mhurhangee/ep-ind-claims huggingface dataset:
Motor-fan unit for a motor vehicle heating, ventilation and/or air conditioning installation, comprising: - a motor, - a motor support, - a control module support forming a bearing support for the motor, the motor support and the control module support each having at least one fastening zone, the fastening zones being able to cooperate with one another for the assembly of the motor support with the control module support, in at least two different positions of the motor support relative to the control module support, the motor support and the control module support having parallel main extension planes, and the fastening zone for fastening at least one of the supports (11, 23) being invariant under rotation through a predefined angle (α) about an axis substantially orthogonal to the main extension planes, characterized in that said at least one fastening zone for fastening the motor support and/or for fastening the control module support comprises at least two sets (29, 31) of mounting elements, each set (29, 31) of mounting elements being the image of another set (29, 31) of mounting elements under rotation through the predefined angle (α) about the axis substantially orthogonal to the main extension planes. - a motor, - a motor support, - a control module support forming a bearing support for the motor, the motor support and the control module support each having at least one fastening zone, the fastening zones being able to cooperate with one another for the assembly of the motor support with the control module support, in at least two different positions of the motor support relative to the control module support, the motor support and the control module support having parallel main extension planes, and the fastening zone for fastening at least one of the supports (11, 23) being invariant under rotation through a predefined angle (α) about an axis substantially orthogonal to the main extension planes, characterized in that said at least one fastening zone for fastening the motor support and/or for fastening the control module support comprises at least two sets (29, 31) of mounting elements, each set (29, 31) of mounting elements being the image of another set (29, 31) of mounting elements under rotation through the predefined angle (α) about the axis substantially orthogonal to the main extension planes.
A process for manufacturing a galvanized steel three-dimensional object with a shape including multiple edges, said process comprising, in the following order, the steps of: providing and cutting a steel sheet matrix with a thickness within a range from 0.8 mm to 6 mm, the shape of said steel sheet matrix including multiple free edges, batch-wise hot dipping said steel sheet matrix into a molten zinc alloy galvanizing bath, wherein the molten zinc alloy galvanizing bath comprises (a) from 2 to 25 weight % aluminum, (b) from 0 to 4% magnesium, (c) up to 0.1% other metals or silicium, and (d) the rest being zinc and wherein the batch-wise hot dipping step is performed until a zinc-based coating having a thickness within a range from 5 to 20 μm is formed at the surface of the steel sheet matrix, cold-forming the galvanized steel sheet matrix into a desired three-dimensional shape including multiple adjacent steel edges, and cold-forming a series of joining points for fastening together said multiple adjacent steel edges, to form said galvanized steel three-dimensional object, wherein step consists of cold-forming a series of clinching points for fastening together said multiple adjacent steel edges; wherein between the steps and the process involves an intermediate fluxing step consisting of batchwise immersing said steel metal matrix resulting from step into an aqueous fluxing bath based on a flux composition. providing and cutting a steel sheet matrix with a thickness within a range from 0.8 mm to 6 mm, the shape of said steel sheet matrix including multiple free edges, batch-wise hot dipping said steel sheet matrix into a molten zinc alloy galvanizing bath, wherein the molten zinc alloy galvanizing bath comprises (a) from 2 to 25 weight % aluminum, (b) from 0 to 4% magnesium, (c) up to 0.1% other metals or silicium, and (d) the rest being zinc and wherein the batch-wise hot dipping step is performed until a zinc-based coating having a thickness within a range from 5 to 20 μm is formed at the surface of the steel sheet matrix, cold-forming the galvanized steel sheet matrix into a desired three-dimensional shape including multiple adjacent steel edges, and cold-forming a series of joining points for fastening together said multiple adjacent steel edges, to form said galvanized steel three-dimensional object, wherein step consists of cold-forming a series of clinching points for fastening together said multiple adjacent steel edges;
A multiple dwelling house interphone system comprising: a collective entrance machine for calling a visit destination by a visitor; a dwelling room master device for responding to the call by a dweller; and a management master device for the manager to speak with the dweller, characterized in that the management master device includes: a speech permissibility storage section configured to register the permissibility of calling and speaking to the dwelling room master device for each dwelling unit; and a speech control section configured control the calling and/or speaking, wherein the speech control section is configured not to perform the calling control when a calling operation by the management master device is performed towards the dwelling room master device of a dwelling unit registered as unpermitted in the speech permissibility storage section. a collective entrance machine for calling a visit destination by a visitor; a dwelling room master device for responding to the call by a dweller; and a management master device for the manager to speak with the dweller, characterized in that the management master device includes: a speech permissibility storage section configured to register the permissibility of calling and speaking to the dwelling room master device for each dwelling unit; and a speech control section configured control the calling and/or speaking, wherein a speech permissibility storage section configured to register the permissibility of calling and speaking to the dwelling room master device for each dwelling unit; and a speech control section configured control the calling and/or speaking, wherein the speech control section is configured not to perform the calling control when a calling operation by the management master device is performed towards the dwelling room master device of a dwelling unit registered as unpermitted in the speech permissibility storage section.
Apparatus comprising one or more walls rotatable on an axis and raisable from a lowered position to upright position, each of said one or more walls residing between a pair of flanking flood barrier panels rotatable on an axis normal to said wall and raisable from a lowered position to upright position, said one or more walls configured to be raised, in the same direction as said panels rise, by one or both of said flanking panels as one panel rises or as both panels rise and to be lowered as or after the last of such flanking panels lowers, each said panel carrying a seal sealing against an adjacent contact surface on said one or more walls to seal between said panels and said one or more walls.
A combination of an apparatus to detect an image in an image plane and of a material web being a printed paper web, a foil web or a fabric web, wherein the image plane is located on the material web, wherein the apparatus comprises: a first sensor means and a first imaging means; and at least a second sensor means and at least a second imaging means; wherein the apparatus is adapted to detect a first detection area and at least a second detection area in the image plane, wherein the first sensor means and the first imaging means are disposed such that the first detection area is depicted by the first imaging means and captured by the first sensor means, wherein the second sensor means and the second imaging means are disposed such that the second detection area is depicted by the second imaging means and captured by the second sensor means, wherein the sensor means (211, 212) and the imaging means (213, 214) are disposed such that the second detection area is smaller than the first detection area, wherein the sensor means (211, 212) and the imaging means (213, 214) are disposed such that the second detection area comprises a portion of the first detection area, wherein the first imaging means comprises a first optical axis and the second imaging means comprises a second optical axis, wherein the first optical axis and the second optical axis extend parallel to one another, and wherein the first sensor means is disposed such that a centre of the first sensor means has an offset to the first optical axis, and/or the second sensor means is disposed such that a centre of the second sensor means has an offset to the second optical axis. a first sensor means and a first imaging means; and at least a second sensor means and at least a second imaging means; wherein the apparatus is adapted to detect a first detection area and at least a second detection area in the image plane, wherein the first sensor means and the first imaging means are disposed such that the first detection area is depicted by the first imaging means and captured by the first sensor means, wherein the second sensor means and the second imaging means are disposed such that the second detection area is depicted by the second imaging means and captured by the second sensor means, wherein the sensor means (211, 212) and the imaging means (213, 214) are disposed such that the second detection area is smaller than the first detection area, wherein the sensor means (211, 212) and the imaging means (213, 214) are disposed such that the second detection area comprises a portion of the first detection area, wherein the first imaging means comprises a first optical axis and the second imaging means comprises a second optical axis, wherein the first optical axis and the second optical axis extend parallel to one another, and wherein the first sensor means is disposed such that a centre of the first sensor means has an offset to the first optical axis, and/or the second sensor means is disposed such that a centre of the second sensor means has an offset to the second optical axis.
A frangible post for a roadside barrier comprising at least two post members (2, 3, 4) arranged perpendicular to each other, wherein the first post member (2, 3) comprises a region of weakness formed by compression of at least one surface and/or edge of the post, said region having a reduced width in comparison to an original width of the post in that region, characterised in that the at least two post members are arranged perpendicular to each other such that the post comprises a cross section having an "I" or "T" configuration, wherein the region of weakness in the first post member (2, 3) comprises at least one indent in the form of at least two notches (41, 42) each located on a lateral axis of the first post member (2,3) at a point along a length of the post and substantially opposed to one another on different sides or edges of the first post member (2, 3), wherein the region of weakness is arranged such that the post is frangible in the region of weakness upon impact of an end-on force substantially perpendicular to the lateral axis of the first post member (2, 3) and wherein the post retains tensile strength upon impact of a side-on force substantially parallel to the lateral axis of the first post member (2, 3).
An apparatus for indicating a resource occupied for channel state information calculation, configured in a terminal equipment, the apparatus comprising: a receiving unit configured to receive indication information transmitted by a network device, the indication information indicating that the first CSI report set needs to perform CSI report, and a content of the CSI report is related to L1-SINR, and the indication information further indicating at least one of the following conditions associated with a first CSI report set that: a CSI measurement resource set associated with the first CSI report set only comprises channel measurement resource(s); and a CSI measurement resource set associated with the first CSI report set comprises channel measurement resource(s) and interference measurement resource(s); and a determining unit configured to determine, according to the indication information, a time, T, and a number, K, of CSI processing units, CPUs, occupied by CSI report or CSI measurement to which the first CSI report set corresponds, wherein the number, K, of CSI processing units occupied by CSI report or CSI measurement to which the first CSI report set corresponds is 1. a receiving unit configured to receive indication information transmitted by a network device, the indication information indicating that the first CSI report set needs to perform CSI report, and a content of the CSI report is related to L1-SINR, and the indication information further indicating at least one of the following conditions associated with a first CSI report set that: a CSI measurement resource set associated with the first CSI report set only comprises channel measurement resource(s); and a CSI measurement resource set associated with the first CSI report set comprises channel measurement resource(s) and interference measurement resource(s); and a CSI measurement resource set associated with the first CSI report set only comprises channel measurement resource(s); and a CSI measurement resource set associated with the first CSI report set comprises channel measurement resource(s) and interference measurement resource(s); and a determining unit configured to determine, according to the indication information, a time, T, and a number, K, of CSI processing units, CPUs, occupied by CSI report or CSI measurement to which the first CSI report set corresponds, wherein the number, K, of CSI processing units occupied by CSI report or CSI measurement to which the first CSI report set corresponds is 1.
A windshield wiper comprising: a wiper assembly comprising: a wiper support structure; and a wiper blade attached to the wiper support structure; a scrubber assembly comprising: a scrubber support structure; an elongated scrubber element movably attached to the scrubber support structure, the scrubber element having a central longitudinal axis extending in the elongate direction between a first end and a spaced apart second end; and a motor mounted to the scrubber support structure, the motor engaged with the scrubber element to reciprocally move the scrubber element along the central longitudinal axis; and characterised in that the windshield wiper further comprises: an engaging assembly coupled with the wiper assembly and the scrubber assembly, the engaging assembly configured to raise and lower the scrubber assembly with respect to the wiper assembly. a wiper assembly comprising: a wiper support structure; and a wiper blade attached to the wiper support structure; a wiper support structure; and a wiper blade attached to the wiper support structure; a scrubber assembly comprising: a scrubber support structure; an elongated scrubber element movably attached to the scrubber support structure, the scrubber element having a central longitudinal axis extending in the elongate direction between a first end and a spaced apart second end; and a motor mounted to the scrubber support structure, the motor engaged with the scrubber element to reciprocally move the scrubber element along the central longitudinal axis; and characterised in that the windshield wiper further comprises: a scrubber support structure; an elongated scrubber element movably attached to the scrubber support structure, the scrubber element having a central longitudinal axis extending in the elongate direction between a first end and a spaced apart second end; and a motor mounted to the scrubber support structure, the motor engaged with the scrubber element to reciprocally move the scrubber element along the central longitudinal axis; and characterised in that the windshield wiper further comprises: an engaging assembly coupled with the wiper assembly and the scrubber assembly, the engaging assembly configured to raise and lower the scrubber assembly with respect to the wiper assembly.
A displacement detection device, comprising: a plurality of displacement detection sensors (32A, 32B, 32C); and a plurality of interrupting means (SWA, SWB, SWC), each of which is able to interrupt supply of power for operating a corresponding one of the displacement detection sensors; and an electronic control unit which is configured to detect a short-circuit fault of one of the displacement detection sensors (32A, 32B, 32C), to disconnect the one of the displacement detection sensors having the short-circuit fault, and to switch a mode for detection with the use of the other displacement detection sensors (32B, 32C). a plurality of displacement detection sensors (32A, 32B, 32C); and a plurality of interrupting means (SWA, SWB, SWC), each of which is able to interrupt supply of power for operating a corresponding one of the displacement detection sensors; and an electronic control unit which is configured to detect a short-circuit fault of one of the displacement detection sensors (32A, 32B, 32C), to disconnect the one of the displacement detection sensors having the short-circuit fault, and to switch a mode for detection with the use of the other displacement detection sensors (32B, 32C).
A method of managing an elevator system (204, 304, 404) based on a location and status of a mobile device (208, 308, 408), the method comprising: determining a current status of a mobile device (208, 308, 408), comprising determining a location of the mobile device (208, 308, 408); receiving a destination request from the mobile device (208, 308, 408); and dispatching an elevator car (204, 306, 404) based on the destination request and the current status; characterized in that the current status comprises: one or more of a no intent to use elevator status, an idle approaching of the elevator status, a waiting for elevator status, a boarded elevator status, and an exited at destination floor status. determining a current status of a mobile device (208, 308, 408), comprising determining a location of the mobile device (208, 308, 408); receiving a destination request from the mobile device (208, 308, 408); and dispatching an elevator car (204, 306, 404) based on the destination request and the current status; characterized in that the current status comprises: one or more of a no intent to use elevator status, an idle approaching of the elevator status, a waiting for elevator status, a boarded elevator status, and an exited at destination floor status.
A method (100, 500) of generating an identifier from a semiconductor device comprising a volatile memory having a plurality of memory cells, the method comprising: (a) causing the memory cells to assume a plurality of pseudo-random bit values inherent to variations in the microstructure of the memory cells; (b) retrieving the pseudo-random bit values from at least a subset of the plurality of memory cells; and (c) generating the identifier from the retrieved bit values, characterized in that at least some the memory cells from which the pseudo-random bit values are retrieved can assume a different pseudo-random bit value upon repetition of said causing step, and in that the method further comprises repeating steps (a) and (b), wherein the step of generating the identifier comprises combining the bit values retrieved from the various repeated steps (b). (a) causing the memory cells to assume a plurality of pseudo-random bit values inherent to variations in the microstructure of the memory cells; (b) retrieving the pseudo-random bit values from at least a subset of the plurality of memory cells; and (c) generating the identifier from the retrieved bit values, characterized in that at least some the memory cells from which the pseudo-random bit values are retrieved can assume a different pseudo-random bit value upon repetition of said causing step, and in that the method further comprises repeating steps (a) and (b), wherein the step of generating the identifier comprises combining the bit values retrieved from the various repeated steps (b).
A power adaptor comprising an input for connection to an AC power supply, an output for connection to a load, a drive circuit, and a resonant circuit coupled to the input via the drive circuit and that provides power to the output suitable for driving the load, the resonant circuit having two or more resonant frequencies, which are not harmonics of each other, wherein the power adaptor includes a controller adapted to control the drive circuit to drive the resonant circuit at, or near, each of the two or more resonant frequencies in two or more different modes to select different characteristics of the current drawn from the AC power supply, in use, and characterised in that the controller is adapted to detect a power reducing device of the AC power supply and select a pre-determined current profile for determining the characteristics of the current to be drawn from the AC power supply.
Contact device in a battery pack of a plurality of individual battery cells, in particular flat cells, held in a predetermined arrangement relative to one another, with a flat cathode arrester and a flat anode arrester, each routed out of a battery cell, wherein for electric connection an arrester of a first battery cell and an arrester of an adjacent battery cell are located next to each other and electrically connected to each other via a contact device, wherein the contact device consists of an oblong spacing element located between two arresters (7, 8) and an oblong clamping element encompassing the arresters (7, 8) and the spacing element and the clamping element holds the arresters (7, 8) in an electrically connecting manner on the side faces (24, 25) of the spacing element, wherein the clamping element consists of a base body, which has a U-shaped cross-section and the legs of which have inner contact surfaces facing each other and a side face (24, 25) of the spacing element is located opposite each contact surface, wherein the side faces (24, 25) and the contact surface lie at an angle (α, β) to the longitudinal central axis of the contact device, and wherein a connecting force divided in the plane of the contact surface into a shear force acting parallel to the contact surface and a joining force acting perpendicularly to the contact surface is applied between the clamping element and the spacing element, characterised in that the clamping element and/or the spacing element consist(s) of an electrically conductive material, and in that the contact surface of the clamping element and/or the side face (24, 25) of the spacing element is/are toughened by a three-dimensional surface structure (48, 58).