mhurhangee/patent-ind-claim-en huggingface dataset:
A spherical bearing comprising a metal first bearing element made of steel, which is coated at least in part by means of a coating , and a metal second bearing element made of steel, which is coated with a PTFE-containing sliding lining , wherein the coating and the sliding lining are in sliding contact, and wherein the coating comprises at least one first layer deposited on the first bearing element by means of a PVD, CVD or PECVD method; characterised in that the coating further comprises at least one further layer arranged on the at least one first layer and facing away from the first bearing element , wherein the at least one further layer, which adjoins the at least one first layer , which is arranged facing away from the first bearing element , forms a second layer , which differs in respect of its composition from the adjoining first layer and is formed by means of a PVD, CVD or PECVD method, a) the first layer is formed from chromium and the second layer is formed from chromium nitride, or b) a first layer is formed from chromium, a further first layer is formed from tungsten carbide, and the second layer is a hydrogen-containing tungsten-doped amorphous carbon layer of the type a-C:H:W, or c) the first layer adjoining the second layer is formed from molybdenum nitride and the second layer is formed from copper, or d) the first layer is a silicon-doped amorphous carbon layer of the type a-C:H: Si and the second layer is an amorphous carbon layer of the type a-C:H or an amorphous carbon layer of the type a-C:H:Si with different silicon doping. a metal first bearing element made of steel, which is coated at least in part by means of a coating , and a metal second bearing element made of steel, which is coated with a PTFE-containing sliding lining , wherein the coating and the sliding lining are in sliding contact, and wherein the coating comprises at least one first layer deposited on the first bearing element by means of a PVD, CVD or PECVD method; characterised in that the coating further comprises at least one further layer arranged on the at least one first layer and facing away from the first bearing element , wherein the at least one further layer, which adjoins the at least one first layer , which is arranged facing away from the first bearing element , forms a second layer , which differs in respect of its composition from the adjoining first layer and is formed by means of a PVD, CVD or PECVD method, a) the first layer is formed from chromium and the second layer is formed from chromium nitride, or b) a first layer is formed from chromium, a further first layer is formed from tungsten carbide, and the second layer is a hydrogen-containing tungsten-doped amorphous carbon layer of the type a-C:H:W, or c) the first layer adjoining the second layer is formed from molybdenum nitride and the second layer is formed from copper, or d) the first layer is a silicon-doped amorphous carbon layer of the type a-C:H: Si and the second layer is an amorphous carbon layer of the type a-C:H or an amorphous carbon layer of the type a-C:H:Si with different silicon doping.
Coupling device of a tugger train , which coupling device couples a tugger train trailer of the tugger train to a traction vehicle of the tugger train or couples two tugger train trailers of the tugger train to one another, wherein the coupling device is formed by at least two crossing drawbar links (11a, 11b; 11c), wherein the coupling device is provided with a latching device (15; 15a, 15b) which, in the straight ahead driving position of the drawbar links (11a, 11b; 11c), locks the crossing drawbar links (11a; 11b; 11c) against one another, characterized in that the latching device (15; 15a, 15b) is arranged at the crossing point (K) of the drawbar links (11a, 11b; 11c) in the straight ahead driving position of the drawbar links (11a, 11b; 11c).
A method of forming a sheet component (100; 100') with the steps of: - formatting and providing a supporting body and a prefabricated cover ply ; - applying a polymer mortar (PCC adhesive) and uniformly distributing same to form an adhesive layer ; - laying the prefabricated cover ply onto the still viscid adhesive layer ; - curing the adhesive present in the component (100; 100'), characterized In that the prefabricated cover ply has an air transmission rate between 6.0 and 21 l/dm2/min and after laying the cover ply onto the still viscid adhesive layer a pressurized membrane of a membrane press applies a molding pressure to the component (100; 100') and in that gases, such as air particles, evolving during the curing process of the adhesive layer are capable of passing outside through the pores or meshes of the composite, wherein the composite forms a barrier to still uncured particles of adhesive and ultimately a whole-areal bond of the cover ply to the adhesive layer is formed without bubbles forming underneath the cover ply with the outcome that the cover ply in its cured/composited state, and also the overall structure of the sheet component (100; 100') is water and gas impervious. - formatting and providing a supporting body and a prefabricated cover ply ; - applying a polymer mortar (PCC adhesive) and uniformly distributing same to form an adhesive layer ; - laying the prefabricated cover ply onto the still viscid adhesive layer ; - curing the adhesive present in the component (100; 100'), characterized In that the prefabricated cover ply has an air transmission rate between 6.0 and 21 l/dm2/min and after laying the cover ply onto the still viscid adhesive layer a pressurized membrane of a membrane press applies a molding pressure to the component (100; 100') and in that gases, such as air particles, evolving during the curing process of the adhesive layer are capable of passing outside through the pores or meshes of the composite, wherein the composite forms a barrier to still uncured particles of adhesive and ultimately a whole-areal bond of the cover ply to the adhesive layer is formed without bubbles forming underneath the cover ply with the outcome that the cover ply in its cured/composited state, and also the overall structure of the sheet component (100; 100') is water and gas impervious.
A multi-mode power supply system for a portable infusion device, comprising: a control unit for controlling a drug infusion of the portable infusion device and a driving unit configured to drive the drug infusion, and further comprising a Battery I, a Battery II, the Battery I is coupled with the Battery II, the Battery I is further coupled with said control unit, the Battery II is further coupled with said driving unit; wherein the Battery I is configured to constantly charge the Battery II via a charging circuit, configured to maintain the voltage of the Battery II at a certain level; the Battery I is arranged to power the control unit via a first power supply circuit (A) independent from the charging circuit, the first power supply circuit being configured to ensure the infusion control of the portable infusion device by the con trol unit; the Battery II is arranged to power the driving unit via a second power supply circu it (B), configured to ensure the drug infusion by the driving unit; the first power supply circuit (A) and the second power supply circuit (B) are independent from each other; characterized in that the charging circuit is configured to selectively adopt one of multiple charging modes depending on different drug infusion conditions, wherein the multiple charging modes comprise: a basal-rate slow charging mode with a small current when the portable infusion device is operating in a basal-rate delivery mode, a bolus-dose fast charging mode with a high current when the portable infusion device is operating in a bolus-dose delivery mode, and a background charging mode with a micro current when there is no delivery taking place.
A method of manufacturing a balcony (10-17), the said balcony comprising a balcony slab intended to be arranged outside a building as an extension of a floor laid inside the said building , the said balcony slab being provided with at least one junction edge intended to communicate with the said floor by resting or not resting on the upper level of the external walls of the said building , characterised in that means of thermal insulation are incorporated inside and in the thickness of the said balcony slab, immediately next to and slightly inset along the said at least one junction edge , to create at least partially a thermal bridge break between the said balcony slab and the said floor and to insulate the balcony-floor-wall connection from the outside of the building , and in that the said thermal insulation means are arranged inside and in the thickness of the said balcony slab discontinuously along the said at least one junction edge to create gaps (I) in which connecting rebars are placed for mechanically connecting the said balcony slab to the said building , and in that the said gaps (I) are filled with hydraulic material when casting a compression slab on the said floor and the said balcony (10-17) to form reinforced concrete ribs ensuring a continuous mechanical connection between the said balcony (10-17) and the said floor .
A fire system for a building, the fire system comprising: a fire panel for monitoring the building and activating an alarm; and a plurality of remote units electrically connected to the fire panel in a circuit having a loop configuration, at least some of the plurality of remote units comprising an indicating device for modulating a current in the circuit; characterised in that : the plurality of remote units are in communication with the fire panel in a master-slave relationship; the fire panel comprises a calibration module for polling each indicating device to obtain a current response value and for storing said current response values, the current response value of an indicating device being based on the amplitude of the current when modulated by that indicating device ; and the calibration module is configured to adjust a current threshold value based on an input from a user and the current response values, the current threshold value being the current response value at which the fire panel triggers an alarm, and the adjusted current threshold value being determined to be equal to the lowest current response value plus or minus a predetermined error threshold. a fire panel for monitoring the building and activating an alarm; and a plurality of remote units electrically connected to the fire panel in a circuit having a loop configuration, at least some of the plurality of remote units comprising an indicating device for modulating a current in the circuit; characterised in that : the plurality of remote units are in communication with the fire panel in a master-slave relationship; the fire panel comprises a calibration module for polling each indicating device to obtain a current response value and for storing said current response values, the current response value of an indicating device being based on the amplitude of the current when modulated by that indicating device ; and the calibration module is configured to adjust a current threshold value based on an input from a user and the current response values, the current threshold value being the current response value at which the fire panel triggers an alarm, and the adjusted current threshold value being determined to be equal to the lowest current response value plus or minus a predetermined error threshold. the plurality of remote units are in communication with the fire panel in a master-slave relationship; the fire panel comprises a calibration module for polling each indicating device to obtain a current response value and for storing said current response values, the current response value of an indicating device being based on the amplitude of the current when modulated by that indicating device ; and the calibration module is configured to adjust a current threshold value based on an input from a user and the current response values, the current threshold value being the current response value at which the fire panel triggers an alarm, and the adjusted current threshold value being determined to be equal to the lowest current response value plus or minus a predetermined error threshold.
A method of accessing a forwarding entry, comprising: receiving (S101), by a cache , an entry reading command sent from a forwarding component , wherein the entry reading command carries a storage address in a storage of a first forwarding entry to be read; searching (S102), by the cache, for a first Hash bucket with a state tag indicating a valid state in the cache according to the storage address of the first forwarding entry, wherein, the first Hash bucket contains a storage address which is identical to the storage address of the first forwarding entry; and when the first Hash bucket is found in the cache, transmitting (S104), by the cache, to the forwarding component, the first forwarding entry cached in a cache space corresponding to the first Hash bucket; and when the first Hash bucket is not found in the cache, reading (S105), by the cache, the first forwarding entry from the storage, and transmitting (S105), by the cache, the read first forwarding entry to the forwarding component, wherein, the state tag is comprised in a Hash bucket and used to indicate whether a forwarding entry in a cache space corresponding to the Hash bucket is valid. receiving (S101), by a cache , an entry reading command sent from a forwarding component , wherein the entry reading command carries a storage address in a storage of a first forwarding entry to be read; searching (S102), by the cache, for a first Hash bucket with a state tag indicating a valid state in the cache according to the storage address of the first forwarding entry, wherein, the first Hash bucket contains a storage address which is identical to the storage address of the first forwarding entry; and when the first Hash bucket is found in the cache, transmitting (S104), by the cache, to the forwarding component, the first forwarding entry cached in a cache space corresponding to the first Hash bucket; and when the first Hash bucket is not found in the cache, reading (S105), by the cache, the first forwarding entry from the storage, and transmitting (S105), by the cache, the read first forwarding entry to the forwarding component, reading (S105), by the cache, the first forwarding entry from the storage, and transmitting (S105), by the cache, the read first forwarding entry to the forwarding component, wherein, the state tag is comprised in a Hash bucket and used to indicate whether a forwarding entry in a cache space corresponding to the Hash bucket is valid.
A system for deploying vehicles from a vessel , comprising: a plurality of shipping containers , wherein at least one of the plurality of shipping containers store a first vehicle and a controller; a launch and recovery system configured to launch and recover the first vehicle ; the vessel arranged to transport the plurality of shipping containers , the first vehicle , and the launch and recovery system ; and characterised in that : the controller is arranged to: receive first location information of the vessel ; and control operations of the launch and recovery system , based on the received first location information, to deploy the first vehicle . a plurality of shipping containers , wherein at least one of the plurality of shipping containers store a first vehicle and a controller; a launch and recovery system configured to launch and recover the first vehicle ; the vessel arranged to transport the plurality of shipping containers , the first vehicle , and the launch and recovery system ; and characterised in that : the controller is arranged to: receive first location information of the vessel ; and control operations of the launch and recovery system , based on the received first location information, to deploy the first vehicle . receive first location information of the vessel ; and control operations of the launch and recovery system , based on the received first location information, to deploy the first vehicle .
Method of manufacturing a component for a shoe comprising the steps: a. providing a sheet of material ; b. heating the sheet of material ; c. stretching the heated sheet of material by moving a last into the sheet of material , wherein the last defines the shape of the component; d. applying a pressure lower than ambient pressure between the stretched sheet of material and the last to conform the sheet of material to the last ; or e. applying a pressure higher than ambient pressure over the stretched sheet of material to conform the sheet of material to the last ; and f. forming at least one aperture in the component to remove the last and deconstructing the last to fit through the aperture. a. providing a sheet of material ; b. heating the sheet of material ; c. stretching the heated sheet of material by moving a last into the sheet of material , wherein the last defines the shape of the component; d. applying a pressure lower than ambient pressure between the stretched sheet of material and the last to conform the sheet of material to the last ; or e. applying a pressure higher than ambient pressure over the stretched sheet of material to conform the sheet of material to the last ; and f. forming at least one aperture in the component to remove the last and deconstructing the last to fit through the aperture.
A material handling vehicle configured to manipulate a load and interface with a racking structure , the material handling vehicle comprising: a vehicle frame; one or more base legs coupled to and extending from the vehicle frame; a mast coupled to the vehicle frame; and rack sensors arranged on the one or more base legs at a predetermined distance from a front face defined by the mast , wherein the rack sensors are configured to operate using a time of flight principle where the rack sensors are configured to send a pulse toward the racking structure to detect a racking feature of the racking structure when the racking feature of the racking structure is above the one or more base legs , an indication device ; and a controller in communication with the rack sensors and the indication device over a network ; and wherein the rack sensors are configured to detect the racking feature of the racking structure when it is above the one or more base legs , and wherein the material handling vehicle is arranged to be able to provide an indication to an operator by the indication device , that indicates that the predetermined distance exists between the front face of the mast and the racking structure , wherein the one or more base legs comprises a first base leg and a second base leg , wherein the first base leg includes a first rack sensor and the second base leg includes a second rack sensor . a vehicle frame; one or more base legs coupled to and extending from the vehicle frame; a mast coupled to the vehicle frame; and rack sensors arranged on the one or more base legs at a predetermined distance from a front face defined by the mast , wherein the rack sensors are configured to operate using a time of flight principle where the rack sensors are configured to send a pulse toward the racking structure to detect a racking feature of the racking structure when the racking feature of the racking structure is above the one or more base legs , an indication device ; and a controller in communication with the rack sensors and the indication device over a network ; and wherein the rack sensors are configured to detect the racking feature of the racking structure when it is above the one or more base legs ,
An endoprosthesis shaft system for elongated bones, comprising an anchoring part and a shaft , which is formed from a module elements that can be coupled by means of a plug-in connection , wherein a mutual rotation of the elements along the shaft is adjustable and is blocked by means of an anti-rotation mechanism, characterized in that a rotation piece is provided as a further module element for adjusting the rotation, which has a self-contained rotation adjustment device and a clamping device as a mechanism for blocking the rotation, wherein the rotation piece has two end faces for the plug-in connection and a sleeve .
An immunogenic composition comprising a soluble recombinant RSV F protein, in the form of a trimer, which comprises a first domain and a second domain, wherein (i) the first domain comprises the RSV F ectodomain in whole or part and (ii) the second domain comprises a heterologous oligomerization domain which is the trimerizing sequence from bacteriophage T4 fibritin ("foldon"); wherein the RSV F ectodomain in whole or part comprises an amino acid sequence having at least 80% identity to amino acids 22-525 of SEQ ID NO: 1 or amino acids 23-525 of SEQ ID NO: 2; and wherein the immunogenic composition is for use as a medicament. (i) the first domain comprises the RSV F ectodomain in whole or part and (ii) the second domain comprises a heterologous oligomerization domain which is the trimerizing sequence from bacteriophage T4 fibritin ("foldon"); wherein the RSV F ectodomain in whole or part comprises an amino acid sequence having at least 80% identity to amino acids 22-525 of SEQ ID NO: 1 or amino acids 23-525 of SEQ ID NO: 2; and wherein the immunogenic composition is for use as a medicament. wherein the RSV F ectodomain in whole or part comprises an amino acid sequence having at least 80% identity to amino acids 22-525 of SEQ ID NO: 1 or amino acids 23-525 of SEQ ID NO: 2; and wherein the immunogenic composition is for use as a medicament.