 °C. (a) a polyolefin elastomer; and (b) a hydrocarbon oil, characterized in that said polyolefin elastomer has a crystallinity in the range of from 10 to less than 50 weight percent, wherein said polyolefin elastomer has a dynamic viscosity of 50 Pa·s [50,000 centipoise] or less at 177 °C, wherein said hydrocarbon oil has a kinematic viscosity of 0.0002 m 2 /s [200 centistokes] or less at 40 °C. said polyolefin elastomer has a crystallinity in the range of from 10 to less than 50 weight percent, wherein said polyolefin elastomer has a dynamic viscosity of 50 Pa·s [50,000 centipoise] or less at 177 °C, wherein said hydrocarbon oil has a kinematic viscosity of 0.0002 m 2 /s [200 centistokes] or less at 40 °C.