mhurhangee/ep-ind-claims huggingface dataset:
Plug socket pole contact for a plug socket insert, wherein a pole terminal assembly comprising • a pole terminal component which is composed of a copper alloy and has two conductor insertion channels (14, 15) and also two contact limbs (4, 5) which are situated opposite one another and each have end-side contact tulips (6, 7) for inserting and clamping a plug pin, and • a top spring/contact spring assembly which is composed of a metal with spring properties, • wherein the pole terminal component covers the electrical function of the power line from the conductor to the plug pin, • wherein the top spring/contact spring assembly covers the mechanical function and, to this end, ensures the clamping force for plug pin clamping by means of two top spring arms (20, 21) which press against the contact limbs (4, 5), and ensures the clamping force for conductor clamping and conductor locking by means of a contact spring comprising at least one contact spring arm (23, 24) and also at least one locking arm (25, 26), and • wherein the conductor insertion channels (14, 15) are connected to one another by means of a bridge and limb webs (10, 11) of the contact limbs (4, 5) act directly on the bridge, so that the spring-action limb webs (10, 11) are connected to the inner sides of the conductor insertion channels (14, 15). • a pole terminal component which is composed of a copper alloy and has two conductor insertion channels (14, 15) and also two contact limbs (4, 5) which are situated opposite one another and each have end-side contact tulips (6, 7) for inserting and clamping a plug pin, and • a top spring/contact spring assembly which is composed of a metal with spring properties, • wherein the pole terminal component covers the electrical function of the power line from the conductor to the plug pin, • wherein the top spring/contact spring assembly covers the mechanical function and, to this end, ensures the clamping force for plug pin clamping by means of two top spring arms (20, 21) which press against the contact limbs (4, 5), and ensures the clamping force for conductor clamping and conductor locking by means of a contact spring comprising at least one contact spring arm (23, 24) and also at least one locking arm (25, 26), and • wherein the conductor insertion channels (14, 15) are connected to one another by means of a bridge and limb webs (10, 11) of the contact limbs (4, 5) act directly on the bridge, so that the spring-action limb webs (10, 11) are connected to the inner sides of the conductor insertion channels (14, 15).
A method for assigning Multimedia Broadcast Multicast Service, MBMS, resources comprising: accessing, by a controller, a list of MBMS-eligible talk groups in a first set of geographical areas; receiving, by the controller, a new resource request from a user equipment associated with a first talk group, the new resource request being a request for an assignment of one of MBMS resources and unicast resources for user equipment associated with the first talk group; identifying, by the controller, a second set of geographical areas in which members of the first talk group are located; determining, by the controller, that MBMS resources are available in the identified second set of geographical areas; determining, by the controller and by reference to the list of MBMS-eligible talk groups, whether the first talk group is an MBMS-eligible talk group in the second set of geographical areas; in response to determining that the first talk group is an MBMS-eligible talk group in the second set of geographical areas, assigning MBMS resources to the first talk group; and in response to determining that the first talk group is not an MBMS-eligible talk group in the second set of geographical areas, assigning unicast resources to the first talk group. accessing, by a controller, a list of MBMS-eligible talk groups in a first set of geographical areas; receiving, by the controller, a new resource request from a user equipment associated with a first talk group, the new resource request being a request for an assignment of one of MBMS resources and unicast resources for user equipment associated with the first talk group; identifying, by the controller, a second set of geographical areas in which members of the first talk group are located; determining, by the controller, that MBMS resources are available in the identified second set of geographical areas; determining, by the controller and by reference to the list of MBMS-eligible talk groups, whether the first talk group is an MBMS-eligible talk group in the second set of geographical areas; in response to determining that the first talk group is an MBMS-eligible talk group in the second set of geographical areas, assigning MBMS resources to the first talk group; and in response to determining that the first talk group is not an MBMS-eligible talk group in the second set of geographical areas, assigning unicast resources to the first talk group.
A temperature indicator comprising: a) a hollow tubular structure having an outer wall interposed between a first end and a second end, the outer wall defining a hollow interior having an inside wall that is the inner surface of the outer wall; b) a float releasably held in place at a point on the inside wall of the tubular structure at or near the first end by a temperature dependent holding material that melts at or about a critical temperature, the temperature dependent holding material interposed between the first end and the second end, the float having a first density, wherein the temperature dependent holding material is a coating on the float that attaches the float to the inside wall of the tubular structure; and c) a fluid within the hollow interior, the fluid interposed between the second end and the float, the fluid having a second density that is greater than the first density, the fluid being a material different than the temperature dependent holding material, wherein when the temperature indicator is subjected to a temperature at or about the critical temperature, the temperature dependent material melts thereby releasing the float from the inside wall, whereby the float floats through the fluid to the second end as the second density of the fluid is greater than the first density of the float, and wherein the float is visible at the second end as an indicator that the critical temperature has been reached. a) a hollow tubular structure having an outer wall interposed between a first end and a second end, the outer wall defining a hollow interior having an inside wall that is the inner surface of the outer wall; b) a float releasably held in place at a point on the inside wall of the tubular structure at or near the first end by a temperature dependent holding material that melts at or about a critical temperature, the temperature dependent holding material interposed between the first end and the second end, the float having a first density, wherein the temperature dependent holding material is a coating on the float that attaches the float to the inside wall of the tubular structure; and c) a fluid within the hollow interior, the fluid interposed between the second end and the float, the fluid having a second density that is greater than the first density, the fluid being a material different than the temperature dependent holding material,
A drug eluting stent (130, 630) having a generally cylindrical configuration for placement within a body lumen, the stent comprising: a tubular strut (138, 638a, 638b, 638c) having a central lumen defined by an inner surface of the tubular strut, the tubular strut being shaped into the generally cylindrical configuration of the stent; a channel (136, 636) formed in the tubular strut (138, 638a, 638b, 638c) in a spiraling fashion, the spiral channel (136, 636) having a depth that extends between the inner and outer surfaces of the tubular strut and a length that extends from substantially a proximal end to a distal end of the tubular strut; and a therapeutic substance disposed within the central lumen of the tubular strut for delivery to a body vessel via the spiral channel, characterized in that the tubular strut is made from a hollow wire or tube. a tubular strut (138, 638a, 638b, 638c) having a central lumen defined by an inner surface of the tubular strut, the tubular strut being shaped into the generally cylindrical configuration of the stent; a channel (136, 636) formed in the tubular strut (138, 638a, 638b, 638c) in a spiraling fashion, the spiral channel (136, 636) having a depth that extends between the inner and outer surfaces of the tubular strut and a length that extends from substantially a proximal end to a distal end of the tubular strut; and a therapeutic substance disposed within the central lumen of the tubular strut for delivery to a body vessel via the spiral channel, characterized in that the tubular strut is made from a hollow wire or tube.
An apparatus for affecting pressure in an intrathoracic cavity of a patient, the apparatus comprising: one or more electrodes (722, 724) configured for placement on or near a diaphragm; a controller coupled to the one or more electrodes, and configured to: deliver a diastolic stimulation pulse to the diaphragm of the patient during a diastolic phase of a cardiac cycle of the patient; and deliver a systolic stimulation pulse to the diaphragm during a systolic phase of the cardiac cycle, wherein each of the diastolic stimulation pulse and the systolic stimulation pulse results in an asymptomatic, transient, partial contraction of the diaphragm. one or more electrodes (722, 724) configured for placement on or near a diaphragm; a controller coupled to the one or more electrodes, and configured to: deliver a diastolic stimulation pulse to the diaphragm of the patient during a diastolic phase of a cardiac cycle of the patient; and deliver a systolic stimulation pulse to the diaphragm during a systolic phase of the cardiac cycle, wherein each of the diastolic stimulation pulse and the systolic stimulation pulse results in an asymptomatic, transient, partial contraction of the diaphragm. deliver a diastolic stimulation pulse to the diaphragm of the patient during a diastolic phase of a cardiac cycle of the patient; and deliver a systolic stimulation pulse to the diaphragm during a systolic phase of the cardiac cycle, wherein each of the diastolic stimulation pulse and the systolic stimulation pulse results in an asymptomatic, transient, partial contraction of the diaphragm.
A process for preparing a redispersible powder comprising nanoparticles of a water-insoluble organic compound, the nanoparticles comprising at least 50% by weight of the water-insoluble organic compound, the process comprising the steps of: (i) preparing an oil-in-water microemulsion comprising a water-insoluble organic compound, a volatile water-immiscible organic solvent, water, and at least one surfactant, by: (a) dissolving the water-insoluble organic compound in the volatile water-immiscible organic solvent so as to form an organic phase; and (b) mixing the organic phase with water and at least one surfactant so as to spontaneously form the oil-in-water microemulsion without the use of a high pressure homogenizer or a high shear instrument; wherein the diameter of the microemulsion droplets is below 30 nm; and (ii) removing the volatile water-immiscible organic solvent and the water so as to form the redispersible powder comprising said nanoparticles, wherein the volatile water-immiscible organic solvent and the water are removed simultaneously, and wherein said nanoparticles are in a particulate form and have a diameter of less than 30 nanometers. (i) preparing an oil-in-water microemulsion comprising a water-insoluble organic compound, a volatile water-immiscible organic solvent, water, and at least one surfactant, by: (a) dissolving the water-insoluble organic compound in the volatile water-immiscible organic solvent so as to form an organic phase; and (b) mixing the organic phase with water and at least one surfactant so as to spontaneously form the oil-in-water microemulsion without the use of a high pressure homogenizer or a high shear instrument; wherein the diameter of the microemulsion droplets is below 30 nm; and (a) dissolving the water-insoluble organic compound in the volatile water-immiscible organic solvent so as to form an organic phase; and (b) mixing the organic phase with water and at least one surfactant so as to spontaneously form the oil-in-water microemulsion without the use of a high pressure homogenizer or a high shear instrument; (ii) removing the volatile water-immiscible organic solvent and the water so as to form the redispersible powder comprising said nanoparticles, wherein the volatile water-immiscible organic solvent and the water are removed simultaneously, and
Storage container with a container housing of modular construction, which comprises several housing modules arranged above one another in a vertical direction and coupled to one another in pairs in a way which prevents their lifting off one another, and which is provided with at least one reception compartment bounded by two housing modules located directly above one another and open at a front side of the container housing for a pull-out and push-in drawer element, wherein housing modules which jointly bound a reception compartment have a module horizontal wall extending transversely to the vertical direction and at least one module side wall integrally formed on the module horizontal wall and projecting from its edge in the vertical direction and are coupled together at their module side walls, characterised in that at least one or each reception compartment is laterally bounded by a compartment side wall of the container housing, which compartment side wall is composed of an upward-oriented upper module side wall (27, 35) of a lower housing module and a downward-oriented lower module side wall (28, 36), coupled to the upper module side wall (27, 35) in a way which prevents lifting off, of an upper housing module located on top of the lower housing module in the vertical direction.
A halogen silicate luminescent material, having a chemical structural formula of (N 1-a-b Eu a Mn b) 10 Si 6 O 21 Cl 2:xM, wherein M is at least one of Ag, Au, Pt and Pd, N is an alkaline earth metal and specifically at least one of Mg, Ca, Sr and Ba, 0 < x≤1 × 10 -2, 0 < a≤0.3, and 0≤b≤0.3 whereby the (N 1-a-b Eu a Mn b) 10 Si 6 O 21 Cl 2:xM has a core-shell structure, wherein M is an inner nanoparticle core and (N 1-a-b Eu a Mn b) 10 Si 6 O 21 Cl 2 is an outer shell.
Disc brake for a commercial vehicle, comprising: a) a brake calliper encompassing a brake disc, b) an application device located in the brake calliper for pressing at least one action-side brake pad against the brake disc, c) two adjusting spindles arranged parallel to and at a distance from one another, which are rotatably mounted by means of a correspondence weight in a bridge on which the application device acts, d) a readjustment device positioned in the brake calliper, by means of which a wear-related change of a clearance can be compensated by way of an axial adjustment of the adjusting spindles, and e) a synchronising device, by means of which the two adjusting spindles can be adjusted synchronously. characterised in that f) the synchronising device engages with at least one gearing element fully or partially with at least one recess in the bridge, which recess is provided in the bearing region of the adjusting spindles and designed as a transverse slot. a) a brake calliper encompassing a brake disc, b) an application device located in the brake calliper for pressing at least one action-side brake pad against the brake disc, c) two adjusting spindles arranged parallel to and at a distance from one another, which are rotatably mounted by means of a correspondence weight in a bridge on which the application device acts, d) a readjustment device positioned in the brake calliper, by means of which a wear-related change of a clearance can be compensated by way of an axial adjustment of the adjusting spindles, and e) a synchronising device, by means of which the two adjusting spindles can be adjusted synchronously. characterised in that f) the synchronising device engages with at least one gearing element fully or partially with at least one recess in the bridge, which recess is provided in the bearing region of the adjusting spindles and designed as a transverse slot.
A matrix operation method performed by a computer, the method comprising: displaying on a display a matrix in which a plurality of components are arrayed; changing (S6, S9, S13, S17) an arrangement of at least one of the plurality of components in the matrix displayed on the display based on a gesture operation to the matrix performed on a touch panel; and determining that the gesture operation started in a case (S1: YES) that it is judged that a touched position touched on the display is detected and the touched position is within a preset effective range to start a gesture operation to the matrix, characterized by generating a transposition matrix by exchanging components of a row with components of a column in the matrix in a case (S134: YES, S135: YES) that the detected touched position is within the effective range set in an upper right or lower left region of the matrix and the gesture operation is an operation to slide the touched position in a diagonal direction crossing a line connecting an upper left portion and a lower right portion of the matrix, or in a case (S134: YES, S135: YES) that the detected touched position is within the effective range set in an upper left or lower right region of the matrix and the gesture operation is an operation to slide the touched position in a diagonal direction crossing a line connecting an upper right portion and a lower left portion of the matrix. displaying on a display a matrix in which a plurality of components are arrayed; changing (S6, S9, S13, S17) an arrangement of at least one of the plurality of components in the matrix displayed on the display based on a gesture operation to the matrix performed on a touch panel; and determining that the gesture operation started in a case (S1: YES) that it is judged that a touched position touched on the display is detected and the touched position is within a preset effective range to start a gesture operation to the matrix, characterized by generating a transposition matrix by exchanging components of a row with components of a column in the matrix in a case (S134: YES, S135: YES) that the detected touched position is within the effective range set in an upper right or lower left region of the matrix and the gesture operation is an operation to slide the touched position in a diagonal direction crossing a line connecting an upper left portion and a lower right portion of the matrix, or in a case (S134: YES, S135: YES) that the detected touched position is within the effective range set in an upper left or lower right region of the matrix and the gesture operation is an operation to slide the touched position in a diagonal direction crossing a line connecting an upper right portion and a lower left portion of the matrix.
A guide device for tubular plastic films produced by blown extrusion, comprising a supporting structure to which is hinged one end of a plurality of mobile arms, whose other end, held in contact with the bubble of extruded film, carries guide means for said bubble, wherein each mobile arm consists of an articulated quadrilateral and comprises at least - one quadrangular body having one side hinged flap-like to the supporting structure, - a tie rod having one end hinged to the supporting structure and - a member, hinged to the other end of the tie rod and to the side of the body opposite that hinged to the supporting structure, which carries the guide means, the position of said guide means being adjustable simultaneously by moving the flap-like body the quadrangular body having a height corresponding to that of the supporting structure, the mobile arm is arranged to move the guide means parallel to themselves, always keeping them tangential to the bubble of extruded film, wherein the connecting means that connect the tie rod to the member is arranged to describe an arc of a circle passing through the positions occupied by said means when the guide means are tangential to a bubble of extruded film having, respectively, the maximum, medium and minimum diameter foreseen for said bubble, the circle having as its centre the end of the tie rod hinged to the supporting structure. - one quadrangular body having one side hinged flap-like to the supporting structure, - a tie rod having one end hinged to the supporting structure and - a member, hinged to the other end of the tie rod and to the side of the body opposite that hinged to the supporting structure, which carries the guide means, the position of said guide means being adjustable simultaneously by moving the flap-like body the quadrangular body having a height corresponding to that of the supporting structure, the mobile arm is arranged to move the guide means parallel to themselves, always keeping them tangential to the bubble of extruded film, wherein the connecting means that connect the tie rod to the member is arranged to describe an arc of a circle passing through the positions occupied by said means when the guide means are tangential to a bubble of extruded film having, respectively, the maximum, medium and minimum diameter foreseen for said bubble, the circle having as its centre the end of the tie rod hinged to the supporting structure.
Hollow profile for a support structure for a motor vehicle, consisting of a basic profile (1.1) which is reshaped section by section in such a way that the hollow profile displays at least one section running in the direction of the profile which has not been reshaped and one section running in the direction of the profile which has been reshaped, wherein the basic profile (1.1) has at least one internal web fixed to opposing side walls (2.1,2.2) and the cross-sectional shape of the section of the basic profile (1.1) which has not been reshaped in the transitional area of the internal web to a sidewall (2.2) is formed with a constriction, characterised in that - the internal web in comparison to the side walls (2.1,2.2,3.1,3.2) of the basic profile (1.1) is formed thickened with constant cross-section, - the side wall (2.2) displaying the constriction in the reshaped section merges into a straight and extended side wall (2.2'), and - the side walls (3.1, 3.2) running parallel to the internal web in the reshaped section are formed with a width corresponding to the width (b) of the internal web. - the internal web in comparison to the side walls (2.1,2.2,3.1,3.2) of the basic profile (1.1) is formed thickened with constant cross-section, - the side wall (2.2) displaying the constriction in the reshaped section merges into a straight and extended side wall (2.2'), and - the side walls (3.1, 3.2) running parallel to the internal web in the reshaped section are formed with a width corresponding to the width (b) of the internal web.
An apparatus for treating a container in a fill-product filling plant, preferably for filling a container with a fill product in a fill-product filling plant, comprising a treatment carousel, which can be rotated relative to a stationary plant part, and a rotary distributor for transferring a medium from the stationary plant part to the treatment carousel, and a monitoring apparatus, which is configured to monitor the mechanical integrity of the rotary distributor when the treatment carousel is rotating, characterized in that a stationary part of the rotary distributor is resiliently connected to the stationary plant part via a compensation pipework. a monitoring apparatus, which is configured to monitor the mechanical integrity of the rotary distributor when the treatment carousel is rotating, characterized in that a stationary part of the rotary distributor is resiliently connected to the stationary plant part via a compensation pipework.