mhurhangee/ep-ind-claims huggingface dataset:
Method for allocating an elevator in an elevator system, which elevator system comprises at least one elevator and also an interface for transmitting data connected to advance calls, meaning a call that is recorded in the elevator system for being performed at a later time that is determined by an activation condition connected to the advance call, the activation condition being e.g. a time window, during which a passenger wants to use elevators to get to the point to which he/she wants to go,wherein the method comprises the phases: an advance call is registered via the aforementioned interface on the basis of the data received; the address data, e.g. the mobile phone number or e-mail address of a passenger of at least one passenger is connected to the advance call; it is deduced whether the activation condition is fulfilled; an elevator is allocated for the use of the aforementioned at least one passenger when the activation condition of the advance call is fulfilled; and a notification about the allocation of an elevator is sent to the aforementioned at least one passenger to the address indicated by the aforementioned address data, characterized in that statistical data about the elevator journeys made by passengers is collected; and a passenger-specific advance call is automatically registered on the basis of the aforementioned statistical data. an advance call is registered via the aforementioned interface on the basis of the data received; the address data, e.g. the mobile phone number or e-mail address of a passenger of at least one passenger is connected to the advance call; it is deduced whether the activation condition is fulfilled; an elevator is allocated for the use of the aforementioned at least one passenger when the activation condition of the advance call is fulfilled; and a notification about the allocation of an elevator is sent to the aforementioned at least one passenger to the address indicated by the aforementioned address data, characterized in that statistical data about the elevator journeys made by passengers is collected; and a passenger-specific advance call is automatically registered on the basis of the aforementioned statistical data.
A magnetic bearing comprising: a stator having a plurality of electromagnets which apply electromagnetic force to a drive shaft; and a controller performing position control of the drive shaft, characterized in that the position control is performed by dividing a control region in two control regions based on an extent of an individual difference between the electromagnets regarding a correlation between two or more parameters among a current (i) flowing through the electromagnets, the number of flux linkages (ψ) passing through the electromagnets, a gap width between the stator and the drive shaft, magnetic energy (Wm) of the electromagnets, magnetic co-energy (Wm') in the electromagnets, electromagnetic force generated by the electromagnets, and a parameter calculated based on these parameters, and by using a control model common for all of the electromagnets for a first control region, which is a control region with a small individual difference, and control models provided one for each of the electromagnets or one for each of a predetermined number of electromagnet groups for a second control region, which is a control region with a large individual difference. a stator having a plurality of electromagnets which apply electromagnetic force to a drive shaft; and a controller performing position control of the drive shaft, characterized in that the position control is performed by dividing a control region in two control regions based on an extent of an individual difference between the electromagnets regarding a correlation between two or more parameters among a current (i) flowing through the electromagnets, the number of flux linkages (ψ) passing through the electromagnets, a gap width between the stator and the drive shaft, magnetic energy (Wm) of the electromagnets, magnetic co-energy (Wm') in the electromagnets, electromagnetic force generated by the electromagnets, and a parameter calculated based on these parameters, and by using a control model common for all of the electromagnets for a first control region, which is a control region with a small individual difference, and control models provided one for each of the electromagnets or one for each of a predetermined number of electromagnet groups for a second control region, which is a control region with a large individual difference.
Extractor hood comprising at least one housing device which has at least one treatment portion having a round cross section and which has at least one inlet opening for sucking in vapours and at least one outlet opening for blowing out treated air, at least one flow-tight separating device being arranged in the treatment portion, which separating device divides the treatment portion into at least one lower inlet portion having the inlet opening and at least one upper blow-out portion having the outlet opening, at least one passage being provided in the separating device as a connection between the lower inlet portion and the upper blow-out portion, at least one fan device being arranged on the passage, which fan device sucks in air from the inlet opening and blows it out towards the outlet opening, at least one annular receiving chamber suitable for receiving at least two filter units being formed in the upper blow-out portion of the treatment portion between the separating device and the outlet opening, which chamber is accessible at least in portions via at least one cut-out in the separating device in order to remove and/or insert the filter units through this cut-out, characterised in that the extractor hood comprises at least two filter units and at least one driver device which is provided in the upper blow-out portion in order to shift the filter units within the annular receiving chamber in order to move said units from a non-accessible region of the annular receiving chamber to the cut-out. at least one flow-tight separating device being arranged in the treatment portion, which separating device divides the treatment portion into at least one lower inlet portion having the inlet opening and at least one upper blow-out portion having the outlet opening, at least one passage being provided in the separating device as a connection between the lower inlet portion and the upper blow-out portion, at least one fan device being arranged on the passage, which fan device sucks in air from the inlet opening and blows it out towards the outlet opening, at least one annular receiving chamber suitable for receiving at least two filter units being formed in the upper blow-out portion of the treatment portion between the separating device and the outlet opening, which chamber is accessible at least in portions via at least one cut-out in the separating device in order to remove and/or insert the filter units through this cut-out, characterised in that the extractor hood comprises at least two filter units and at least one driver device which is provided in the upper blow-out portion in order to shift the filter units within the annular receiving chamber in order to move said units from a non-accessible region of the annular receiving chamber to the cut-out.
A weighted vest comprising a load-bearing belt; wherein the belt comprises an elongate belt-connector for receipt of a load from the weighted vest, a stabilising insert at the back of the belt, and a retainer; wherein the weighted vest comprises a receiver for the belt-connector; characterised in that the belt-connector extends in a direction generally upwards in line with the back of a wearer; wherein the belt-connector comprises a substantially rigid bar; and wherein the belt-connector is variably adjustable, constantly and automatically adjusting for lateral movement in order to support and spread the effects of the weight carried.
Mould for forming motor vehicle components, these components being made of plastic and comprising a partially overmoulded threaded insert, the mould comprising a first part and a second part defining a moulding chamber, and an insert holding system intended to hold the insert in the mould, characterised in that the insert holding system comprises a motor and a screw component intended to be screwed on the insert, the motor being adapted to move the screw component such that the insert is fixed to the screw component by translation and rotation movements, this motor comprising a stop adapted to cooperate with a counter-stop so that when the stop comes into contact with the counter-stop, the translation movement of the screw component is prevented, without this having any effect on the rotation movement of the screw component.
Heat exchanger comprising pipes, 1.1 which extend in an axial direction and are provided to be flowed through transversely to the axial direction from the outside, 1.2 and ribs in contact with the pipes externally which extend transversely to the axial direction of the pipes, 1.3 wherein the ribs have openings for receiving the pipes, 1.4 wherein the openings are each surrounded by an unprofiled ring of the ribs which borders each respective opening and which is oriented transversely to the axial direction of the pipes, 1.5 wherein the ribs have first areas and second areas which differ in relation to their surface structure, wherein the surface structures of the second areas are not even, 1.6 wherein the second surface structures comprise at least one ring-shaped running recess which surrounds the openings for receiving the pipes, characterised in that 1.7 the second surface structures comprise at least one ring-shaped running ridge spaced radially apart from the ring-shaped running recess. 1.1 which extend in an axial direction and are provided to be flowed through transversely to the axial direction from the outside, 1.2 and ribs in contact with the pipes externally which extend transversely to the axial direction of the pipes, 1.3 wherein the ribs have openings for receiving the pipes, 1.4 wherein the openings are each surrounded by an unprofiled ring of the ribs which borders each respective opening and which is oriented transversely to the axial direction of the pipes, 1.5 wherein the ribs have first areas and second areas which differ in relation to their surface structure, wherein the surface structures of the second areas are not even, 1.6 wherein the second surface structures comprise at least one ring-shaped running recess which surrounds the openings for receiving the pipes, characterised in that 1.7 the second surface structures comprise at least one ring-shaped running ridge spaced radially apart from the ring-shaped running recess.
An engagement system for attaching a container to a vehicle, the engagement system comprising: a support which is attachable to a container; a base which is attachable to a vehicle and having a locking member for releasably securing the support to the base; wherein the base and the support are inter-engageable such that upon attachment of the base to the vehicle and upon attachment of the support to the container, the base and the support are maintained in inter-engagement with each other by the locking member to releasably secure the container to the vehicle; wherein the locking member comprises a locking mechanism and the support comprises an aperture (47, 49) through which at least part of the locking mechanism may extend so that the locking mechanism can engage with the support and retain the support relative to the base; characterised in that the locking mechanism is key operable; and wherein the base comprises a second locking mechanism having a body and a cable extending therefrom and wherein the cable has a free end which is engageable with at least one of the second locking mechanism or the first locking mechanism, for locking accessories to the base via the cable. a support which is attachable to a container; a base which is attachable to a vehicle and having a locking member for releasably securing the support to the base; wherein the base and the support are inter-engageable such that upon attachment of the base to the vehicle and upon attachment of the support to the container, the base and the support are maintained in inter-engagement with each other by the locking member to releasably secure the container to the vehicle; wherein the locking member comprises a locking mechanism and the support comprises an aperture (47, 49) through which at least part of the locking mechanism may extend so that the locking mechanism can engage with the support and retain the support relative to the base; characterised in that the locking mechanism is key operable; and wherein the base comprises a second locking mechanism having a body and a cable extending therefrom and wherein the cable has a free end which is engageable with at least one of the second locking mechanism or the first locking mechanism, for locking accessories to the base via the cable.
Method for manufacturing a bismuth based pigment having an improved alkaline resistance, the method comprising: i) obtaining a dried bismuth based pigment; ii) encapsulation of the bismuth based pigment using a chelating agent; iii) final processing of the encapsulated pigment comprising a step of dispersing, milling, separating, purifying, filtering, washing, or a combination thereof; and iv) drying of the pigment. i) obtaining a dried bismuth based pigment; ii) encapsulation of the bismuth based pigment using a chelating agent; iii) final processing of the encapsulated pigment comprising a step of dispersing, milling, separating, purifying, filtering, washing, or a combination thereof; and iv) drying of the pigment.
Measuring device, in particular a vectorial network analyser, which can be connected via at least two ports (T1, T2) to a device under test, comprising: several excitation units (2 1; 2 2) each assigned to a port (T1; T2), wherein each excitation unit (2 1; 2 2) has a signal generator (SO1; S02), with which the assigned port (T1; T2) can be supplied with an excitation signal; a phase-measuring device (9 1, 9 2, 17) for measuring, at measuring positions (M1, M2), the actual phase offset between the excitation signals output at the ports (T1; T2); and a control device, which varies the frequency (f SO1; f SO2) of at least one of the two signal generators (SO1; S02) during a correction interval (T corr) in such a manner that a specified set phase offset is achieved at reference positions (R1, R2) between the excitation signals output at the ports (T1, T2), characterised in that a relationship between a set phase difference (ΔΦ) at the reference positions (R1, R2) and an associated set phase difference (Δφ) at the measuring positions (M1, M2) is determined by means of calibration, wherein the calibration is carried out for each frequency point which can be controlled by the measuring device, and wherein the reference positions (R1, R2) are connected to ports of the measuring device via measuring cables (3 1, 3 2). several excitation units (2 1; 2 2) each assigned to a port (T1; T2), wherein each excitation unit (2 1; 2 2) has a signal generator (SO1; S02), with which the assigned port (T1; T2) can be supplied with an excitation signal; a phase-measuring device (9 1, 9 2, 17) for measuring, at measuring positions (M1, M2), the actual phase offset between the excitation signals output at the ports (T1; T2); and a control device, which varies the frequency (f SO1; f SO2) of at least one of the two signal generators (SO1; S02) during a correction interval (T corr) in such a manner that a specified set phase offset is achieved at reference positions (R1, R2) between the excitation signals output at the ports (T1, T2), characterised in that a relationship between a set phase difference (ΔΦ) at the reference positions (R1, R2) and an associated set phase difference (Δφ) at the measuring positions (M1, M2) is determined by means of calibration, wherein the calibration is carried out for each frequency point which can be controlled by the measuring device, and wherein the reference positions (R1, R2) are connected to ports of the measuring device via measuring cables (3 1, 3 2).
An amorphous solid dispersion comprising a tetrazole derivative of the formula or a pharmaceutically acceptable salt thereof as an active ingredient and a water-soluble polymer: wherein, R 1 is quinoline, isoquinoline, quinoxaline, pyridine, pyrazine, naphthalene, phenyl, thiophene, furan, 4-oxo-4H-chromene or cinnoline, which is unsubstituted or substituted by C 1 -C 5 alkyl, hydroxyl, C 1 -C 5 alkoxy, halogen, trifluoromethyl, nitro or amino; R 2 to R 5 and R 8 to R 11 are each independently H, hydroxyl, halogen, nitro, C 1 -C 5 alkyl or C 1 - 5 alkoxy; R 6 and R 7 are each independently H, hydroxyl, halogen, nitro, C 1 - s alkylene or C 1 - 5 alkoxy; and R 6 and R 7 may be connected to form a 4- to 8-membered ring; m and n are each independently integers ranging from 0 to 4; and X is CH 2, O or S. R 1 is quinoline, isoquinoline, quinoxaline, pyridine, pyrazine, naphthalene, phenyl, thiophene, furan, 4-oxo-4H-chromene or cinnoline, which is unsubstituted or substituted by C 1 -C 5 alkyl, hydroxyl, C 1 -C 5 alkoxy, halogen, trifluoromethyl, nitro or amino; R 2 to R 5 and R 8 to R 11 are each independently H, hydroxyl, halogen, nitro, C 1 -C 5 alkyl or C 1 - 5 alkoxy; R 6 and R 7 are each independently H, hydroxyl, halogen, nitro, C 1 - s alkylene or C 1 - 5 alkoxy; and R 6 and R 7 may be connected to form a 4- to 8-membered ring; m and n are each independently integers ranging from 0 to 4; and X is CH 2, O or S.
An apparatus for supporting imaging equipment comprising: a main support member comprising: a base member having a first end portion and a second end portion; a first member having a proximal end portion and a distal end portion, wherein the proximal end portion is connected with the first end portion of the base member, wherein the first member is adapted to support a light source; a second member having a proximal end portion and a distal end portion, wherein the proximal end portion is connected with the second end portion of the base member; wherein the distal end portion of the second member is adapted to support a camera; and an alignment member having a first end portion and a second end portion, characterized in that the first end portion is releasably connectable with the distal end portion of the first member and the second end portion is releasably connectable with the base member, and wherein the alignment member includes at least one slot parallel to the first member. a main support member comprising: a base member having a first end portion and a second end portion; a first member having a proximal end portion and a distal end portion, wherein the proximal end portion is connected with the first end portion of the base member, wherein the first member is adapted to support a light source; a second member having a proximal end portion and a distal end portion, wherein the proximal end portion is connected with the second end portion of the base member; wherein the distal end portion of the second member is adapted to support a camera; and a base member having a first end portion and a second end portion; a first member having a proximal end portion and a distal end portion, wherein the proximal end portion is connected with the first end portion of the base member, wherein the first member is adapted to support a light source; a second member having a proximal end portion and a distal end portion, wherein the proximal end portion is connected with the second end portion of the base member; wherein the distal end portion of the second member is adapted to support a camera; and an alignment member having a first end portion and a second end portion, characterized in that the first end portion is releasably connectable with the distal end portion of the first member and the second end portion is releasably connectable with the base member, and wherein the alignment member includes at least one slot parallel to the first member.
A method of operating a cellular telecommunications network comprising a plurality of base stations, wherein each base station of the plurality of base stations has an operational parameter being one of a set of values, wherein the set includes k values, the method comprising the steps of: defining a first graph comprising a first plurality of nodes and a first plurality of edges, wherein a node of the first plurality of nodes represents a first base station of the plurality of base stations, and an edge of the first plurality of edges represents a first neighbouring relationship between two base stations of the plurality of base stations, wherein each edge of the first plurality of edges has an associated first weight value; partitioning the first graph into a first set of sub-graphs, wherein the first set of sub-graphs includes k sub-graphs, each having a subset of the first plurality of nodes and a subset of the first plurality of edges, such as to minimise a first sum value of all first weight values associated with each edge of each subset of the first plurality of edges in all sub-graphs of the first set of sub-graphs; calculating a first conflict value based on the first sum value; and initiating a change relating to the operating parameter to one or more base stations in the plurality of base stations if the first conflict value satisfies a condition. defining a first graph comprising a first plurality of nodes and a first plurality of edges, wherein a node of the first plurality of nodes represents a first base station of the plurality of base stations, and an edge of the first plurality of edges represents a first neighbouring relationship between two base stations of the plurality of base stations, wherein each edge of the first plurality of edges has an associated first weight value; partitioning the first graph into a first set of sub-graphs, wherein the first set of sub-graphs includes k sub-graphs, each having a subset of the first plurality of nodes and a subset of the first plurality of edges, such as to minimise a first sum value of all first weight values associated with each edge of each subset of the first plurality of edges in all sub-graphs of the first set of sub-graphs; calculating a first conflict value based on the first sum value; and initiating a change relating to the operating parameter to one or more base stations in the plurality of base stations if the first conflict value satisfies a condition.