mhurhangee/ep-ind-claims huggingface dataset:
Portable appliance unit which comprises an appliance and a carrying unit, wherein the carrying unit has at least one sliding plate and at least one carrying strap (52, 54) by which the sliding plate can be carried, wherein the appliance has at least one first connecting element and a carrying handle with a reach-through field, and wherein the sliding plate has at least one second connecting element (62, 64) which corresponds with the first connecting element, and the connecting elements are configured so that the appliance can be brought in a direction of insertion from an insertion position into a support position and then into a connection position, and the appliance is in the support position not freely movable in at least a direction of movement, wherein the sliding plate has a retaining element which inhibits a removal of the appliance against the direction of insertion, characterized in that the retaining element has a spring-loaded retaining nose and a press field for operating that lies in the reach-through field.
Method for producing a brake disc for a vehicle, in which a protective layer is arranged on a base member of the brake disc having friction surfaces (7, 8), wherein the base member is formed of aluminum or of an aluminum alloy and an enamel coating is arranged at least on the friction surfaces (7, 8), comprising at least the following steps: - pre-machining at least the friction surfaces (7, 8) of the base member in blank form; - applying an enamel coating as an anti-corrosion and/or anti-wear layer at least onto the friction surfaces (7, 8) of the brake disc, and - post-treating the base member coated at least in places, wherein the enamel coating bonds metallurgically to the base material of the base member. - pre-machining at least the friction surfaces (7, 8) of the base member in blank form; - applying an enamel coating as an anti-corrosion and/or anti-wear layer at least onto the friction surfaces (7, 8) of the brake disc, and - post-treating the base member coated at least in places, wherein the enamel coating bonds metallurgically to the base material of the base member.
Receptacle (10, 10') for an at least substantially cuboid container in an interior of a motor vehicle, the receptacle (10, 10;) comprising at least four wall elements (22, 23, 24, 25), each forming an contact surface (26, 27, 28, 29) for the cuboid container, wherein two each of the contact surfaces (26, 27, 28, 29), which are perpendicular to one another, are assigned to a first and a second angle element (14, 14', 16, 16'), which are movable relative to one another in the longitudinal and/or transverse direction of the receptacle (10, 10;), and wherein the first angle element (14, 14') has at least one guide element (34, 34'), on which a corresponding guide element (36, 36') of the second angle element (16, 16') is movably located, characterised in that the two angle elements (14, 14', 16, 16') are coupled to one another by a spring element applying a restoring force for moving the two angle elements (14, 14', 16, 16') towards one another, and in that the at least one guide element (34, 34') is designed in a rail shape.
Method for speech recognition of voice instructions of an operator who supports and/or directs a situation to be assisted assigned to him by means of voice instructions, by means of a speech recognition device, the method comprising the following steps: - Determining a task-related objective, which defines as a strategic objective a basic objective of the operator with respect to a task of the operator, as a function of the task of the operator with respect to the situation to be assisted, by means of an objective-setting module of the speech recognition device; - Determining at least one action intention of the operator in relation to the situation to be assisted as a function of the previously determined task-related objective and a current and/or predicted state of the situation to be assisted by means of an intention module of the speech recognition device; - for each determined action intention, determining one or more language-related action elements with which the situation to be assisted is to be supported and/or directed by means of voice instructions, - creating at least one speech context as a function of the determined speech-related action element or elements by means of a context module of the speech recognition device; and - Recognizing a spoken language instruction of the operator in dependence on the at least one created language context using a language lexicon by means of a recognition module of the speech recognition device. - Determining a task-related objective, which defines as a strategic objective a basic objective of the operator with respect to a task of the operator, as a function of the task of the operator with respect to the situation to be assisted, by means of an objective-setting module of the speech recognition device; - Determining at least one action intention of the operator in relation to the situation to be assisted as a function of the previously determined task-related objective and a current and/or predicted state of the situation to be assisted by means of an intention module of the speech recognition device; - for each determined action intention, determining one or more language-related action elements with which the situation to be assisted is to be supported and/or directed by means of voice instructions, - creating at least one speech context as a function of the determined speech-related action element or elements by means of a context module of the speech recognition device; and - Recognizing a spoken language instruction of the operator in dependence on the at least one created language context using a language lexicon by means of a recognition module of the speech recognition device.
A device for feeding yarn for textile applications, and for separating (d) the relative turns, comprising a wheel/drum directly or indirectly motorized for rotation about its axis, the wheel/drum having an overall cylindrical shape with a flared edge and presenting in its lateral surface a series of angularly equidistant slits to receive relative blades the projecting profile of which enables the yarn turns wound on the wheel/drum to advance, the blades forming an assembly which rotates together with the wheel/drum but about an axis having an inclination (a) and/or an eccentricity (e) relative to the axis of the wheel/drum, such that the radial projection of the blades from the relative slits varies gradually along the perimeter of the wheel/drum, from a minimum projection of the lower blade to a maximum projection of the upper blade, to then gradually return to a minimum, but remains constant with time, the blades having a length able to receive all the yarn turns which concern the device, characterized in that means are provided for adjusting the inclination (a) of the axis of the blade assembly to the axis and/or for adjusting the eccentricity (e) of the axis to the axis, to consequently adjust the extent of separation (d) between the yarn turns wound on the wheel/drum, wherein alternatively the wheel/drum is coaxially fixed to a drive shaft the axis of which coincides with the axis of the wheel/drum, the blade assembly being entrained by the wheel/drum, or the blade assembly is coaxially fixed to the drive shaft, the wheel/drum being rotatably entrained by the blade assembly, said blade assembly being coaxially fixed to an annular element the axis of which intersects the axis of the wheel/drum to form the inclination (a) relative to the axis of the wheel/drum, a bearing being carried by the drive shaft with the annular element fixed coaxially to said bearing, the entrained blade assembly or the entrained wheel/drum being fixed to said bearing.
A stack cutter comprising: a body case having an insert opening formed in one end of the body case through which an object to be cut is inserted into the body case, and an exit opening formed in the other end of the body case through which the object comes out, the body case comprising a cutting portion with a mounting surface on which the object is cut, with its leading edge sticking out of the exit opening and its trailing edge being left without being inserted into the body case; a blade adapted to move vertically relative to the mounting surface provided on the body case to cut the object; operating means for use in moving the blade up and down; and a cutting base surface that can be flush with the mounting surface, the cutting base being designed to be in a first position in which the cutting base surface is flush with the mounting surface and a second position in which the cutting base is folded against the body case in such a manner that the cutting base covers the insert opening. a body case having an insert opening formed in one end of the body case through which an object to be cut is inserted into the body case, and an exit opening formed in the other end of the body case through which the object comes out, the body case comprising a cutting portion with a mounting surface on which the object is cut, with its leading edge sticking out of the exit opening and its trailing edge being left without being inserted into the body case; a blade adapted to move vertically relative to the mounting surface provided on the body case to cut the object; operating means for use in moving the blade up and down; and a cutting base surface that can be flush with the mounting surface, the cutting base being designed to be in a first position in which the cutting base surface is flush with the mounting surface and a second position in which the cutting base is folded against the body case in such a manner that the cutting base covers the insert opening.
A piston pump system comprising: at least two crank driven reciprocating pumps, the cranks for said pumps being offset; and an electric motor for driving the said at least two pumps, characterised by comprising: a controller for controlling the operation of said pumps by causing the electric motor to drive the pumps according to a motor speed profile that mimics a mechanical cam shaft, wherein the controller is configured to develop the motor speed profile by: operating said pump system at a constant speed and collecting output pressure at a selection of crank angle positions; forming a pressure profile from said output pressure collection; inverting said pressure profile to form a motor speed profile which will reduce pressure variation; and repeating the above steps at least once in an iterative process until pressure variation does not exceed a predetermined amount. at least two crank driven reciprocating pumps, the cranks for said pumps being offset; and an electric motor for driving the said at least two pumps, characterised by comprising: a controller for controlling the operation of said pumps by causing the electric motor to drive the pumps according to a motor speed profile that mimics a mechanical cam shaft, wherein the controller is configured to develop the motor speed profile by: operating said pump system at a constant speed and collecting output pressure at a selection of crank angle positions; forming a pressure profile from said output pressure collection; inverting said pressure profile to form a motor speed profile which will reduce pressure variation; and repeating the above steps at least once in an iterative process until pressure variation does not exceed a predetermined amount. operating said pump system at a constant speed and collecting output pressure at a selection of crank angle positions; forming a pressure profile from said output pressure collection; inverting said pressure profile to form a motor speed profile which will reduce pressure variation; and repeating the above steps at least once in an iterative process until pressure variation does not exceed a predetermined amount.
Method for producing a linear bearing housing which comprises at least one cylindrical borehole (2, 3) for receiving a rolling element, wherein the linear bearing housing consists of an extruded portion, characterized in that the method comprises the following steps: a) making the at least one cylindrical borehole (2, 3) in the linear bearing housing, wherein the boreholes (2, 3) are produced by the extrusion process, and wherein the diameter of the borehole (2, 3) corresponds to a nominal dimension; b) pressing a calibrating element in the form of a ball through the cylindrical borehole (2, 3), wherein the calibrating element has a circular projection, the diameter (D K) of which is slightly greater than the nominal dimension of the borehole (2, 3), wherein the diameter (D K) of the ball measures between 100.1% and 102% of the nominal dimension of the borehole (2, 3), wherein the ball is pressed through the borehole (2, 3) with the addition of a lubricant, and wherein a mean roughness value (R a) of less than 0.1 μm is generated in the borehole. a) making the at least one cylindrical borehole (2, 3) in the linear bearing housing, wherein the boreholes (2, 3) are produced by the extrusion process, and wherein the diameter of the borehole (2, 3) corresponds to a nominal dimension; b) pressing a calibrating element in the form of a ball through the cylindrical borehole (2, 3), wherein the calibrating element has a circular projection, the diameter (D K) of which is slightly greater than the nominal dimension of the borehole (2, 3), wherein the diameter (D K) of the ball measures between 100.1% and 102% of the nominal dimension of the borehole (2, 3), wherein the ball is pressed through the borehole (2, 3) with the addition of a lubricant, and wherein a mean roughness value (R a) of less than 0.1 μm is generated in the borehole.
A method for removing a plug positioned to block fluid flow through a passageway in a downhole tubular positioned in a subterranean wellbore, the plug isolated from fluid in the passageway by at least one cover, the method comprising the steps of: actuating an electronic rupture disc assembly to open a fluid bypass to the plug; actuating a second electronic rupture disc assembly to allow the fluid to flow into contact with the plug; substantially degrading the plug using a fluid; and actuating a third electronic rupture disc assembly to move a moveable member into contact with at least a portion of the cover. actuating an electronic rupture disc assembly to open a fluid bypass to the plug; actuating a second electronic rupture disc assembly to allow the fluid to flow into contact with the plug; substantially degrading the plug using a fluid; and actuating a third electronic rupture disc assembly to move a moveable member into contact with at least a portion of the cover.
A server rack including a bottom panel, a top panel opposite to said bottom panel, a plurality of housing units (1,2,3) configured for receiving rack-mountable equipment, the plurality of housing units (1,2,3) being disposed horizontally between the top panel and the bottom panel and extending side-by-side in a first direction, characterized in that the top panel comprises two guiding rails, each of the two guiding rails being parallel to the first direction, the two guiding rails being at least partly aligned with one another in the first direction, the bottom panel comprising two support rails, each of the two support rails being parallel to the first direction, the two support rails being at least partly aligned with one another along the first direction, each of the two support rails including a vertical section extending from the bottom panel to a horizontal section of the support rail, the horizontal section defining a contact surface for supporting the server rack, a space for a lifting fork arm of a pallet lifting device being defined between the horizontal section and the bottom panel, the vertical section defining a guide complementary to a corresponding guiding rail of an other server rack when the server rack is stacked on top of the other server rack.
A method for the transmission of messages in a telecommunication network, wherein a message comprising mantle information and content information will be transmitted from a terminal, that is operable in the telecommunication network, via the telecommunication network to at least one message receiver which is reachable via the telecommunication network, characterized by the following process steps carried out by a message transmission device of the telecommunication network: a) receiving the mantle information of the message in the message transmission device of the telecommunication network, b) determining at least one addressing information item of the at least one message receiver by means of the message transmission device of the telecommunication network on the base of the received mantle information of the message, c) retrieving an addressing information item of a storage area of a storage management device of the telecommunication network by the message transmission device of the telecommunication network by means of the storage management device of the telecommunication network, d) sending information about the retrieved addressing information item of the storage area of a storage management device of the telecommunication network from the message transmission device of the telecommunication network to the terminal and e) sending the mantle information of the message from the message transmission device of the telecommunication network. a) receiving the mantle information of the message in the message transmission device of the telecommunication network, b) determining at least one addressing information item of the at least one message receiver by means of the message transmission device of the telecommunication network on the base of the received mantle information of the message, c) retrieving an addressing information item of a storage area of a storage management device of the telecommunication network by the message transmission device of the telecommunication network by means of the storage management device of the telecommunication network, d) sending information about the retrieved addressing information item of the storage area of a storage management device of the telecommunication network from the message transmission device of the telecommunication network to the terminal and e) sending the mantle information of the message from the message transmission device of the telecommunication network.
An (Al, Ga, In)N light emitting diode comprised of: at least an n-type layer, an emitting layer, and a p-type layer; wherein light from the emitting layer is extracted through a nitrogen face surface, termed "N-face surface" in the following, of the light emitting diode and the N-face surface of the light emitting diode is comprised of a cone shaped surface roughness that increases extraction efficiency of the light from the emitting layer out of the N-face surface of the light emitting diode; and wherein the cone shapes of the surface roughness of the N-face surface have a size close to a wavelength of the light within the light emitting diode, so that the light within the light emitting diode is scattered or diffracted, to reduce light reflections occurring repeatedly inside the light emitting diode, thereby enhancing extraction of the light from the emitting layer out of the N-face surface as compared with a light emitting diode having a flat surface. at least an n-type layer, an emitting layer, and a p-type layer; wherein light from the emitting layer is extracted through a nitrogen face surface, termed "N-face surface" in the following, of the light emitting diode and the N-face surface of the light emitting diode is comprised of a cone shaped surface roughness that increases extraction efficiency of the light from the emitting layer out of the N-face surface of the light emitting diode; and wherein the cone shapes of the surface roughness of the N-face surface have a size close to a wavelength of the light within the light emitting diode, so that the light within the light emitting diode is scattered or diffracted, to reduce light reflections occurring repeatedly inside the light emitting diode, thereby enhancing extraction of the light from the emitting layer out of the N-face surface as compared with a light emitting diode having a flat surface.
Electrical connection device including - a housing with at least one tubular cavity, and - at least one contact having a first portion and a second portion, the first portion having a cylindrical external surface of revolution about a longitudinal axis and being inserted into the tubular cavity of the housing and the second portion extending outside the tubular cavity and comprises two orientation zones, with an external surface that is not completely cylindrical of revolution about the longitudinal axis, characterized in that it further comprises an anti-rotation device, displaceable in translation in a placement direction, perpendicular to the longitudinal axis of the first portion of the contact, up to a final position, and having at least one surface complementary to the external surface of the orientation zone and abutting thereon when the anti-rotation device is in final position and the contact is oriented in an operating position, these two orientation zones being symmetrical to each other in relation to a plane including the longitudinal axis of the first portion of the contact and wherein the external surface, not completely cylindrical of revolution of each of the two orientation zones, is flat and said surface, of the antirotation device, complementary to the external surface of the orientation zones, is also flat. - a housing with at least one tubular cavity, and - at least one contact having a first portion and a second portion, the first portion having a cylindrical external surface of revolution about a longitudinal axis and being inserted into the tubular cavity of the housing and the second portion extending outside the tubular cavity and comprises two orientation zones, with an external surface that is not completely cylindrical of revolution about the longitudinal axis,
An operation system for an air conditioning device for operating an indoor unit including a plurality of air outlets that blows out air whose temperature is adjusted to an air conditioning region, and adjustment portions each of which is provided to correspond to each of the air outlets, with the adjustment portions that adjust at least one of a blowing direction of the air from the air outlets and existence/non-existence of blowout, and an operation device that receives an instruction of an operation of the adjustment portions, the operation system being characterized by further comprising an imaging device that takes an image of the air conditioning region such that a user located in the air conditioning region is included in the image; and wherein the operation device includes: a display unit; an image generating part that generates an operation image by overlapping the image of the air conditioning region taken by the imaging device with an image of the plurality of air outlets; a display control part that lets the display unit display the operation image; and a selection receiving part that receives selection of an air outlet on the operation image displayed on the display unit in order to identify the air outlet provided with the adjustment portion serving as an object to be operated. a display unit; an image generating part that generates an operation image by overlapping the image of the air conditioning region taken by the imaging device with an image of the plurality of air outlets; a display control part that lets the display unit display the operation image; and a selection receiving part that receives selection of an air outlet on the operation image displayed on the display unit in order to identify the air outlet provided with the adjustment portion serving as an object to be operated.