mhurhangee/ep-ind-claims huggingface dataset:
A geared motor, having - a housing part manufactured by means of a die casting process and - an input shaft, - wherein a first pusher is moved in a first pulling direction and a second pusher is moved in a second pulling direction for demoulding during the die casting process or wherein a first pusher is moved in a first pulling direction and a second pusher is moved in a second pulling direction for demoulding after the die casting process, wherein the housing part has a channel demoulded in the first pulling direction using a first pusher, which channel passes through the wall of the housing and issues into the interior region of the gear, characterised in that a non-zero angle is provided between the first pulling direction and the rotational axis of the input shaft, the amount of the angle being between 5° and 45°, wherein the housing part is connected to a gear cover, wherein the connecting surface is plane, wherein the gear cover is connected to the housing part by means of screws, wherein the plane connecting surface is oriented parallel to the rotational axis of the input shaft and parallel to the rotational axis of the intermediate shaft, wherein the screw axial directions of the screws are oriented parallel to the second pulling direction. having - a housing part manufactured by means of a die casting process and - an input shaft, - wherein a first pusher is moved in a first pulling direction and a second pusher is moved in a second pulling direction for demoulding during the die casting process or wherein a first pusher is moved in a first pulling direction and a second pusher is moved in a second pulling direction for demoulding after the die casting process, wherein the housing part has a channel demoulded in the first pulling direction using a first pusher, which channel passes through the wall of the housing and issues into the interior region of the gear, - a housing part manufactured by means of a die casting process and - an input shaft, - wherein a first pusher is moved in a first pulling direction and a second pusher is moved in a second pulling direction for demoulding during the die casting process or wherein a first pusher is moved in a first pulling direction and a second pusher is moved in a second pulling direction for demoulding after the die casting process, characterised in that a non-zero angle is provided between the first pulling direction and the rotational axis of the input shaft, the amount of the angle being between 5° and 45°, wherein the housing part is connected to a gear cover, wherein the connecting surface is plane, wherein the gear cover is connected to the housing part by means of screws, wherein the plane connecting surface is oriented parallel to the rotational axis of the input shaft and parallel to the rotational axis of the intermediate shaft, wherein the screw axial directions of the screws are oriented parallel to the second pulling direction.
A pro-ligand of formula I or its tautomeric form of formula I' Wherein R 1, R 3, R 4, R 5, R 6 and R 7 are the same and are selected from hydrogen, wherein Z is Si, wherein R 2 are the same and are selected from phenyl groups or tertio-butyl groups, and wherein R 8 is selected from CH 2 -(2-pyridyl), alpha-quinoleine or C 6 F 5.
A bottle comprising an envelop defining a housing, said bottle being molded from at least one thermoplastic polymer of at least one FuranDiCarboxylic Acid (FDCA) monomer, preferably 2,5-FuranDiCarboxylic Acid (2,5-FDCA) monomer, and at least one diol monomer, preferably monoethylene glycol monomer, wherein the envelop is provided with at least one imprint (10a, 10b, 15, 16).
A system for integrating automated furniture accessories with automated furniture items, comprising: a control component for controlling features of an automated furniture item, the control component comprising: a wireless communication device; a bus; and at least one automated furniture accessory coupled to the bus, wherein one or more features of the at least one automated furniture accessory are controllable by a remote device wirelessly coupled to the control component, characterized in that the control component is configured to automatically receive one or more items of information, provided by the at least one automated furniture accessory, in response to coupling the at least one automated furniture accessory to the control component; and the remote device is configured to wirelessly control the at least one automated furniture accessory based on communication between the control component and the remote device, wherein the communication between the control component and the remote device comprises the one or more items of information provided to the control component by the automated furniture accessory. a control component for controlling features of an automated furniture item, the control component comprising: a wireless communication device; a bus; and at least one automated furniture accessory coupled to the bus, wherein one or more features of the at least one automated furniture accessory are controllable by a remote device wirelessly coupled to the control component, characterized in that the control component is configured to automatically receive one or more items of information, provided by the at least one automated furniture accessory, in response to coupling the at least one automated furniture accessory to the control component; and the remote device is configured to wirelessly control the at least one automated furniture accessory based on communication between the control component and the remote device, wherein the communication between the control component and the remote device comprises the one or more items of information provided to the control component by the automated furniture accessory.
Composition comprising, based on the total mass of the composition A) at least 10 wt% of a binder based on calcium sulfate and B) 0.005 to 5 wt% of an additive prepared from i) at least one water-soluble salt of a polyvalent metal cation, ii) at least one compound able to release an anion which forms a sparingly soluble salt with the polyvalent metal cation, and iii) at least one polymeric dispersant which comprises anionic and/or anionogenic groups and polyether side chains, the polyvalent metal cation being selected from Al 3+, Fe 3+, Fe 2+, Zn 2+, Mn 2+, Cu 2+, Mg 2+, Ca 2+, Sr 2+, Ba 2+ and mixtures thereof, the metal cation being present in an amount such that the following relation according to formula (a) is greater than 0.1 and less than or equal to 30: 0.1 < Σ i z K, i × n K, i Σ j z s, j × n s, j ≤ 30 and where z K,i is the amount of the charge number of the polyvalent metal cation, n K,i is the number of moles of the polyvalent metal cation, z S,j is the amount of the charge number of the anionic and anionogenic group present in the polymeric dispersant, and n S,j is the number of moles of the anionic and anionogenic group present in the polymeric dispersant, the indices i and j are independent of one another and are an integer greater than 0, where i is the number of different polyvalent metal cations and j is the number of different anionic and anionogenic groups present in the polymeric dispersant. i) at least one water-soluble salt of a polyvalent metal cation, ii) at least one compound able to release an anion which forms a sparingly soluble salt with the polyvalent metal cation, and iii) at least one polymeric dispersant which comprises anionic and/or anionogenic groups and polyether side chains, z K,i is the amount of the charge number of the polyvalent metal cation, n K,i is the number of moles of the polyvalent metal cation, z S,j is the amount of the charge number of the anionic and anionogenic group present in the polymeric dispersant, and n S,j is the number of moles of the anionic and anionogenic group present in the polymeric dispersant,
Use of a cooling and release agent for reusable casting dies, in particular steel casting dies, wherein the cooling and release agent is made from a concentrate with an active substance dissolved in water, characterized in that the concentrate comprises a gelatin at a weight proportion of from 10% to 50%, which has a molecular weight of from 1,000 to 7,000 Dalton and a nitrogen content of from 16 to 19%.
A light weight media sheet for high speed printing, comprising: a paper substrate having a basis weight of less than 100 gsm; a first flatness control layer applied directly to a first side of the paper substrate, the first flatness control layer having a coating weight from 1 to 15 gsm, wherein the first flatness control layer comprises a polymer selected from the group consisting of a blend of a polyvinyl alcohol and a polyamide, a blend of a polyamide and a crosslinked polyvinylpolypyrrolidone, and a polyvinyl alcohol modified with a reactive acetacetyl group; and a first ink-receiving layer applied directly to the first flatness control layer, the first ink-receiving layer having a coating weight from 1 to 40 gsm, wherein the light weight media sheet has a total basis weight from 40 to 150 gsm. a paper substrate having a basis weight of less than 100 gsm; a first flatness control layer applied directly to a first side of the paper substrate, the first flatness control layer having a coating weight from 1 to 15 gsm, wherein the first flatness control layer comprises a polymer selected from the group consisting of a blend of a polyvinyl alcohol and a polyamide, a blend of a polyamide and a crosslinked polyvinylpolypyrrolidone, and a polyvinyl alcohol modified with a reactive acetacetyl group; and a first ink-receiving layer applied directly to the first flatness control layer, the first ink-receiving layer having a coating weight from 1 to 40 gsm, wherein the light weight media sheet has a total basis weight from 40 to 150 gsm.
A switch element, comprising: a switch device having a drain, a source and a plurality of gates, the gates configured as Schottky contacts; and at least one additional interconnect (A, 260, 288, B, 265, 292, C, 330, E, 380) located between the plurality of gates, the at least one additional interconnect (A, 260, 288, B, 265, 292, C, 330, E, 380) operative to establish a constant potential between two adjacent gates. a switch device having a drain, a source and a plurality of gates, the gates configured as Schottky contacts; and at least one additional interconnect (A, 260, 288, B, 265, 292, C, 330, E, 380) located between the plurality of gates, the at least one additional interconnect (A, 260, 288, B, 265, 292, C, 330, E, 380) operative to establish a constant potential between two adjacent gates.
A tracking-type window blind apparatus using solar modules, comprising: a plurality of sunshades which are separated from each other by a controlled distance and adjust a light transmission amount; solar modules, each of which is attached to a first region (b1, c1) of a respective one of the plurality of sunshades and generating power by using solar light; a driver which is connected with the plurality of sunshades to adjust an inclination angle of each sunshade and a distance between the sunshades; and a controller which controls the inclination of each sunshade and the distance between the sunshades according to a current season and time, and a solar altitude angle, wherein each of the plurality of sunshades further comprises a rotation axis that divides each of the plurality of sunshades into the first region (b1, c1) to which the solar module is attached and a second region (b2, c2) to which the solar module is not attached, and wherein at least one of the first region (b1, c1) and the second region (b2, c2) rotates with reference to the rotation axis by controlling of the controller such that an angle between the first region (b1, c1) and the second region (b2, c2) is changed. a plurality of sunshades which are separated from each other by a controlled distance and adjust a light transmission amount; solar modules, each of which is attached to a first region (b1, c1) of a respective one of the plurality of sunshades and generating power by using solar light; a driver which is connected with the plurality of sunshades to adjust an inclination angle of each sunshade and a distance between the sunshades; and a controller which controls the inclination of each sunshade and the distance between the sunshades according to a current season and time, and a solar altitude angle, wherein each of the plurality of sunshades further comprises a rotation axis that divides each of the plurality of sunshades into the first region (b1, c1) to which the solar module is attached and a second region (b2, c2) to which the solar module is not attached, and wherein at least one of the first region (b1, c1) and the second region (b2, c2) rotates with reference to the rotation axis by controlling of the controller such that an angle between the first region (b1, c1) and the second region (b2, c2) is changed.
Device for coating a pipe or portion of a pipe, which have an outer surface determined by the outer circumference of the pipe or portion of a pipe, which device comprises: - a moving device, which can rotate around the outer surface of the pipe or portion of a pipe; and - a coating nozzle, which is connected to a molten-polymer source to form a polymer film, which nozzle is attached to the device, which can rotate around the pipe; - a feed tube (19, 20), which forms at least part of the feed route of the molten polymer from the source to the coating nozzle, characterized in that the feed tube comprises: - rigid tubes. and - connectors, which connectors comprise at least two connector parts (21; 24, 27) for connection to the rigid tubes (19, 20) of the feed tube and bearings fitted between the connector parts, which permits the connector parts (21; 24, 27) to rotate around their common longitudinal axis and keeps the connector parts (21; 24, 27) coaxial to each other so that a movement parallel to the longitudinal axis and rotation away from the longitudinal axis is prevented and the pressure in the feed tube cannot stress the bearings and thus stiffen or prevent the movement of the connector parts, and the feed tube is formed of - at least one rigid tube that is bent over at least part of its length to an angle to the direction of the longitudinal axis of a connector determined by the connector parts (21; 24, 27),and - several rigid tubes and connectors. - a moving device, which can rotate around the outer surface of the pipe or portion of a pipe; and - a coating nozzle, which is connected to a molten-polymer source to form a polymer film, which nozzle is attached to the device, which can rotate around the pipe; - a feed tube (19, 20), which forms at least part of the feed route of the molten polymer from the source to the coating nozzle, - rigid tubes. and - connectors, which connectors comprise at least two connector parts (21; 24, 27) for connection to the rigid tubes (19, 20) of the feed tube and bearings fitted between the connector parts, which permits the connector parts (21; 24, 27) to rotate around their common longitudinal axis and keeps the connector parts (21; 24, 27) coaxial to each other so that a movement parallel to the longitudinal axis and rotation away from the longitudinal axis is prevented and the pressure in the feed tube cannot stress the bearings and thus stiffen or prevent the movement of the connector parts, and - at least one rigid tube that is bent over at least part of its length to an angle to the direction of the longitudinal axis of a connector determined by the connector parts (21; 24, 27),and - several rigid tubes and connectors.
A straddle-type vehicle comprising: a front wheel; a rear wheel; a vehicle body frame placed between the front wheel and the rear wheel and including a head pipe, and a front frame extending rearward from the head pipe; a front fork, wherein the front wheel is rotatably connected to a lower end portion of the front fork; a steering handle which is rotatably attached to an upper end portion of the front fork; a motor placed below the front frame and supported on the front frame; a control device which is configured to control the motor; a support member placed, in forward and rearward direction of the vehicle, in front of the head pipe, the control device being fastened to the support member; and a meter device fastened to the support member, and a cowling mounted to the vehicle body frame and including a front cowling, wherein the front cowling has a stream-line shape which swells outward in a vehicle width direction, as the front cowling extends rearward, wherein the control device is placed inward relative to the front cowling, and the control device is placed, in forward and rearward direction of the vehicle, in front of the steering handle, and in front of the upper end portion of the front fork, characterized in that the control device is placed, in forward and rearward direction of the vehicle, in front of a virtual plane including a display surface of the meter device, and the control device extends to be inclined outward in the vehicle width direction as the control device extends rearward. a front wheel; a rear wheel; a vehicle body frame placed between the front wheel and the rear wheel and including a head pipe, and a front frame extending rearward from the head pipe; a front fork, wherein the front wheel is rotatably connected to a lower end portion of the front fork; a steering handle which is rotatably attached to an upper end portion of the front fork; a motor placed below the front frame and supported on the front frame; a control device which is configured to control the motor; a support member placed, in forward and rearward direction of the vehicle, in front of the head pipe, the control device being fastened to the support member; and a meter device fastened to the support member, and a cowling mounted to the vehicle body frame and including a front cowling, wherein the front cowling has a stream-line shape which swells outward in a vehicle width direction, as the front cowling extends rearward, wherein the control device is placed inward relative to the front cowling, and the control device is placed, in forward and rearward direction of the vehicle, in front of the steering handle, and in front of the upper end portion of the front fork, characterized in that the control device is placed, in forward and rearward direction of the vehicle, in front of a virtual plane including a display surface of the meter device, and the control device extends to be inclined outward in the vehicle width direction as the control device extends rearward.
A mediator for optimizing the transmission of media contents between a multimedia resource function and a plurality of terminals (T1, T2, T3, T4) when these terminals are conferees in a same video call conference created by a telephony server; comprising: - means for receiving video content requests from said terminals when they request to take part in said video call conference, and for optimizing these requests, in order to avoid requesting any redundant video stream from the multimedia resource function, and then forwarding the optimized requests to the multimedia resource function; - means for implementing virtual conferees (VC1, VC2) as a function of the video content requests from said terminals, for receiving the video streams that have been requested by the optimized requests, from the multimedia resource function, and then forwarding the received video streams to the terminals that have requested them, in a broadcast way when a same video stream has been requested by several terminals; - and means for commanding the telephony server to accept the implemented virtual conferees (VC1,VC2) in the video call conference. - means for receiving video content requests from said terminals when they request to take part in said video call conference, and for optimizing these requests, in order to avoid requesting any redundant video stream from the multimedia resource function, and then forwarding the optimized requests to the multimedia resource function; - means for implementing virtual conferees (VC1, VC2) as a function of the video content requests from said terminals, for receiving the video streams that have been requested by the optimized requests, from the multimedia resource function, and then forwarding the received video streams to the terminals that have requested them, in a broadcast way when a same video stream has been requested by several terminals; - and means for commanding the telephony server to accept the implemented virtual conferees (VC1,VC2) in the video call conference.
An uplink control channel resource mapping method, comprising: obtaining, by a terminal device, resource configuration information of an uplink control channel; and determining, by the terminal device based on the resource configuration information, information about a time domain location in a slot or a subframe in which the uplink control channel is located, wherein the time domain location in the slot in which the uplink control channel is located includes a time domain location of a short physical uplink control channel, short PUCCH, or a time domain location of a long physical uplink control channel, long PUCCH; wherein the resource configuration information further comprises bit indication information of the time domain location in the slot or the subframe in which the uplink control channel is located; and the determining, by the terminal device based on the resource configuration information, information about a time domain location in a slot or a subframe in which the uplink control channel is located comprises: searching, by the terminal device based on the bit indication information, a preconfigured uplink control channel location set for the time domain location, indicated by the bit indication information, in the slot or the subframe in which the uplink control channel is located. obtaining, by a terminal device, resource configuration information of an uplink control channel; and determining, by the terminal device based on the resource configuration information, information about a time domain location in a slot or a subframe in which the uplink control channel is located, wherein the time domain location in the slot in which the uplink control channel is located includes a time domain location of a short physical uplink control channel, short PUCCH, or a time domain location of a long physical uplink control channel, long PUCCH; wherein the resource configuration information further comprises bit indication information of the time domain location in the slot or the subframe in which the uplink control channel is located; and the determining, by the terminal device based on the resource configuration information, information about a time domain location in a slot or a subframe in which the uplink control channel is located comprises: searching, by the terminal device based on the bit indication information, a preconfigured uplink control channel location set for the time domain location, indicated by the bit indication information, in the slot or the subframe in which the uplink control channel is located.
A device for simulating a chemosensation of smoking, comprising: an outer layer; a porous medium disposed within the outer layer; and a chemesthetic agent that activates a transient receptor potential channel disposed within the porous medium, the chemesthetic agent including at least one of Zingiberaceae extract, Toddalioidae extract, 6-paradol, hydroxyl-α-sanshool, 1'-acetoxychavicol, and thymol; wherein the chemesthetic agent includes Aframomum Melegueta extract, and wherein the chemesthetic agent is disposed in an ethanol-based solution within the porous medium. an outer layer; a porous medium disposed within the outer layer; and a chemesthetic agent that activates a transient receptor potential channel disposed within the porous medium, the chemesthetic agent including at least one of Zingiberaceae extract, Toddalioidae extract, 6-paradol, hydroxyl-α-sanshool, 1'-acetoxychavicol, and thymol; wherein the chemesthetic agent includes Aframomum Melegueta extract, and wherein the chemesthetic agent is disposed in an ethanol-based solution within the porous medium.