mhurhangee/patent-ind-claim-en huggingface dataset:
A transfer assembly for a hoist unit, the transfer assembly comprising: a motor base ; a first frame secured to the motor base , the first frame including one or more first suspension wheels rotatably affixed thereto for rotation about a laterally extending axis; a second frame secured to the first frame for rotation about a yaw axis, the second frame including one or more second suspension wheels each of which is rotatably affixed thereto for rotation about a laterally extending axis; a drive wheel assembly which includes one or more drive wheels each of which is rotatably mounted on the motor base for rotation about a laterally extending drive wheel axis; and a motor assembly secured to the motor base and operatively connected to the drive wheel assembly such that operation of the motor assembly rotates the drive wheel assembly , characterised in that the first frame is secured to the motor base for rotation about a pitch axis. a motor base ; a first frame secured to the motor base , the first frame including one or more first suspension wheels rotatably affixed thereto for rotation about a laterally extending axis; a second frame secured to the first frame for rotation about a yaw axis, the second frame including one or more second suspension wheels each of which is rotatably affixed thereto for rotation about a laterally extending axis; a drive wheel assembly which includes one or more drive wheels each of which is rotatably mounted on the motor base for rotation about a laterally extending drive wheel axis; and a motor assembly secured to the motor base and operatively connected to the drive wheel assembly such that operation of the motor assembly rotates the drive wheel assembly , characterised in that the first frame is secured to the motor base for rotation about a pitch axis.
An adjustable anti-roll bar arrangement for a vehicle , the adjustable anti-roll bar arrangement comprising - a bracket configured to be mounted in a fixed relationship to a chassis or an axle of the vehicle, - a linear actuator connected to the bracket, - a guided element , wherein the linear actuator is configured to drive the guided element along a first geometrical axis (Y), - a supporting shaft mounted to the bracket and defining a second geometrical axis (Y') which is different from the first geometrical axis (Y), - an anti-roll bar , and - a stabilizer stay having a first end connected to the anti-roll bar, and a second end movably connected to and supported by the supporting shaft, wherein the second end of the stabilizer stay is also connected to the guided element such that when the linear actuator drives the guided element along the first geometrical axis, the second end of the stabilizer stay follows the motion along said second geometrical axis. - a bracket configured to be mounted in a fixed relationship to a chassis or an axle of the vehicle, - a linear actuator connected to the bracket, - a guided element , wherein the linear actuator is configured to drive the guided element along a first geometrical axis (Y), - a supporting shaft mounted to the bracket and defining a second geometrical axis (Y') which is different from the first geometrical axis (Y), - an anti-roll bar , and - a stabilizer stay having a first end connected to the anti-roll bar, and a second end movably connected to and supported by the supporting shaft,
A tabbed sealing member for bonding to a rim surrounding a container opening, the tabbed sealing member comprising: a lower member including at least a seal layer for bonding to a container rim ; an upper member including one or more layers and partially bonded to the lower member and including a free portion thereof not bonded to the lower member ; a hinge joint formed by the partial bond between the upper member and the lower member , the hinge joint permitting the upper member free portion to pivot away from the lower member to form a gripping tab ; and a folded sheet with a first folded portion bonded to the upper member free portion, a second folded portion bonded to a portion of the lower member below the free portion, and a dead fold aligned with the hinge joint, an inner surface of the first folded portion is not bonded to a facing inner surface of the second folded portion , characterized in that the folded sheet is non-symmetrical with one of the first folded portion or the second folded portion extending to a periphery of the tabbed sealing member and the other of the first folded portion or the second folded portion has a distal end spaced from the periphery of the tabbed sealing member . a lower member including at least a seal layer for bonding to a container rim ; an upper member including one or more layers and partially bonded to the lower member and including a free portion thereof not bonded to the lower member ; a hinge joint formed by the partial bond between the upper member and the lower member , the hinge joint permitting the upper member free portion to pivot away from the lower member to form a gripping tab ; and a folded sheet with a first folded portion bonded to the upper member free portion, a second folded portion bonded to a portion of the lower member below the free portion, and a dead fold aligned with the hinge joint, an inner surface of the first folded portion is not bonded to a facing inner surface of the second folded portion ,
An apparatus for switching an in-vehicle service by using an external SIM card, wherein the apparatus is an in-vehicle communications apparatus including an internal SIM card and an external SIM card slot , wherein the in-vehicle communications apparatus is configured to detect whether a valid external SIM card is inserted into the external SIM card slot, and when detected that a valid external SIM card is inserted in the external SIM card slot the in-vehicle communications apparatus is configured to switch to a network to which the external SIM card belongs; wherein the in-vehicle communications apparatus is further configured, when switching to the network to which the external SIM card belongs, to change an in-vehicle service parameter, to log in to a server corresponding to the external SIM card, and to obtain content of an in-vehicle service provided by the server corresponding to the external SIM card.
A method of obtaining a fully deprotected peptide, said method comprising the steps of a.) synthesizing a peptide intermediate having at least one acid labile protecting group b.) removing said protecting group(s) using a cleavage reagent comprised of an acid and optionally a scavenger and/ or an aprotic solvent to form a cleaved peptide solution (I), followed by c.) providing an organic solvent selected from the group of chloroform, dichloromethane or an ester solvent of formula (I) wherein R 1 and R 2 are independently of each other a linear or branched C 1 -C 10 alkyl group or C 3 -C 6 cycloalkyl group to the cleaved peptide solution (I) to form a cleaved peptide solution (II), followed by d.) providing a precipitating agent selected from the group consisting of at least one ether solvent and at least one hydrocarbon solvent as well as mixtures thereof in an amount to precipitate the peptide from the cleaved peptide solution (II) and e.) collecting the precipitate. a.) synthesizing a peptide intermediate having at least one acid labile protecting group b.) removing said protecting group(s) using a cleavage reagent comprised of an acid and optionally a scavenger and/ or an aprotic solvent to form a cleaved peptide solution (I), followed by c.) providing an organic solvent selected from the group of chloroform, dichloromethane or an ester solvent of formula (I) wherein R 1 and R 2 are independently of each other a linear or branched C 1 -C 10 alkyl group or C 3 -C 6 cycloalkyl group to the cleaved peptide solution (I) to form a cleaved peptide solution (II), followed by d.) providing a precipitating agent selected from the group consisting of at least one ether solvent and at least one hydrocarbon solvent as well as mixtures thereof in an amount to precipitate the peptide from the cleaved peptide solution (II) and e.) collecting the precipitate.
Method for operating a numerical control facility for controlling a manufacturing machine for manufacturing a workpiece comprising the following steps: - provision of workpiece data on the numerical control facility, - provision of CAM software on the numerical control facility, - generation of program instructions for manufacturing the workpiece by means of the manufacturing machine, wherein the program instructions are generated on the numerical control facility by means of the CAM software in accordance with the workpiece data, - encryption of the program instructions and saving of the encrypted program instructions in a non-volatile memory of the numerical control facility, - readout of the encrypted program instructions from the non-volatile memory, decryption of the encrypted program instructions and processing of the decrypted program instructions by the numerical control facility for controlling the manufacturing machine for manufacturing the workpiece. - provision of workpiece data on the numerical control facility, - provision of CAM software on the numerical control facility, - generation of program instructions for manufacturing the workpiece by means of the manufacturing machine, wherein the program instructions are generated on the numerical control facility by means of the CAM software in accordance with the workpiece data, - encryption of the program instructions and saving of the encrypted program instructions in a non-volatile memory of the numerical control facility, - readout of the encrypted program instructions from the non-volatile memory, decryption of the encrypted program instructions and processing of the decrypted program instructions by the numerical control facility for controlling the manufacturing machine for manufacturing the workpiece.
An impeller comprising a main body with a root , a shroud , a plurality of blades connecting the root and the shroud and a plurality of protection elements , wherein the plurality of protection elements are associated to the blades and constitute at least the front part of the blades , at least partially the front part of the root and at least partially the front part of the shroud , characterised in that each of the protection elements consists of a single body or the protection elements are grouped into a number of single bodies.
A method for producing a separating membrane, comprising the steps of: - providing a polymer solution of at least one amphiphilic block copolymer in a solvent for the block copolymer, wherein the polymer solution has a polymer content in the range of 0.2 to 3 wt% and contains just one single solvent, and the solvent is dimethyl formamide, sulfolane, dimethyl acetamide, N-methyl pyrrolidone, dimethyl sulfoxide or dioxane, - forming a film from the polymer solution on a carrier substrate, wherein the forming of the film is conducted using a spray method, a printing method or a method based on capillary effects, and - phase inversion of the film by bringing the film into contact with a non-solvent for the block copolymer, wherein pores are formed and an active separating layer arranged on the carrier substrate is obtained, and wherein the method comprises no further step for producing pores. - providing a polymer solution of at least one amphiphilic block copolymer in a solvent for the block copolymer, wherein the polymer solution has a polymer content in the range of 0.2 to 3 wt% and contains just one single solvent, and the solvent is dimethyl formamide, sulfolane, dimethyl acetamide, N-methyl pyrrolidone, dimethyl sulfoxide or dioxane, - forming a film from the polymer solution on a carrier substrate, wherein the forming of the film is conducted using a spray method, a printing method or a method based on capillary effects, and - phase inversion of the film by bringing the film into contact with a non-solvent for the block copolymer, wherein pores are formed and an active separating layer arranged on the carrier substrate is obtained, and wherein the method comprises no further step for producing pores.
A process for the blanking of metal parts (10; 11), wherein a double layered basic material with two preferably essentially identical, mutually stacked individual layers is placed and clamped partly between a blanking die and a blank holder and wherein a blanking punch is moved relative to the blanking die and the blank holder over a distance corresponding to at least a thickness of the double layered basic material whereby two blanked parts (10; 11) are cut and separated from the double layered basic material , characterised in that the two layers of the doubled layered basic material each have a thickness in the range between 0.5 and 0.05 mm and in that the doubled layered basic material is also clamped between the blanking punch and a counter punch , which counter punch moves with the blanking punch when the latter is moved to cut and separate the two blanked parts (10; 11) from the double layered basic material .
Device for holding guide rails for passenger and goods lifts, which device comprises, for connecting the guide rail to a shaft wall on a building, a fixing bracket which can be fixed on the guide rail and a counter profile which can be connected to said bracket and to the shaft wall , an insulator being arranged between the fixing bracket and the counter profile and stops being provided on the fixing bracket , the counter profile , the guide rail and/or the shaft wall as abutments for the insulator in order to restrict an expansion movement, a gap being formed between an abutment and the insulator , characterised in that the insulator is made of an elastomer or rubber as a material, the size of the gap is dimensioned such that the sum of the gaps plus the actual deflection of the guide rail is smaller than the maximum permissible deflections of the guide rail according to the relevant safety standards, and expansion movements of the insulator after passing through the intended gap are restricted.
Automation system , including - a first control device having a first field bus terminal , - a second control device having a second field bus terminal , - a field bus , - a peripheral assembly having at least one input/output peripheral module for connecting up to sensors and/or actuators, wherein the peripheral assembly has an interface module having a third field bus terminal for communication to and/or from the control devices , wherein the interface module has at least one input/output module in which there is stored interconnect information, wherein the interconnect information describes an association between inputs/outputs of the one or more input/output peripheral modules and the control devices , characterised in that the interface module additionally has a virtual data set module in which there is associated with the first control device a data set receiving module to which the first control device can write a data set , and furthermore there is associated with the second controller , within the virtual data set module , a data set transmitting module from which the second control device can retrieve the data set , and at the same time the virtual data set module takes a form such that the data set is copied from the data set receiving module to the data set transmitting module , as a result of which a communication path is established between the control devices . - a first control device having a first field bus terminal , - a second control device having a second field bus terminal , - a field bus , - a peripheral assembly having at least one input/output peripheral module for connecting up to sensors and/or actuators, wherein the peripheral assembly has an interface module having a third field bus terminal for communication to and/or from the control devices ,
A rearview mirror for a vehicle, comprising: a substrate having a reflective surface thereon; and an actuation mechanism coupled with the substrate , including: a mounting plate rotatably coupled with the substrate about a first end thereof and having a first pin extending outwardly from a side of the mounting plate in a direction parallel with the first end and spaced apart therefrom; and a toggle unit positionally fixed with respect to the substrate and rotatable about an axis between first and second positions, the toggle unit including a first cam body defining a first track having a first end at a first distance from the axis and a second end at a second distance from the axis that is greater than the first distance, the first pin of the mounting plate being slidably engaged with the first track . a substrate having a reflective surface thereon; and an actuation mechanism coupled with the substrate , including: a mounting plate rotatably coupled with the substrate about a first end thereof and having a first pin extending outwardly from a side of the mounting plate in a direction parallel with the first end and spaced apart therefrom; and a toggle unit positionally fixed with respect to the substrate and rotatable about an axis between first and second positions, the toggle unit including a first cam body defining a first track having a first end at a first distance from the axis and a second end at a second distance from the axis that is greater than the first distance, the first pin of the mounting plate being slidably engaged with the first track . a mounting plate rotatably coupled with the substrate about a first end thereof and having a first pin extending outwardly from a side of the mounting plate in a direction parallel with the first end and spaced apart therefrom; and a toggle unit positionally fixed with respect to the substrate and rotatable about an axis between first and second positions, the toggle unit including a first cam body defining a first track having a first end at a first distance from the axis and a second end at a second distance from the axis that is greater than the first distance, the first pin of the mounting plate being slidably engaged with the first track .
A semiconductor light source comprising a plurality of light emitters arranged on the surface of a carrier and a plurality of partition walls also extending from the carrier and being arranged between said emitters so as to define emitter groups and such that at least two partition walls defining the same emitter group have a different height characterised in that at least one partition wall has a substantially trapezoidal cross-section.
A modular glass door assembly comprising: a door having a glass door leaf and a doorframe mounted to an outer periphery of the glass door leaf ; an inner frame attached to an outer periphery of the doorframe and hinged to one side of the doorframe , the inner frame having four convex portions arranged around an outer periphery of the inner frame and located at top, bottom, right, and left sides of the door ; and an outer frame having four frame strips attached to an outer periphery of the inner frame and located at top, bottom, right, and left sides of the door , the frame strips each have a concave portion engaged with one respective convex portion of the inner frame ; characterized in that the frame strips each have a flange at a front surface thereof and a wing portion at an outer surface thereof provided with a plurality of counterbored holes spaced from each other and a rib groove adjacent to the counterbored holes; the outer frame further includes four covers concealing the counterbored holes of the frame strips and having one ends abutted against the flanges of the frame strips and the other ends with ribs detachably engaged with the rib grooves of the frame strips ; wherein each of the frame strips is fixed to a lateral wall of a building by a bolt received in one of the respective counterbored holes . a door having a glass door leaf and a doorframe mounted to an outer periphery of the glass door leaf ; an inner frame attached to an outer periphery of the doorframe and hinged to one side of the doorframe , the inner frame having four convex portions arranged around an outer periphery of the inner frame and located at top, bottom, right, and left sides of the door ; and an outer frame having four frame strips attached to an outer periphery of the inner frame and located at top, bottom, right, and left sides of the door , the frame strips each have a concave portion engaged with one respective convex portion of the inner frame ; characterized in that the frame strips each have a flange at a front surface thereof and a wing portion at an outer surface thereof provided with a plurality of counterbored holes spaced from each other and a rib groove adjacent to the counterbored holes; the outer frame further includes four covers concealing the counterbored holes of the frame strips and having one ends abutted against the flanges of the frame strips and the other ends with ribs detachably engaged with the rib grooves of the frame strips ; wherein each of the frame strips is fixed to a lateral wall of a building by a bolt received in one of the respective counterbored holes .
Kit for laying a covering on a floor or wall type support, characterized by the fact that it comprises : - a set of flat rectangular panels , each flat rectangular panel comprising, along each of two of its opposite edges, an elongated piece fixed under the panel seen in its mounting position and protruding from the concerned edge over at least part of its length, the upper surface in the mounting position of the protruding part or parts being located below the upper surface of the associated panel and the lower surface in the mounting position of the protruding part or parts being adapted to bear on the support; and - a set of bars for joining adjacent panels in the mounting position, each bar having an upper face adapted to come into the same plane as the upper surface of the panels , said kit being characterized by the fact that each bar has a lower face adapted to bear on the facing protruding parts of the panels to be joined. - a set of flat rectangular panels , each flat rectangular panel comprising, along each of two of its opposite edges, an elongated piece fixed under the panel seen in its mounting position and protruding from the concerned edge over at least part of its length, the upper surface in the mounting position of the protruding part or parts being located below the upper surface of the associated panel and the lower surface in the mounting position of the protruding part or parts being adapted to bear on the support; and - a set of bars for joining adjacent panels in the mounting position, each bar having an upper face adapted to come into the same plane as the upper surface of the panels , said kit being characterized by the fact that each bar has a lower face adapted to bear on the facing protruding parts of the panels to be joined.